YY MM DD BEG MAX END LAT LON ROT AR CL AR1 AR2 COMMENT 88 1 1 4 56 * 4 58 5 5 * 36 S 7 E 1797 6 SF 0 0.0 F LEAR*C 1 88 1 1 5 58 * 6 4 6 16 * 35 S 6 E 1797 6 SF 0 0.0 F LEAR*C 2 88 1 1 9 10 0 0 9 35 37 S 7 E 1797 6 SF 0 0.0 L KHAR V 3 88 1 2 21 11 * 21 35 +1 24 9 * 35 S 18 W 1797 6 3B 0 0.0 U Z HOLL C PALE C CULG P 4 88 1 2 21 11 * 21 43 24 9 * 35 S 18 W 1797 6 3B 0 0.0 U Z HOLL C PALE C CULG P 4 88 1 2 22 57 * 23 1 24 55 * 37 S 17 W 1797 6 2F 0 0.0 U Z LEAR*C 5 88 1 3 3 20 3 39 4 52 36 S 24 W 1797 6 SF 0 0.0 YUNN P 6 88 1 4 21 48 * 21 50 21 57 * 32 N 78 E 1797 20 SF 0 0.0 HOLL*C 7 88 1 5 8 10 * 8 15 8 15 31 S 60 W 1797 6 SF 0 0.0 CATA P 8 88 1 6 0 23 * 0 23 0 34 * 29 N 65 E 1797 20 SF 0 0.0 PALE*C 9 88 1 6 9 9 +8 9 18 +3 9 39 * 31 N 60 E 1797 20 SF 40 0.0 SVTO*C LEAR*C BUCA*C CATA P 10 88 1 6 17 32 * 17 40 17 44 29 N 42 E 1797 20 SF 0 0.0 HOLL C 11 88 1 6 20 9 +0 20 12 +0 20 35 29 N 47 E 1797 20 SF 45 0.8 PALE*C HOLL*C 12 88 1 6 21 46 * 21 46 21 50 * 23 S 1 W 1797 13 SF 0 0.0 HOLL*C 13 88 1 7 1 27 * 1 31 1 53 * 34 N 53 E 1797 20 SF 0 0.0 F PALE*C 14 88 1 7 4 30 * 4 30 4 37 * 32 N 56 E 1797 20 SF 0 0.0 LEAR*C 15 88 1 7 9 26 * 9 28 9 34 * 24 S 60 E 1797 23 SF 0 0.0 HTPR*C 16 88 1 7 12 55 * 13 4 13 13 * 26 S 59 E 1797 23 SF 0 0.0 RAMY*C 17 88 1 7 17 32 +2 17 38 +2 17 44 * 29 N 42 E 1797 20 SF 30 0.5 H Z RAMY*C HOLL*C PALE*C 18 88 1 7 17 47 * 17 49 17 55 * 24 S 53 E 1797 23 SF 0 0.0 RAMY*C 19 88 1 7 20 50 >9 21 7 21 43 * 26 S 55 E 1797 23 SF 0 0.0 E RAMY C CULG*C 20 88 1 7 20 50 >9 21 21 21 43 * 26 S 55 E 1797 23 SF 0 0.0 E RAMY C CULG*C 20 88 1 7 22 4 * 22 6 22 9 * 24 S 50 E 1797 23 SF 0 0.0 PALE*C 21 88 1 7 22 33 * 22 40 22 58 * 29 N 39 E 1797 20 SF 0 0.0 F PALE*C 22 88 1 7 23 4 * 23 8 23 13 * 25 S 50 E 1797 23 SN 0 0.0 PALE*C 23 88 1 7 23 20 * 23 21 23 24 * 31 N 38 E 1797 20 SF 0 0.0 PALE*C 24 88 1 8 0 20 0 23 0 35 * 23 S 48 E 1797 23 SF 0 0.0 PALE C 25 88 1 8 1 50 * 1 50 1 58 * 33 N 36 E 1797 20 SF 0 0.0 F LEAR*C 26 88 1 8 1 59 +2 2 4 +0 2 19 * 24 S 49 E 1797 23 SF 60 1.0 PALE*C LEAR*C VORO C 27 88 1 8 3 23 * 3 27 3 45 * 24 S 47 E 1797 23 SF 0 0.0 YUNN*C 28 88 1 8 4 22 * 4 27 4 40 * 34 N 37 E 1797 20 SN 0 0.0 E MITK*C 29 88 1 8 6 18 +0 6 20 +0 6 51 * 25 S 47 E 1797 23 SN 0 0.0 U MITK*C LEAR*C YUNN P CULG P 30 88 1 8 6 18 +0 6 26 6 51 * 25 S 47 E 1797 23 SN 0 0.0 U MITK*C LEAR*C YUNN P CULG P 30 88 1 8 9 59 * 10 0 10 2 * 24 S 43 E 1797 23 SF 0 0.0 D H KAND*P 31 88 1 8 12 0 +0 12 0 +1 12 6 * 24 S 45 E 1797 23 SF 30 0.5 E KAND*P HTPR*C 32 88 1 8 12 51 * 12 53 13 3 * 32 N 37 E 1797 20 SF 0 0.0 E HTPR*C 33 88 1 8 14 6 * 14 9 14 21 * 25 S 42 E 1797 23 SF 0 0.0 F RAMY*C 34 88 1 8 17 25 +5 17 30 +5 17 49 * 25 S 41 E 1797 23 SF 40 0.6 F PALE*C RAMY*C HOLL*C 35 88 1 9 2 21 +1 2 25 +7 2 46 * 24 S 33 E 1797 23 1N 240 3.0 E UZ CULG*C LEAR*C YUNN*C MITK*C 36 88 1 9 6 25 * 6 27 +2 6 39 * 32 N 24 E 1797 20 SF 0 0.0 E U LEAR*C PEKG P 37 88 1 9 8 44 * 8 44 8 52 * 34 N 24 E 1797 20 SF 0 0.0 LEAR*C 38 88 1 9 9 33 +0 9 36 +1 9 41 * 25 S 32 E 1797 23 SF 0 0.0 LEAR*C KANZ* 39 88 1 9 11 44 +0 11 44 +1 11 58 * 22 S 42 W 1797 12 SF 0 0.0 F H KANZ* RAMY*C 40 88 1 9 13 18 +4 13 22 +2 13 41 * 32 N 22 E 1797 20 SF 25 0.3 E HTPR*C RAMY*C KANZ* 41 88 1 9 14 1 * 14 2 14 9 * 29 N 10 E 1797 20 SF 0 0.0 HTPR*C 42 88 1 9 14 31 +2 14 34 +1 14 48 * 25 S 33 E 1797 23 SF 20 0.3 H RAMY*C HTPR*C 43 88 1 9 15 3 * 15 5 15 14 * 22 S 4 W 1797 0 SN 0 0.0 H RAMY*C 44 88 1 9 15 5 * 15 33 +0 15 52 * 24 S 26 E 1797 23 1N 190 2.2 E HI HTPR*C RAMY C HOLL C 45 88 1 9 16 55 * 16 59 17 11 * 32 N 19 E 1797 20 SF 0 0.0 H RAMY*C 46 88 1 9 19 41 * 19 44 19 51 * 32 N 18 E 1797 20 SF 0 0.0 RAMY*C 47 88 1 9 20 2 +0 20 11 +2 20 56 * 32 N 17 E 1797 20 SF 50 0.6 F HOLL*C RAMY*C PALE*C 48 88 1 9 20 32 * 20 33 20 38 * 23 S 22 E 1797 23 SF 0 0.0 HOLL*C 49 88 1 9 21 0 +6 21 1 21 12 * 24 S 22 E 1797 23 SF 0 0.0 RAMY*C PALE*C 50 88 1 9 21 0 +6 21 8 21 12 * 24 S 22 E 1797 23 SF 0 0.0 RAMY*C PALE*C 50 88 1 9 21 29 +8 21 38 +3 21 54 * 24 S 22 E 1797 23 SF 0 0.0 F PALE*C HOLL*C 51 88 1 9 23 17 +8 23 55 25 3 * 32 N 14 E 1797 20 1N 0 0.0 F U PALE*C HOLL C LEAR*C MITK C 52 88 1 9 23 17 +8 24 2 25 3 * 32 N 14 E 1797 20 1N 0 0.0 F U PALE*C HOLL C LEAR*C MITK C 52 88 1 10 3 56 * 3 56 4 4 * 23 S 15 E 1797 21 SF 0 0.0 D CULG*C 53 88 1 10 10 42 * 10 42 +3 10 48 * 25 S 13 E 1797 21 SF 0 0.0 KANZ* CATA P 54 88 1 10 11 43 * 11 43 11 47 * 24 S 12 E 1797 21 SF 0 0.0 KANZ* 55 88 1 10 23 46 24 4 25 11 * 32 N 13 E 1797 24 1F 0 0.0 E VORO C 56 88 1 11 9 15 9 17 9 22 35 S 90 E 1797 28 SF 0 0.0 D H KHAR V 57 88 1 11 10 33 >9 10 56 +1 11 21 * 34 S 90 E 1797 28 1N 0 0.0 A E KHAR V CATA*C 58 88 1 11 19 40 19 46 20 28 * 25 N 37 W 1797 18 SF 0 0.0 F H PALE C 59 88 1 11 21 49 * 21 57 22 18 * 34 N 11 W 1797 20 1F 0 0.0 E CULG*P 60 88 1 11 22 27 * 23 8 23 19 * 31 N 13 W 1797 20 SF 0 0.0 E U LEAR*C 61 88 1 12 2 44 * 2 50 3 40 34 S 75 E 1797 28 1N 0 0.0 YUNN P 62 88 1 12 4 59 * 5 1 5 4 * 22 N 41 W 1797 18 SF 0 0.0 LEAR*C 63 88 1 12 10 43 * 10 43 10 46 * 36 S 74 E 1797 28 SF 0 0.0 KANZ* 64 88 1 12 13 11 * 13 14 13 22 * 29 N 24 W 1797 20 SF 0 0.0 RAMY*C 65 88 1 12 13 24 +3 13 27 +0 13 34 * 26 N 43 W 1797 18 SF 0 0.0 E RAMY*C KANZ* 66 88 1 12 16 21 * 16 26 17 5 24 N 46 W 1797 18 SF 0 0.0 RAMY C HOLL C 67 88 1 12 16 21 * 16 53 17 5 24 N 46 W 1797 18 SF 0 0.0 RAMY C HOLL C 67 88 1 12 17 3 * 17 5 17 16 * 34 S 70 E 1797 28 SF 0 0.0 RAMY*C 68 88 1 12 17 3 * 17 6 17 16 * 29 N 27 W 1797 20 SF 0 0.0 RAMY*C 69 88 1 13 4 18 * 4 22 4 38 * 20 N 62 W 1797 18 SN 0 0.0 D CULG*C 70 88 1 13 5 23 * 5 23 5 37 * 20 N 62 W 1797 18 SF 0 0.0 D CULG*C 71 88 1 13 6 39 +0 6 39 +6 6 53 * 20 N 60 W 1797 18 SN 0 0.0 D V CULG*C LEAR*C 72 88 1 13 6 35 >9 7 21 +4 7 54 * 31 N 30 W 1797 20 SF 0 0.0 J K CULG*P LEAR*C 73 88 1 13 11 49 * 11 53 +1 12 10 * 19 S 84 E 1797 30 1B 0 0.0 KANZ* RAMY C 74 88 1 13 12 53 * 13 14 13 33 * 18 S 81 E 1797 30 SF 0 0.0 RAMY*C 75 88 1 13 13 40 * 13 44 13 54 * 18 S 78 E 1797 30 SF 0 0.0 RAMY*C 76 88 1 13 13 44 +2 13 46 +6 13 56 * 17 N 57 W 1797 17 SF 0 0.0 RAMY*C KANZ* 77 88 1 13 15 59 * 16 7 16 35 * 31 N 34 W 1797 20 SF 0 0.0 F HU HOLL*C RAMY C 78 88 1 13 15 59 * 16 18 16 35 * 31 N 34 W 1797 20 SF 0 0.0 F HU HOLL*C RAMY C 78 88 1 13 17 52 * 17 52 17 57 * 27 S 19 W 1797 23 SF 0 0.0 HOLL*C 79 88 1 13 18 9 * 18 16 18 24 * 17 S 87 E 1797 30 SF 0 0.0 HOLL*C 80 88 1 14 0 51 * 0 51 0 55 * 31 N 37 W 1797 20 SF 0 0.0 LEAR*C 81 88 1 14 1 38 * 1 46 1 54 * 19 S 69 E 1797 30 SF 0 0.0 LEAR*C 82 88 1 14 1 49 +1 1 54 +0 2 11 * 16 N 63 W 1797 17 SF 15 0.4 LEAR*C PALE*C 83 88 1 14 4 27 * 4 27 4 33 * 17 N 66 W 1797 17 SF 0 0.0 LEAR*C 84 88 1 14 6 10 * 6 20 7 7 * 36 S 57 E 1797 28 1F 0 0.0 E CULG*C 85 88 1 14 6 29 +2 6 34 +1 6 56 * 32 N 41 W 1797 20 SF 0 0.0 MITK*C LEAR*C 86 88 1 14 7 41 * 7 42 7 50 * 17 N 66 W 1797 18 SF 0 0.0 LEAR*C 87 88 1 14 7 41 +3 7 43 +1 7 49 * 21 N 70 W 1797 18 SF 0 0.0 LEAR*C KANZ* 88 88 1 14 8 47 * 8 49 8 59 * 38 S 52 E 1797 28 SN 0 0.0 F LEAR*C 89 88 1 14 9 5 >9 9 19 +1 9 45 * 38 S 50 E 1797 28 1N 0 0.0 F U LEAR*C KANZ* CATA P 90 88 1 14 9 33 9 33 10 22 45 S 56 E 1797 28 1N 0 0.0 CATA P 91 88 1 14 11 41 * 11 41 11 50 * 40 S 52 E 1797 28 1N 0 0.0 CATA*C 92 88 1 14 14 58 * 15 2 15 34 * 38 S 53 E 1797 28 1B 180 3.6 F H HOLL*C RAMY C 93 88 1 14 16 44 * 16 48 16 53 * 19 S 66 E 1797 30 SF 0 0.0 HOLL*C 94 88 1 14 17 1 * 17 1 17 6 * 38 S 50 E 1797 28 SF 0 0.0 HOLL*C 95 88 1 14 18 35 +3 18 38 +0 18 50 * 19 S 66 E 1797 30 SF 25 0.0 HOLL*C PALE*C 96 88 1 14 18 49 * 18 50 18 57 * 26 S 32 W 1797 23 SF 0 0.0 HOLL*C 97 88 1 14 19 32 +5 19 39 +0 19 47 * 18 S 63 E 1797 30 SF 30 0.7 HOLL*C PALE*C 98 88 1 14 21 43 * 21 44 22 0 * 19 S 63 E 1797 30 SF 0 0.0 PALE*C 99 88 1 14 21 48 * 21 57 22 9 * 33 N 48 W 1797 20 SF 0 0.0 HOLL*C 100 88 1 14 22 14 * 22 15 22 22 * 17 S 65 E 1797 30 SF 0 0.0 PALE*C 101 88 1 14 23 31 * 23 32 23 46 * 40 S 47 E 1797 28 SF 0 0.0 PALE*C 102 88 1 14 23 37 +4 23 41 +3 23 53 * 31 N 50 W 1797 20 SF 45 0.9 F HOLL*C LEAR*C 103 88 1 15 0 5 +1 0 10 +1 0 42 * 39 S 43 E 1797 28 SF 70 1.2 F LEAR*C MITK*C PALE*C 104 88 1 15 6 58 +1 7 0 +2 7 23 * 37 S 39 E 1797 28 SF 0 0.0 E CULG*C LEAR*C 105 88 1 15 8 0 * 8 7 8 12 * 37 S 37 E 1797 28 SF 0 0.0 LEAR*C 106 88 1 15 11 51 * 12 6 12 34 * 38 S 38 E 1797 28 SF 0 0.0 H RAMY*C 107 88 1 15 14 2 * 14 7 14 27 * 18 S 55 E 1797 30 SF 0 0.0 H RAMY*C 108 88 1 15 14 44 >9 15 9 +1 15 18 * 37 S 36 E 1797 28 SF 0 0.0 F H HOLL*C RAMY*C 109 88 1 15 15 1 * 15 6 15 17 * 18 S 55 E 1797 30 SF 0 0.0 RAMY*C 110 88 1 15 16 20 +1 16 22 +0 16 29 * 34 S 30 E 1797 28 SF 25 0.3 F HOLL*C RAMY*C 111 88 1 15 17 2 +1 17 21 +1 17 42 * 38 S 35 E 1797 28 SF 35 0.5 F HOLL*C RAMY*C 112 88 1 15 17 12 +1 17 13 +5 17 23 * 17 S 54 E 1797 30 SF 10 0.2 F HOLL*C RAMY*C 113 88 1 15 17 54 +4 17 59 +1 18 12 * 19 S 53 E 1797 30 SF 40 0.7 F RAMY*C HOLL*C PALE*C 114 88 1 15 18 29 * 18 32 18 49 * 18 S 57 E 1797 30 SF 0 0.0 HOLL*C 115 88 1 15 18 48 +0 18 49 +1 18 56 * 32 S 30 E 1797 28 SF 35 0.5 RAMY*C HOLL*C 116 88 1 15 19 37 +0 19 39 +0 19 41 * 37 S 33 E 1797 28 SF 20 0.3 PALE*C HOLL*C 117 88 1 15 19 56 +1 19 57 +0 20 0 * 37 S 33 E 1797 28 SF 10 0.1 PALE*C HOLL*C 118 88 1 15 20 49 * 20 54 21 22 * 38 S 32 E 1797 28 SF 0 0.0 F PALE*C 119 88 1 15 21 24 * 21 26 21 29 * 38 S 32 E 1797 28 SF 0 0.0 HOLL*C 120 88 1 15 20 53 * 20 54 21 15 * 40 S 46 E 1797 29 SF 0 0.0 F HOLL*C 121 88 1 15 21 49 * 21 51 21 54 * 38 S 34 E 1797 28 SF 0 0.0 HOLL*C 122 88 1 15 23 49 * 23 50 24 6 * 37 S 32 E 1797 28 SF 0 0.0 PALE*C 123 88 1 16 8 4 +6 8 10 +5 8 31 * 18 S 47 E 1797 30 SN 0 0.0 LEAR*C KANZ* CATA P 124 88 1 16 9 30 +1 9 34 +1 9 43 * 18 S 44 E 1797 30 SF 0 0.0 LEAR*C KANZ* 125 88 1 16 10 36 * 10 46 11 10 * 44 S 28 E 1797 29 SN 0 0.0 CATA*C 126 88 1 16 12 35 +2 12 43 +3 12 58 * 17 S 44 E 1797 30 SF 25 0.4 RAMY*C SVTO*C 127 88 1 16 13 24 * 13 30 14 6 * 19 S 43 E 1797 30 SF 0 0.0 RAMY*C 128 88 1 16 13 42 * 13 43 14 2 * 33 N 64 W 1797 24 SF 0 0.0 H RAMY*C 129 88 1 16 16 16 * 16 18 16 20 * 32 N 73 W 1797 20 SF 0 0.0 RAMY*C 130 88 1 16 16 31 * 16 32 16 50 * 18 S 42 E 1797 30 SF 0 0.0 RAMY*C 131 88 1 16 17 10 * 17 13 17 23 * 37 S 24 E 1797 28 SF 0 0.0 RAMY*C 132 88 1 16 17 34 * 17 34 17 50 * 31 S 63 W 1797 23 SF 0 0.0 H RAMY*C 133 88 1 16 17 46 * 17 48 18 13 * 18 S 40 E 1797 30 SF 0 0.0 F RAMY*C 134 88 1 16 18 31 * 18 31 18 41 * 18 S 39 E 1797 30 SF 0 0.0 RAMY*C 135 88 1 16 21 5 * 21 9 21 15 * 41 S 28 E 1797 29 SF 0 0.0 F RAMY*C 136 88 1 16 21 45 * 21 46 21 52 * 38 S 17 E 1797 28 SF 0 0.0 RAMY*C 137 88 1 17 9 4 * 9 6 9 10 * 19 S 33 E 1797 30 SF 0 0.0 F SVTO*C 138 88 1 17 18 55 18 59 19 2 37 S 86 E 1798 0 SF 0 0.0 RAMY C 139 88 1 18 0 29 +3 0 31 +1 0 46 * 18 S 22 E 1797 30 SF 45 0.5 E MITK*C CULG*C LEAR*C 140 88 1 18 0 29 +3 0 38 0 46 * 18 S 22 E 1797 30 SF 45 0.5 E MITK*C CULG*C LEAR*C 140 88 1 18 8 23 * 8 23 8 29 * 31 S 48 E 1798 2 SF 0 0.0 LEAR*C 141 88 1 18 11 37 >9 11 41 +6 11 53 * 31 S 46 E 1798 2 SF 0 0.0 D KANZ* KAND*P 142 88 1 18 12 18 * 12 18 12 28 * 16 S 18 E 1797 30 SF 0 0.0 KANZ* 143 88 1 18 13 24 * 13 24 13 34 * 18 S 19 E 1797 30 SF 0 0.0 KANZ* 144 88 1 18 18 59 * 19 20 19 38 * 32 S 38 E 1798 2 SF 0 0.0 RAMY*C 145 88 1 19 9 51 * 9 53 10 4 * 32 S 32 E 1798 2 SN 0 0.0 KANZ* 146 88 1 19 10 55 +1 11 0 +0 11 10 * 31 S 31 E 1798 2 SF 0 0.0 D KAND P KANZ* 147 88 1 19 13 37 * 13 43 14 1 * 18 S 1 E 1797 30 SF 0 0.0 KANZ* 148 88 1 19 16 43 * 16 45 16 56 * 20 S 2 W 1797 30 SF 0 0.0 RAMY*C 149 88 1 19 18 19 * 18 22 18 29 * 21 S 8 E 1797 30 SF 0 0.0 F RAMY*C 150 88 1 19 19 56 +2 19 58 +1 20 4 * 21 S 6 E 1797 30 SF 15 0.2 RAMY*C PALE*C 151 88 1 19 20 32 +5 20 39 +6 21 6 * 19 S 0 1797 30 SF 130 1.3 U RAMY*C PALE C CULG*C 152 88 1 20 1 2 * 1 2 1 5 * 19 S 1 W 1797 30 SF 0 0.0 LEAR*C 153 88 1 20 1 49 +0 1 50 +2 1 59 * 29 S 22 E 1798 2 SF 25 0.3 PALE*C LEAR*C 154 88 1 20 3 21 * 3 24 3 29 * 30 S 20 E 1798 2 SN 0 0.0 YUNN*C 155 88 1 20 5 21 * 5 22 5 30 * 19 S 4 W 1797 30 SF 0 0.0 E LEAR*C 156 88 1 20 7 22 * 7 35 7 44 * 29 S 19 E 1798 2 SF 0 0.0 YUNN*C 157 88 1 20 11 6 * 11 6 11 15 * 20 S 7 W 1797 30 SN 0 0.0 CATA*C 158 88 1 20 18 41 >9 19 21 19 36 19 S 13 W 1797 30 SF 0 0.0 F U HOLL*C PALE*C 159 88 1 20 20 7 +1 20 8 +3 20 30 * 35 S 32 W 1797 28 SF 30 0.4 F HOLL*C PALE*C 160 88 1 20 22 10 * 22 15 +1 22 41 * 20 S 16 W 1797 30 SF 30 0.3 F HOLL*C PALE C 161 88 1 21 4 59 * 5 0 5 7 * 34 S 33 W 1797 28 SF 0 0.0 LEAR*C 162 88 1 21 10 18 0 0 10 36 35 S 45 W 1797 28 SF 0 0.0 E HTPR C 163 88 1 21 11 58 * 12 1 12 9 * 35 S 53 W 1797 28 SF 0 0.0 HTPR*C 164 88 1 21 15 50 * 15 51 15 56 * 21 N 57 W 1797 26 SF 0 0.0 HOLL*C 165 88 1 21 19 39 +0 19 40 +0 19 43 * 30 S 4 W 1798 2 SF 25 0.3 HOLL*C PALE*C 166 88 1 21 19 43 * 19 44 19 48 * 19 S 25 W 1797 30 SF 0 0.0 HOLL*C 167 88 1 21 20 26 * 20 28 20 28 31 S 6 W 1798 2 SF 0 0.0 D CULG P 168 88 1 21 21 6 * 21 12 21 28 * 30 S 6 W 1798 2 SF 0 0.0 D CULG*P 169 88 1 21 21 50 * 21 56 21 56 29 S 7 W 1798 2 1F 0 0.0 CULG P 170 88 1 23 8 34 * 8 35 8 40 * 34 S 74 W 1797 28 SN 0 0.0 CATA*C 171 88 1 23 8 56 0 0 9 12 34 S 69 W 1797 28 SF 0 0.0 KHAR V 172 88 1 23 11 8 * 11 11 11 15 * 35 S 71 W 1797 28 SF 0 0.0 HTPR*C 173 88 1 24 0 35 * 0 36 0 45 * 34 S 71 W 1797 28 1N 0 0.0 F PALE*C 174 88 1 24 2 34 * 2 35 2 41 * 35 S 71 W 1797 28 SF 0 0.0 PALE*C 175 88 1 24 8 50 8 53 8 59 34 S 85 W 1797 28 SF 0 0.0 D KHAR V 176 88 1 24 9 59 10 21 10 52 35 S 87 W 1797 28 1N 0 0.0 H KHAR P 177 88 1 24 18 13 +4 18 19 +4 18 36 * 36 S 90 W 1797 28 1N 170 0.0 HOLL*C RAMY*C PALE*C 178 88 1 24 19 2 * 19 2 19 13 * 21 S 62 W 1797 30 SF 0 0.0 HOLL*C 179 88 1 24 20 6 +4 20 8 +2 20 15 * 35 S 87 W 1797 28 SF 40 0.0 HOLL*C PALE*C 180 88 1 24 21 12 * 21 13 21 16 * 35 S 67 E 1798 10 SF 0 0.0 PALE*C 181 88 1 25 4 42 * 4 45 4 47 * 20 S 71 W 1797 30 SF 0 0.0 LEAR*C 182 88 1 25 10 22 10 24 11 32 35 S 90 W 1797 28 SF 0 0.0 H KHAR V 183 88 1 25 17 21 +0 17 21 +3 17 38 * 20 S 74 W 1797 30 SF 20 0.0 RAMY*C HOLL*C 184 88 1 26 2 34 * 2 34 2 38 * 34 S 49 E 1798 10 SF 0 0.0 F LEAR*C 185 88 1 26 8 8 * 8 15 8 20 * 20 N 41 W 1798 4 SF 0 0.0 E HTPR*C 186 88 1 26 8 24 8 28 8 35 18 N 42 W 1798 4 SB 0 0.0 YUNN P 187 88 1 26 10 55 +5 11 1 +6 11 30 * 20 S 89 W 1797 30 1N 170 0.0 A RV CATA P HTPR*C KHAR V SVTO C 188 88 1 26 21 49 21 54 22 4 * 19 N 48 W 1798 4 SF 0 0.0 HOLL C 189 88 1 26 22 46 >9 23 11 +1 23 22 * 18 N 48 W 1798 4 SF 0 0.0 HOLL*C LEAR*C 190 88 1 26 23 30 * 23 36 23 56 * 19 N 51 W 1798 4 SF 0 0.0 HOLL*C 191 88 1 27 1 1 * 1 3 1 8 * 19 N 48 W 1798 4 SF 0 0.0 LEAR*C 192 88 1 27 2 3 +6 2 19 2 48 * 19 N 50 W 1798 4 SF 0 0.0 LEAR*C YUNN P 193 88 1 27 2 3 +6 2 27 2 48 * 19 N 50 W 1798 4 SF 0 0.0 LEAR*C YUNN P 193 88 1 27 2 52 * 3 5 3 8 * 19 N 49 W 1798 4 SF 0 0.0 LEAR*C 194 88 1 27 7 2 * 7 6 7 36 * 19 N 52 W 1798 4 SF 0 0.0 F LEAR*C 195 88 1 27 8 0 * 8 9 8 45 * 29 S 7 E 1798 6 SN 0 0.0 YUNN*C 196 88 1 27 9 59 * 9 59 10 9 * 19 N 53 W 1798 4 SF 0 0.0 LEAR*C 197 88 1 27 13 20 * 13 59 14 17 19 N 59 W 1798 4 SF 0 0.0 SVTO C 198 88 1 27 17 25 17 25 17 32 * 19 N 59 W 1798 4 SF 0 0.0 PALE C 199 88 1 27 19 7 * 19 18 19 30 * 20 N 59 W 1798 4 SN 0 0.0 PALE*C 200 88 1 27 20 14 +1 20 23 +4 21 4 * 19 N 59 W 1798 4 1N 120 2.5 HOLL*C PALE*C 201 88 1 27 21 15 * 22 32 22 42 * 20 N 60 W 1798 4 SF 0 0.0 F HOLL*C 202 88 1 27 22 45 >9 23 5 +0 23 22 * 19 N 61 W 1798 4 SN 0 0.0 F HOLL*C PALE*C 203 88 1 27 23 56 * 23 58 24 13 * 19 N 61 W 1798 4 SF 0 0.0 LEAR*C 204 88 1 28 2 32 +5 2 37 +1 2 51 * 19 N 62 W 1798 4 SF 15 0.3 LEAR*C PALE*C 205 88 1 28 5 47 >9 6 6 +1 6 19 * 19 N 65 W 1798 4 SN 80 0.0 MITK*C LEAR*C 206 88 1 28 8 45 +2 8 47 +5 9 9 * 19 N 65 W 1798 4 1N 0 0.0 CATA*C LEAR*C SVTO C 207 88 1 28 18 14 * 18 23 19 24 * 19 N 74 W 1798 4 SF 0 0.0 F RAMY*C 208 88 1 29 2 56 * 3 4 3 13 * 19 N 75 W 1798 4 SF 0 0.0 LEAR*C 209 88 1 29 3 14 * 3 16 3 32 * 19 N 75 W 1798 4 SF 0 0.0 LEAR*C 210 88 1 29 3 37 * 3 42 +2 3 47 * 20 N 76 W 1798 4 SF 20 0.0 LEAR*C YUNN P 211 88 1 29 5 57 * 6 5 6 9 * 24 N 80 W 1798 4 SF 0 0.0 D J TACH*C 212 88 1 29 9 26 9 27 9 32 * 18 N 28 E 1798 12 SF 0 0.0 E H KHAR V 213 88 1 29 9 40 * 9 43 9 47 * 20 N 87 W 1798 4 SF 0 0.0 D KHAR*V 214 88 1 29 10 55 10 55 11 10 21 N 87 W 1798 4 SF 0 0.0 D KHAR V 215 88 1 29 11 11 0 0 11 15 20 N 85 E 1798 18 SF 0 0.0 D KHAR V 216 88 1 30 0 45 0 58 1 14 * 19 N 90 W 1798 4 SF 0 0.0 A PEKG C 217 88 1 30 4 11 * 4 18 4 36 * 17 N 18 E 1798 12 SF 0 0.0 LEAR*C 218 88 1 30 14 56 * 14 57 15 6 * 31 S 34 W 1798 6 SF 0 0.0 RAMY*C 219 88 1 31 10 1 * 10 2 10 4 * 19 N 60 E 1798 18 SF 0 0.0 F LEAR*C 220 88 2 1 2 14 * 2 19 2 33 * 20 N 60 E 1798 18 SF 0 0.0 PALE*C 1 88 2 1 2 53 +5 2 57 +4 3 9 * 19 N 14 W 1798 12 SN 0 0.0 D HR CULG*C LEAR*C YUNN P 2 88 2 1 4 13 * 4 13 4 20 * 22 N 57 E 1798 18 SF 0 0.0 LEAR*C 3 88 2 1 4 28 * 4 41 4 46 * 22 N 56 E 1798 18 SF 0 0.0 U LEAR*C 4 88 2 1 8 22 +0 8 25 +0 8 30 * 20 N 55 E 1798 18 SF 0 0.0 D KHAR*P LEAR*C 5 88 2 1 8 52 +5 8 56 +2 9 3 * 17 N 19 W 1798 12 SF 0 0.0 H KANZ* KHAR*V 6 88 2 1 10 50 10 53 10 57 34 S 90 E 1798 24 SN 0 0.0 H KHAR V 7 88 2 1 20 13 * 20 13 20 22 * 27 N 69 E 1798 21 SF 0 0.0 PALE*C 8 88 2 1 20 29 * 20 31 20 44 * 28 N 72 E 1798 21 SF 0 0.0 H PALE*C 9 88 2 1 21 32 * 21 32 21 37 * 27 N 70 E 1798 21 SF 0 0.0 PALE*C 10 88 2 1 22 3 * 22 8 22 13 * 27 N 68 E 1798 21 SN 0 0.0 PALE*C 11 88 2 1 22 44 * 22 54 23 1 * 27 N 70 E 1798 21 SF 0 0.0 LEAR*C 12 88 2 1 23 3 * 23 33 23 42 * 28 N 65 E 1798 21 SF 0 0.0 H LEAR*C 13 88 2 2 0 49 * 0 51 0 53 * 27 N 70 E 1798 21 SF 0 0.0 PALE*C 14 88 2 2 9 14 +4 9 17 +1 9 28 * 18 N 34 E 1798 18 SF 70 0.9 U HTPR*C KHAR*V LEAR*C CATA*C 15 88 2 2 10 58 * 11 0 11 7 * 23 N 40 E 1798 18 SF 0 0.0 D KHAR*V 16 88 2 3 2 39 +1 2 42 +4 3 4 * 22 N 30 E 1798 18 SF 50 0.7 F I VORO*C LEAR*C PALE*C 17 88 2 3 8 58 +2 9 0 +4 9 12 * 23 N 26 E 1798 18 SF 20 0.3 E HTPR*C SVTO*C LEAR*C KANZ* 18 88 2 3 12 58 +4 13 2 13 40 * 22 N 24 E 1798 18 1N 0 0.0 E U HTPR*C SVTO*C KANZ* 19 88 2 3 12 58 +4 13 10 +0 13 40 * 22 N 24 E 1798 18 1N 0 0.0 E U HTPR*C SVTO*C KANZ* 19 88 2 3 15 30 * 15 34 15 46 * 21 N 26 E 1798 18 SB 0 0.0 E HTPR*C 20 88 2 4 8 5 * 8 10 8 30 * 18 N 56 W 1798 12 SF 0 0.0 E KAND*P 21 88 2 4 9 15 +1 9 16 +1 9 30 * 23 N 13 E 1798 18 SN 0 0.0 D KAND*P LEAR*C 22 88 2 4 10 24 * 10 25 10 32 * 25 N 15 E 1798 18 SN 0 0.0 E KAND*P 23 88 2 5 11 48 11 58 13 24 * 28 N 13 E 1798 21 1N 0 0.0 F KANZ 24 88 2 6 2 15 * 2 18 2 24 * 26 N 6 E 1798 21 SF 0 0.0 E IJ VORO*C 25 88 2 6 2 31 * 2 35 +0 2 43 * 26 N 6 E 1798 21 SF 0 0.0 F YUNN*C PALE C 26 88 2 7 11 47 +9 11 56 12 0 * 26 N 6 W 1798 21 SN 0 0.0 F SVTO*C CATA P 27 88 2 7 16 17 * 16 17 16 28 * 25 N 9 W 1798 21 SF 0 0.0 HOLL*C 28 88 2 7 16 44 * 16 59 17 9 27 N 10 W 1798 21 SF 0 0.0 HOLL C 29 88 2 7 20 18 >9 20 48 +0 20 58 * 27 N 9 W 1798 21 SF 0 0.0 F HOLL*C PALE*C 30 88 2 7 21 56 * 21 57 22 7 * 24 S 77 W 1798 0 SF 0 0.0 HOLL*C 31 88 2 7 22 21 * 22 22 22 34 * 27 N 12 W 1798 21 SF 0 0.0 HOLL*C 32 88 2 7 23 46 +0 23 47 +0 23 58 * 22 N 35 W 1798 18 SF 30 0.4 HOLL*C PALE*C 33 88 2 8 2 7 * 2 9 2 15 * 28 N 16 W 1798 21 SF 0 0.0 PALE*C 34 88 2 8 9 31 +0 9 31 +0 9 40 * 28 N 18 W 1798 21 SB 120 1.5 J CATA P KAND*P 35 88 2 8 10 16 * 10 22 10 28 * 18 S 90 W 1798 0 SN 0 0.0 A KAND*P 36 88 2 8 12 40 * 0 0 13 20 18 S 90 W 1798 0 SN 0 0.0 A KAND P 37 88 2 9 7 48 * 7 48 7 55 * 24 N 49 W 1798 18 SN 80 1.4 E LEAR*C TACH C CATA P 38 88 2 9 8 56 +7 9 1 +2 9 9 * 22 N 55 W 1798 18 SN 0 0.0 HTPR*C KANZ* 39 88 2 9 9 8 +6 9 18 +2 9 29 * 23 N 49 W 1798 18 SN 0 0.0 HTPR*C CATA*C 40 88 2 9 9 59 +6 10 4 +1 10 10 * 23 N 49 W 1798 18 SF 0 0.0 HTPR C CATA*C 41 88 2 9 10 36 * 10 36 10 40 28 N 33 W 1798 21 1N 0 0.0 CATA P 42 88 2 9 11 20 +2 11 22 +0 11 28 * 23 N 57 W 1798 18 SN 0 0.0 HTPR*C CATA*C 43 88 2 9 17 29 * 17 29 17 46 * 36 S 76 E 1798 31 SF 0 0.0 HOLL*C 44 88 2 10 15 6 * 15 9 15 26 * 17 N 43 E 1798 29 SF 0 0.0 HOLL*C 45 88 2 11 2 46 +1 2 50 +1 3 11 * 29 N 54 W 1798 21 SN 80 1.7 F PALE*C CULG*C LEAR*C 46 88 2 11 9 35 * 9 40 +1 9 53 * 34 S 30 E 1798 27 SN 0 0.0 D G KAND*P CATA P 47 88 2 11 20 43 +1 20 44 +0 20 59 * 34 S 44 E 1798 31 SF 0 0.0 PALE*C HOLL*C 48 88 2 12 3 53 * 3 59 4 14 * 35 S 43 E 1798 31 1N 0 0.0 E CULG*C 49 88 2 14 0 27 +2 0 29 +2 0 43 * 35 S 20 E 1798 31 SF 0 0.0 D J VORO*C LEAR*C 50 88 2 14 4 26 * 4 40 4 49 * 15 S 77 E 1799 6 SF 0 0.0 LEAR*C 51 88 2 14 6 21 * 6 27 6 38 * 15 S 79 E 1799 6 SF 0 0.0 LEAR*C 52 88 2 14 8 45 * 9 1 9 7 * 16 S 78 E 1799 6 1N 0 0.0 CATA*C 53 88 2 14 13 12 * 13 18 13 35 * 37 S 13 E 1798 31 SF 0 0.0 F H RAMY*C 54 88 2 15 1 7 +2 1 10 +2 1 27 * 36 S 7 E 1798 31 SF 0 0.0 E GJ VORO*C CULG*C LEAR*C PALE*C 55 88 2 16 9 25 * 9 30 9 43 * 35 S 15 W 1798 31 SF 0 0.0 E HTPR*C 56 88 2 16 9 54 +5 10 0 +0 10 5 * 20 N 35 E 1799 5 SF 0 0.0 H KHAR*V HTPR*C 57 88 2 16 10 43 0 0 10 58 20 N 36 E 1799 5 SF 0 0.0 D H KHAR V 58 88 2 16 11 48 * 11 50 12 0 * 20 N 34 E 1799 5 SF 0 0.0 E HTPR*C 59 88 2 16 12 8 * 12 16 12 31 * 22 N 32 E 1799 5 SF 0 0.0 E HTPR*C 60 88 2 16 15 20 +0 15 21 +0 15 28 * 20 N 33 E 1799 5 SN 25 0.3 RAMY*C HTPR*C 61 88 2 16 22 53 * 23 18 +0 23 27 * 25 N 34 E 1799 5 SF 15 0.2 PALE*C HOLL C 62 88 2 17 2 25 * 2 31 2 43 * 17 S 44 E 1799 7 SF 0 0.0 PALE*C 63 88 2 17 8 45 +1 8 45 +2 8 48 * 23 N 24 E 1799 5 SF 35 0.4 D BUCA*C HTPR*C 64 88 2 17 21 6 21 16 21 18 18 N 58 W 1798 28 SF 0 0.0 HOLL C 65 88 2 17 22 32 22 34 22 36 * 22 N 24 E 1799 5 SF 0 0.0 HOLL C 66 88 2 18 16 12 16 19 16 20 * 10 S 54 W 1798 30 SF 0 0.0 HOLL C 67 88 2 18 18 38 * 18 39 18 49 * 9 S 55 W 1798 30 SF 0 0.0 RAMY*C 68 88 2 18 19 14 * 19 15 19 28 * 9 S 55 W 1798 30 SF 0 0.0 RAMY*C 69 88 2 18 20 8 +3 20 12 +0 20 26 * 11 S 56 W 1798 30 SF 60 1.1 HOLL*C RAMY*C 70 88 2 19 0 49 * 0 50 1 0 * 10 S 57 W 1798 30 SF 0 0.0 LEAR*C 71 88 2 19 1 8 * 1 10 1 13 * 10 S 57 W 1798 30 SF 0 0.0 LEAR*C 72 88 2 19 8 14 +2 8 15 +1 8 23 * 22 N 1 E 1799 5 SF 0 0.0 LEAR*C CATA*C 73 88 2 20 4 4 +1 4 14 +3 5 5 * 9 S 74 W 1798 30 1B 150 0.0 E UZ CULG*C LEAR*C PEKG C 74 88 2 20 12 40 * 12 48 13 0 * 38 N 30 W 1799 1 SF 0 0.0 E HTPR*C 75 88 2 21 9 43 9 43 9 46 22 S 90 E 1799 14 1N 0 0.0 CATA P 76 88 2 22 14 42 * 14 44 +0 14 58 * 24 S 25 E 1799 9 SF 20 0.2 F SVTO*C RAMY C 77 88 2 22 21 2 * 21 2 21 9 * 22 N 42 W 1799 5 SF 0 0.0 RAMY*C 78 88 2 22 21 16 +7 21 19 +5 21 27 * 21 N 42 W 1799 5 SF 20 0.3 HOLL*C RAMY*C 79 88 2 23 14 49 * 14 50 14 54 * 25 N 42 E 1799 0 SN 0 0.0 E HTPR*C 80 88 2 23 18 51 * 18 53 19 1 * 18 S 70 E 1799 14 SF 0 0.0 U HOLL*C 81 88 2 24 11 28 * 11 34 11 45 * 20 S 58 E 1799 14 SF 0 0.0 E HTPR*C 82 88 2 25 4 11 * 4 14 4 19 * 19 S 52 E 1799 14 SF 0 0.0 F LEAR*C 83 88 2 25 10 43 +5 10 50 +6 11 1 * 18 S 45 E 1799 14 SN 90 1.3 E HTPR*C CATA*C 84 88 2 25 12 0 +3 12 5 +0 12 23 * 18 S 45 E 1799 14 SN 70 1.0 E HTPR*C RAMY*C 85 88 2 25 14 51 * 14 53 14 59 * 18 S 43 E 1799 14 SF 0 0.0 E HTPR*C 86 88 2 27 2 42 * 2 46 3 0 * 17 N 88 E 1799 21 1N 0 0.0 YUNN*C 87 88 2 27 5 39 * 5 42 6 0 * 15 N 90 E 1799 21 1N 0 0.0 A D ABST*C 88 88 2 27 9 3 * 9 15 9 50 * 18 N 82 E 1799 21 SF 0 0.0 E HTPR*C 89 88 2 27 10 38 * 10 42 11 0 * 23 S 20 E 1799 14 SF 0 0.0 HTPR*C 90 88 2 27 11 2 +6 11 4 11 30 * 20 S 20 E 1799 14 SN 0 0.0 E HTPR*C CATA P 91 88 2 27 11 2 +6 11 13 11 30 * 20 S 20 E 1799 14 SN 0 0.0 E HTPR*C CATA P 91 88 2 27 12 0 * 12 18 13 0 * 18 N 80 E 1799 21 SN 0 0.0 HTPR*C 92 88 2 27 12 47 * 12 54 13 7 * 22 S 8 E 1799 0 SF 0 0.0 HTPR*C 93 88 2 28 5 18 +2 5 21 6 26 * 20 S 12 E 1799 14 SN 0 0.0 F GHU MITK*C LEAR*C 94 88 2 28 5 18 +2 5 29 6 26 * 20 S 12 E 1799 14 SN 0 0.0 F GHU MITK*C LEAR*C 94 88 2 28 8 25 * 8 30 8 33 * 17 N 68 E 1799 21 SF 0 0.0 F SVTO*C 95 88 2 28 10 55 * 11 9 11 30 * 18 N 63 E 1799 21 SF 0 0.0 E HTPR*C 96 88 2 28 15 18 * 15 35 15 46 * 20 S 44 E 1799 18 SF 0 0.0 E HTPR*C 97 88 2 28 15 27 * 15 28 15 37 * 14 N 63 E 1799 21 SF 0 0.0 RAMY*C 98 88 2 28 15 51 +5 15 59 +0 16 16 * 18 N 63 E 1799 21 SN 60 0.0 H RAMY*C HTPR C HOLL*C 99 88 2 28 16 36 +3 16 39 +1 16 46 * 17 N 62 E 1799 21 SF 15 0.3 RAMY*C HOLL*C 100 88 2 28 17 42 +6 17 49 +1 17 55 * 18 N 63 E 1799 21 SF 35 0.0 HOLL*C RAMY*C 101 88 2 28 19 12 * 19 19 19 22 * 22 S 39 E 1799 18 SF 0 0.0 RAMY*C 102 88 2 28 19 33 * 19 34 19 36 * 21 S 41 E 1799 18 SF 0 0.0 HOLL*C 103 88 2 28 19 37 +3 19 44 +0 19 48 * 21 S 42 E 1799 18 SF 20 0.3 HOLL*C RAMY*C 104 88 2 28 20 35 +1 20 36 +1 20 42 * 22 S 42 E 1799 18 SF 20 0.3 HOLL*C RAMY*C 105 88 2 29 9 14 * 9 33 10 14 * 21 S 36 E 1799 18 SB 0 0.0 J KAND*P 106 88 2 29 12 50 * 12 51 13 2 * 21 S 31 E 1799 18 SF 0 0.0 RAMY*C 107 88 2 29 16 10 * 16 11 16 46 * 22 S 30 E 1799 18 SF 0 0.0 HOLL*C 108 88 2 29 21 9 * 21 13 21 27 * 17 N 49 E 1799 21 SF 0 0.0 HOLL*C 109 88 2 29 21 15 * 21 18 21 26 * 22 S 26 E 1799 18 SF 0 0.0 RAMY*C 110 88 3 1 0 56 1 1 1 17 * 21 S 26 E 1799 18 SF 0 0.0 E VORO C 1 88 3 1 4 40 +5 4 54 +4 5 51 * 21 S 14 W 1799 14 1N 360 3.8 E LU PEKG*P LEAR*E TACH C ABST P 2 88 3 1 4 40 +5 5 6 5 51 * 21 S 14 W 1799 14 1N 360 3.8 E LU PEKG*P LEAR*E TACH C ABST P 2 88 3 1 8 19 +6 8 25 +4 8 38 * 20 S 21 E 1799 18 SF 60 0.7 E ABST*C KANZ* LEAR*E KAND*P HTPR C 3 88 3 1 14 6 +8 14 19 +0 14 34 * 17 N 38 E 1799 21 SF 30 0.4 E HTPR*C RAMY*E HOLL E 4 88 3 1 15 24 * 15 24 15 30 * 17 N 38 E 1799 21 SF 0 0.0 HOLL*E 5 88 3 1 15 27 +7 15 37 +1 15 46 * 22 S 16 E 1799 18 SN 40 0.4 F HTPR*C RAMY*E HOLL*E 6 88 3 1 16 0 * 16 2 16 7 * 15 N 38 E 1799 21 SF 0 0.0 F HOLL*E 7 88 3 1 16 27 * 16 28 16 36 * 17 N 39 E 1799 21 SF 0 0.0 F HOLL*E 8 88 3 1 20 23 +4 20 27 +3 20 46 * 22 S 16 E 1799 18 SF 35 0.4 F HOLL*E RAMY*E 9 88 3 1 23 44 >9 23 46 24 35 * 20 S 13 E 1799 18 SF 0 0.0 F HOLL E LEAR*E 10 88 3 1 23 44 >9 24 29 24 35 * 20 S 13 E 1799 18 SF 0 0.0 F HOLL E LEAR*E 10 88 3 2 2 10 2 10 2 40 * 22 S 14 E 1799 18 1N 0 0.0 F YUNN P 11 88 3 2 5 58 +2 6 1 +0 6 14 * 23 N 31 E 1799 22 SF 90 1.2 D CULG*C ABST*C LEAR*E 12 88 3 2 6 54 +0 6 55 +0 7 0 * 20 S 9 E 1799 18 SF 0 0.0 K LEAR*E ABST*C 13 88 3 2 8 12 * 8 15 8 28 * 18 N 28 E 1799 21 SN 0 0.0 E HTPR*C 14 88 3 2 9 27 +6 9 34 +6 9 48 * 18 N 27 E 1799 21 SF 70 0.9 HTPR*C ABST*C LEAR*E 15 88 3 2 10 24 * 10 26 10 32 * 22 S 6 E 1799 18 SN 0 0.0 E HTPR*C 16 88 3 2 12 8 +5 12 16 +4 12 39 * 17 N 27 E 1799 21 SF 20 0.2 E HTPR*C RAMY*E 17 88 3 2 14 4 * 14 5 14 33 * 18 N 25 E 1799 21 SB 0 0.0 E HTPR*C 18 88 3 2 14 39 * 14 39 15 11 * 18 N 26 E 1799 21 SF 0 0.0 HOLL*E 19 88 3 2 14 45 * 14 58 15 19 * 21 S 33 W 1799 14 SF 0 0.0 HOLL*E 20 88 3 2 17 47 * 17 47 17 55 * 16 N 24 E 1799 21 SF 0 0.0 HOLL*E 21 88 3 2 17 56 * 18 0 18 26 * 15 N 23 E 1799 21 SF 0 0.0 F HOLL*E 22 88 3 2 17 52 * 17 52 17 56 * 21 S 1 E 1799 18 SF 0 0.0 HOLL*E 23 88 3 2 19 34 +5 19 39 +3 19 49 15 N 23 E 1799 21 SF 0 0.0 F HOLL*E RAMY*E 24 88 3 3 8 4 * 8 7 8 17 * 17 N 40 E 1799 0 SF 0 0.0 E HTPR*C 25 88 3 3 8 8 * 8 15 8 25 * 20 N 31 E 1799 0 SF 0 0.0 HTPR*C 26 88 3 3 8 34 * 8 38 9 20 * 19 S 17 E 1799 24 SN 0 0.0 E HTPR*C 27 88 3 3 8 35 * 8 40 8 57 20 S 4 W 1799 18 SN 0 0.0 E KAND P 28 88 3 3 15 20 +6 15 26 +2 15 46 * 34 S 58 W 1799 13 SN 50 1.1 E HTPR*C RAMY*E SVTO*E 29 88 3 3 16 59 * 17 4 17 11 * 32 S 59 W 1799 13 SF 0 0.0 RAMY*E 30 88 3 3 20 22 * 20 28 20 32 * 21 S 12 W 1799 18 SF 0 0.0 RAMY*E 31 88 3 3 23 8 * 23 22 23 42 * 24 S 7 W 1799 18 1F 0 0.0 E CULG*C 32 88 3 3 23 21 * 23 24 23 29 21 N 28 W 1799 16 SF 0 0.0 F HOLL E 33 88 3 4 2 40 * 2 40 2 46 * 24 S 52 E 1799 28 SF 0 0.0 LEAR*E 34 88 3 4 5 17 5 17 5 25 * 32 S 63 W 1799 13 SN 0 0.0 G YUNN P 35 88 3 4 7 14 * 7 16 7 22 33 S 66 W 1799 13 SN 0 0.0 G YUNN P 36 88 3 4 7 33 * 7 51 8 12 * 33 S 66 W 1799 13 SF 0 0.0 LEAR*E 37 88 3 4 7 52 +1 7 54 +1 8 5 * 22 N 0 1799 22 SN 15 0.2 F TACH*C LEAR*E 38 88 3 4 12 3 * 12 3 12 10 30 S 70 W 1799 13 SN 0 0.0 D G KAND P 39 88 3 4 12 34 * 12 38 12 43 * 32 S 69 W 1799 13 SF 0 0.0 RAMY*E 40 88 3 4 15 11 >9 15 46 +1 15 53 32 S 70 W 1799 13 SF 0 0.0 HOLL*E RAMY*E 41 88 3 4 16 39 * 16 45 17 4 * 22 N 2 W 1799 22 SF 0 0.0 RAMY*E 42 88 3 4 17 1 +1 17 7 +0 17 22 * 21 S 23 W 1799 18 SF 30 0.3 F HOLL*E RAMY*E 43 88 3 4 21 58 * 22 0 22 4 * 23 N 2 W 1799 22 SF 0 0.0 RAMY*E 44 88 3 4 22 10 * 22 18 22 22 * 23 N 2 W 1799 22 SF 0 0.0 H HOLL*E 45 88 3 4 22 8 * 22 11 22 34 * 33 S 76 W 1799 13 SF 0 0.0 HOLL*E 46 88 3 4 23 3 * 23 7 23 20 * 33 S 74 W 1799 13 SF 0 0.0 HOLL*E 47 88 3 4 23 3 * 23 9 23 14 * 20 S 28 W 1799 18 SF 0 0.0 HOLL*E 48 88 3 5 0 21 +1 0 23 +1 1 8 * 24 N 4 W 1799 23 SF 0 0.0 F IJ VORO C HOLL E 49 88 3 5 0 21 +1 0 59 1 8 * 24 N 4 W 1799 23 SF 0 0.0 F IJ VORO C HOLL E 49 88 3 5 2 51 * 2 53 2 57 24 N 5 W 1799 23 SN 0 0.0 D IJ VORO C 50 88 3 5 11 39 0 0 12 12 * 20 S 37 W 1799 18 SF 0 0.0 E HTPR C 51 88 3 5 11 39 12 26 12 35 * 16 N 14 W 1799 21 SF 0 0.0 E HTPR C RAMY E 52 88 3 5 14 33 +3 14 37 +6 14 49 * 18 N 16 W 1799 21 SF 30 0.3 HTPR*C RAMY*E 53 88 3 5 15 16 >9 15 45 +1 15 58 * 19 N 15 W 1799 21 SF 20 0.2 F HTPR*C RAMY*E HOLL E 54 88 3 5 17 1 +0 17 2 +1 17 7 * 20 S 37 W 1799 18 SF 10 0.1 HOLL*E RAMY*E 55 88 3 5 19 37 * 19 45 19 53 * 15 N 19 W 1799 21 SF 0 0.0 HOLL*E 56 88 3 5 21 5 * 21 21 21 40 * 16 N 17 W 1799 21 SF 0 0.0 HOLL*E 57 88 3 6 5 42 * 5 50 6 2 * 17 N 23 W 1799 21 SF 0 0.0 LEAR*E YUNN P 58 88 3 6 7 13 +1 7 13 +2 7 23 * 15 N 27 W 1799 21 SF 0 0.0 D LEAR*E ABST*C 59 88 3 6 11 35 * 11 36 11 41 * 24 N 25 W 1799 23 SF 0 0.0 RAMY*E 60 88 3 6 12 46 * 12 49 13 13 * 17 N 26 W 1799 21 SF 0 0.0 RAMY*E 61 88 3 6 15 39 * 15 39 15 46 * 23 N 28 W 1799 23 SF 0 0.0 RAMY*E 62 88 3 6 15 56 * 16 1 16 6 * 22 N 29 W 1799 22 SF 0 0.0 RAMY*E 63 88 3 6 17 30 * 17 30 17 33 * 22 N 29 W 1799 22 SF 0 0.0 HOLL*E 64 88 3 6 19 16 * 19 23 19 53 * 23 N 30 W 1799 23 SF 0 0.0 HOLL*E 65 88 3 6 20 24 +3 20 26 21 0 * 22 N 32 W 1799 23 SF 0 0.0 CULG P HOLL*E 66 88 3 6 20 24 +3 20 43 21 0 * 22 N 32 W 1799 23 SF 0 0.0 CULG P HOLL*E 66 88 3 6 23 2 * 23 4 23 17 * 27 N 12 E 1799 27 SF 0 0.0 F HOLL*E 67 88 3 6 23 23 * 23 32 24 5 * 30 N 13 E 1799 27 SF 0 0.0 HOLL*E 68 88 3 6 23 49 * 23 49 23 54 * 25 N 30 W 1799 23 SF 0 0.0 HOLL*E 69 88 3 7 0 34 * 0 35 0 57 * 22 N 34 W 1799 23 SF 0 0.0 LEAR*E 70 88 3 7 5 52 * 5 55 6 26 * 24 N 35 W 1799 23 SF 0 0.0 LEAR*E 71 88 3 7 6 35 * 6 36 6 54 * 23 N 37 W 1799 23 SF 0 0.0 LEAR*E 72 88 3 7 12 23 * 12 25 12 30 * 16 N 44 W 1799 21 SF 0 0.0 RAMY*E 73 88 3 7 13 28 * 13 28 13 38 * 19 S 58 W 1799 18 SF 0 0.0 RAMY*E 74 88 3 7 14 49 * 14 50 15 2 * 16 N 45 W 1799 21 SF 0 0.0 RAMY*E 75 88 3 7 15 50 * 0 0 15 56 * 26 N 44 W 1799 23 SF 0 0.0 HOLL*E 76 88 3 7 17 42 +2 17 45 +0 18 4 * 23 N 40 W 1799 23 SF 20 0.3 F HOLL*E RAMY*E 77 88 3 7 18 8 * 18 9 18 16 * 27 N 1 E 1799 27 SF 0 0.0 HOLL*E 78 88 3 7 18 52 * 18 52 18 56 * 24 N 41 W 1799 23 SF 0 0.0 HOLL*E 79 88 3 8 4 23 * 4 24 4 33 * 24 S 69 W 1799 18 SF 0 0.0 LEAR*E 80 88 3 8 9 39 * 9 41 9 51 * 29 N 6 W 1799 27 SF 0 0.0 E HTPR*C 81 88 3 8 11 30 * 11 33 11 39 * 30 N 7 W 1799 27 SF 0 0.0 E HTPR*C 82 88 3 8 14 14 * 14 20 14 32 * 23 N 53 W 1799 23 SN 0 0.0 E HTPR*C 83 88 3 8 15 29 +3 15 33 +1 15 45 * 23 N 55 W 1799 23 SF 30 0.6 E HTPR*C RAMY*E HOLL*E 84 88 3 8 16 38 +1 16 46 +1 17 7 * 22 N 54 W 1799 23 SF 50 1.0 F HOLL*E RAMY*E 85 88 3 8 17 57 +1 18 3 +1 18 16 * 28 N 10 W 1799 27 SF 40 0.5 F HOLL*E RAMY*E 86 88 3 9 3 0 * 3 4 3 25 * 30 N 13 W 1799 27 SN 0 0.0 YUNN*C 87 88 3 9 11 55 * 11 59 12 10 * 18 N 67 W 1799 21 SB 0 0.0 E HTPR*C 88 88 3 9 13 0 * 13 15 13 45 * 26 N 25 W 1799 27 SF 0 0.0 E HTPR*C 89 88 3 9 19 50 * 19 55 20 45 * 28 N 26 W 1799 27 SF 0 0.0 HOLL*E 90 88 3 10 5 24 * 5 25 5 30 * 29 N 28 W 1799 27 SF 0 0.0 LEAR*E 91 88 3 10 5 53 +0 5 56 +1 6 12 * 27 N 32 W 1799 27 SF 110 1.6 D LEAR*E CULG*C 92 88 3 10 6 48 * 6 51 6 56 * 28 N 28 W 1799 27 SF 0 0.0 LEAR*E 93 88 3 10 7 5 7 5 7 29 * 29 N 31 W 1799 27 SN 0 0.0 E YUNN P HTPR C 94 88 3 10 10 22 +2 10 24 +0 10 29 * 29 N 31 W 1799 27 SN 0 0.0 E HTPR*C KANZ* 95 88 3 10 11 17 +1 11 28 +2 11 39 * 29 N 31 W 1799 27 SF 0 0.0 E HTPR*C KANZ* 96 88 3 10 12 42 * 12 43 12 49 * 30 N 32 W 1799 27 SF 0 0.0 E HTPR*C 97 88 3 10 20 4 * 20 5 20 15 * 25 N 90 W 1799 20 SF 0 0.0 PALE*E 98 88 3 10 22 32 * 22 39 23 3 * 28 N 39 W 1799 27 SF 0 0.0 HOLL*E 99 88 3 11 10 22 * 10 55 11 56 * 17 S 80 E 1800 5 SN 0 0.0 K HTPR*C 100 88 3 11 10 28 * 10 34 10 36 * 22 S 90 E 1800 5 SN 0 0.0 K HTPR*C 101 88 3 11 10 45 * 10 47 11 6 * 22 S 90 E 1800 5 SN 0 0.0 HTPR*C 102 88 3 11 14 51 * 14 56 15 11 * 23 S 90 E 1800 9 SF 0 0.0 HTPR*C 103 88 3 11 15 35 * 15 46 15 50 * 23 S 90 E 1800 9 SF 0 0.0 HTPR*C 104 88 3 11 15 59 * 16 7 16 28 * 23 S 90 E 1800 9 SN 0 0.0 HTPR*C 105 88 3 11 16 57 * 16 58 17 6 * 23 S 89 E 1800 9 SF 0 0.0 RAMY*E 106 88 3 11 17 35 +0 17 36 +1 17 42 * 30 N 45 W 1799 27 SF 15 0.3 HOLL*E RAMY*E 107 88 3 11 19 33 * 19 33 19 52 * 30 N 46 W 1799 27 SF 0 0.0 RAMY*E 108 88 3 11 20 27 +0 20 27 +1 20 30 * 22 S 88 E 1800 9 SF 40 0.0 PALE*E RAMY*E HOLL*E 109 88 3 11 21 55 +0 21 56 +0 22 1 * 24 S 84 E 1800 5 SF 40 0.0 RAMY*E HOLL*E PALE*E 110 88 3 11 22 9 * 22 11 22 16 * 22 S 90 E 1800 9 SF 0 0.0 HOLL*E 111 88 3 11 22 22 * 22 26 22 29 * 23 S 90 E 1800 9 SF 0 0.0 HOLL*E 112 88 3 11 22 39 +2 22 41 22 46 23 S 90 E 1800 9 SF 0 0.0 HOLL*E PALE*E 113 88 3 11 23 34 * 23 34 23 55 * 21 S 90 E 1800 9 SF 0 0.0 F HOLL*E 114 88 3 12 0 9 * 0 10 0 14 * 22 S 89 E 1800 9 SF 0 0.0 HOLL*E 115 88 3 12 0 23 +2 0 28 +1 0 45 * 21 S 88 E 1800 9 SF 0 0.0 HOLL*E LEAR*E MITK C 116 88 3 12 0 23 +2 0 37 +3 0 45 * 21 S 88 E 1800 9 SF 0 0.0 HOLL*E LEAR*E MITK C 116 88 3 12 1 38 * 1 40 1 45 * 24 S 84 E 1800 9 SF 0 0.0 LEAR*E 117 88 3 12 1 55 2 2 4 30 22 S 87 E 1800 9 SN 0 0.0 A YUNN P 118 88 3 12 4 20 +3 4 24 +0 4 31 * 20 S 83 E 1800 9 SF 0 0.0 D CULG*C LEAR*E 119 88 3 12 8 28 * 8 30 8 49 * 24 S 84 E 1800 9 SF 0 0.0 F SVTO*E 120 88 3 12 10 33 * 10 38 11 8 * 23 S 80 E 1800 9 SN 0 0.0 E K HTPR*C 121 88 3 12 11 48 * 11 50 11 56 * 25 S 79 E 1800 9 SF 0 0.0 RAMY*E 122 88 3 12 14 10 * 14 15 14 19 * 23 S 78 E 1800 9 SN 0 0.0 E HTPR*C 123 88 3 12 15 6 * 15 15 15 43 * 23 S 79 E 1800 9 1N 0 0.0 H HOLL*E 124 88 3 12 15 11 +2 15 15 +0 15 25 * 21 S 67 E 1800 5 SN 60 0.0 HTPR*C SVTO*E 125 88 3 12 16 2 * 16 3 16 7 * 25 S 78 E 1800 9 SF 0 0.0 RAMY*E 126 88 3 12 18 44 +6 18 57 +1 19 17 * 24 S 78 E 1800 9 SF 60 0.0 RAMY*E PALE*E 127 88 3 12 20 46 * 20 54 21 4 * 25 S 74 E 1800 9 SF 0 0.0 RAMY*E 128 88 3 12 20 52 * 20 53 20 57 * 23 S 66 E 1800 5 SF 0 0.0 F H HOLL*E 129 88 3 12 21 17 * 21 22 21 31 * 22 S 65 E 1800 5 SF 0 0.0 RAMY*E 130 88 3 12 21 22 * 21 22 21 26 * 28 S 31 E 1800 1 SF 0 0.0 HOLL*E 131 88 3 12 21 35 * 21 39 21 43 * 24 S 76 E 1800 9 SF 0 0.0 F HOLL*E 132 88 3 12 21 59 * 21 59 22 4 * 23 S 75 E 1800 9 SF 0 0.0 F HOLL*E 133 88 3 13 4 24 * 4 27 4 31 * 22 S 62 E 1800 5 SF 0 0.0 LEAR*E 134 88 3 13 4 48 4 48 4 53 * 21 S 68 E 1800 9 SF 0 0.0 LEAR E 135 88 3 13 8 29 * 8 35 8 42 * 23 S 70 E 1800 9 SN 0 0.0 E YUNN*C 136 88 3 13 14 10 +2 14 13 +6 14 31 * 26 S 69 E 1800 9 SF 40 0.0 HOLL*E RAMY*E 137 88 3 13 15 49 * 15 51 15 56 * 25 S 66 E 1800 9 SF 0 0.0 SVTO*E 138 88 3 13 16 26 * 16 42 16 45 24 S 70 E 1800 9 SF 0 0.0 HOLL E 139 88 3 13 17 13 * 18 4 19 11 * 26 S 67 E 1800 9 SF 0 0.0 HOLL*E 140 88 3 13 17 13 * 18 4 19 23 * 20 S 55 E 1800 5 SF 0 0.0 F HOLL*E 141 88 3 13 19 25 * 19 35 19 51 * 23 S 66 E 1800 9 SF 0 0.0 HOLL*E 142 88 3 13 19 54 * 19 59 20 11 * 23 S 66 E 1800 9 SF 0 0.0 HOLL*E 143 88 3 13 20 14 * 20 47 21 36 * 25 S 68 E 1800 9 SF 0 0.0 F HOLL*E 144 88 3 13 21 37 * 22 5 22 12 * 24 S 64 E 1800 9 SF 0 0.0 HOLL*E 145 88 3 13 23 7 * 23 9 23 17 * 24 S 63 E 1800 9 SF 0 0.0 F HOLL*E 146 88 3 13 23 20 * 23 23 23 52 * 27 S 65 E 1800 9 SN 0 0.0 F HOLL*E 147 88 3 14 0 13 * 0 13 0 32 * 27 S 64 E 1800 9 SF 0 0.0 HOLL*E 148 88 3 14 0 20 * 0 25 0 28 * 28 S 16 E 1800 1 SF 0 0.0 HOLL*E 149 88 3 14 7 17 * 7 19 7 28 * 26 S 62 E 1800 9 SF 0 0.0 F SVTO*E 150 88 3 14 7 37 * 8 9 9 22 * 27 S 62 E 1800 9 SF 0 0.0 SVTO*E 151 88 3 14 8 5 >9 8 15 +6 8 36 * 22 S 47 E 1800 5 1N 0 0.0 E V KAND*P KANZ* ATHN*V SVTO*E 152 88 3 14 13 30 +2 13 36 +1 13 44 * 27 S 58 E 1800 9 SF 25 0.5 SVTO*E RAMY*E 153 88 3 14 14 8 * 14 13 14 28 26 S 56 E 1800 9 SF 0 0.0 F HOLL E 154 88 3 14 16 46 16 51 17 1 * 30 S 56 E 1800 9 SF 0 0.0 F RAMY E 155 88 3 14 18 50 * 18 52 18 57 * 28 S 55 E 1800 9 SF 0 0.0 RAMY*E 156 88 3 14 22 18 * 22 18 22 26 * 27 S 53 E 1800 9 SF 0 0.0 HOLL*E 157 88 3 14 22 34 * 22 38 22 45 * 24 S 47 E 1800 9 SF 0 0.0 PALE*E 158 88 3 14 23 0 +1 23 7 +9 24 3 * 23 S 51 E 1800 9 1F 0 0.0 F CULG*P PALE*E HOLL E 159 88 3 15 0 29 * 0 33 0 49 * 22 S 44 E 1800 9 SF 0 0.0 D CULG*C 160 88 3 15 2 13 * 2 14 +1 2 28 * 22 S 44 E 1800 9 SN 50 0.7 D CULG*C YUNN P 161 88 3 15 2 14 * 2 16 2 20 * 28 S 55 E 1800 9 SF 0 0.0 PALE*E 162 88 3 15 3 9 +3 3 9 +5 3 21 * 19 S 45 E 1800 9 SF 60 0.9 D CULG*C PEKG P 163 88 3 15 8 20 +5 8 25 +3 8 43 23 S 43 E 1800 9 SB 70 1.0 HTPR*C ATHN V YUNN P LEAR*E 164 88 3 15 8 20 +5 8 34 8 43 23 S 43 E 1800 9 SB 70 1.0 HTPR*C ATHN V YUNN P LEAR*E 164 88 3 15 9 21 +1 9 24 +8 9 40 * 23 S 41 E 1800 9 SB 60 0.8 I HTPR*C SVTO*E KANZ ATHN V KAND P 165 88 3 15 10 43 * 10 50 10 55 * 22 S 40 E 1800 9 SN 0 0.0 KAND*P 166 88 3 15 11 9 +7 11 17 +8 11 40 * 23 S 39 E 1800 9 SN 60 0.8 E HTPR*C KANZ* KAND*P SVTO*E 167 88 3 15 11 43 +6 11 51 +5 12 22 * 23 S 41 E 1800 9 1N 0 0.0 F SVTO*E HTPR*C KAND*P RAMY*E KANZ* ATHN V 168 88 3 15 11 43 +6 12 18 12 22 * 23 S 41 E 1800 9 1N 0 0.0 F SVTO*E HTPR*C KAND*P RAMY*E KANZ* ATHN V 168 88 3 15 12 15 * 13 0 13 15 * 23 N 34 E 1800 7 SF 0 0.0 HTPR*C 169 88 3 15 13 24 +3 13 27 +1 13 41 * 24 S 41 E 1800 9 SF 50 0.7 F RAMY*E SVTO*E HTPR*C KANZ* HOLL E 170 88 3 15 13 24 +3 13 40 13 41 * 24 S 41 E 1800 9 SF 50 0.7 F RAMY*E SVTO*E HTPR*C KANZ* HOLL E 170 88 3 15 13 24 * 13 28 13 39 * 23 S 33 E 1800 9 SB 0 0.0 E HTPR*C 171 88 3 15 14 34 >9 14 46 +2 15 3 * 24 S 35 E 1800 9 SN 0 0.0 E HTPR*C KANZ* 172 88 3 15 16 7 +9 16 17 +0 17 28 * 25 S 39 E 1800 9 SB 120 1.6 F H HOLL*E RAMY*E HTPR C PALE E 173 88 3 15 16 7 +9 17 8 +1 17 28 * 25 S 39 E 1800 9 SB 120 1.6 F H HOLL*E RAMY*E HTPR C PALE E 173 88 3 15 16 14 * 0 0 16 42 23 S 32 E 1800 9 SB 0 0.0 E HTPR C 174 88 3 15 18 16 * 18 20 18 37 * 27 S 39 E 1800 9 SF 0 0.0 HOLL*E 175 88 3 15 20 10 +7 20 20 +0 20 30 * 24 S 34 E 1800 9 SF 20 0.3 F HOLL*E PALE*E RAMY*E 176 88 3 15 20 38 +1 20 44 +2 21 6 * 23 S 34 E 1800 9 1N 0 0.0 F CULG*C PALE*E RAMY*E HOLL*E 177 88 3 15 22 16 +0 22 19 +0 22 44 * 25 S 34 E 1800 9 1B 0 0.0 H RAMY E HOLL*E CULG P PALE E 178 88 3 15 22 16 +0 22 34 22 44 * 25 S 34 E 1800 9 1B 0 0.0 H RAMY E HOLL*E CULG P PALE E 178 88 3 15 22 51 * 22 51 22 56 * 23 S 32 E 1800 9 SF 0 0.0 F HOLL*E 179 88 3 16 0 33 +2 0 35 +0 0 44 * 23 S 35 E 1800 9 SF 25 0.3 F HOLL*E PALE*E 180 88 3 16 0 53 +5 0 55 +3 1 6 * 22 S 34 E 1800 9 SF 0 0.0 E CULG*C LEAR*E 181 88 3 16 1 18 +1 1 20 +1 1 57 * 21 S 34 E 1800 9 SN 100 1.2 CULG*P LEAR*E YUNN P 182 88 3 16 1 18 +1 1 31 1 57 * 21 S 34 E 1800 9 SN 100 1.2 CULG*P LEAR*E YUNN P 182 88 3 16 2 37 >9 2 51 +0 3 17 * 23 S 32 E 1800 9 1N 170 2.1 LEAR*E PALE*E CULG*C YUNN P PEKG P 183 88 3 16 2 37 >9 2 59 +2 3 17 * 23 S 32 E 1800 9 1N 170 2.1 LEAR*E PALE*E CULG*C YUNN P PEKG P 183 88 3 16 4 30 4 31 4 58 * 25 S 31 E 1800 9 SN 0 0.0 H YUNN P 184 88 3 16 5 44 +6 5 53 +3 6 22 * 23 S 29 E 1800 9 SN 0 0.0 E KY MITK*C LEAR*E YUNN*P TACH*C CULG P SVTO E 185 88 3 16 7 27 * 7 30 +1 8 0 * 23 S 28 E 1800 9 SB 0 0.0 YUNN P BUCA C 186 88 3 16 9 45 +1 9 47 +1 10 6 * 22 S 30 E 1800 9 1N 0 0.0 H SVTO*E KAND*P LEAR*E 187 88 3 16 11 40 +2 11 45 +0 11 52 * 23 S 27 E 1800 9 SF 30 0.4 E H KAND*P RAMY*E 188 88 3 16 13 10 * 13 16 13 19 * 22 S 26 E 1800 9 SF 0 0.0 D ABST*C 189 88 3 16 13 45 13 45 14 23 * 23 S 25 E 1800 9 SF 40 0.5 F H HOLL E RAMY E SVTO E 190 88 3 16 13 45 14 5 +1 14 23 * 23 S 25 E 1800 9 SF 40 0.5 F H HOLL E RAMY E SVTO E 190 88 3 16 15 20 * 15 22 15 34 * 22 S 26 E 1800 9 SF 0 0.0 HOLL*E 191 88 3 16 15 41 * 15 46 +1 16 15 * 23 S 26 E 1800 9 SB 70 0.8 F HOLL*E SVTO E 192 88 3 16 17 56 * 17 56 18 2 * 24 S 27 E 1800 9 SF 0 0.0 F PALE*E 193 88 3 16 18 26 >9 18 53 +1 20 14 * 23 S 22 E 1800 9 1B 0 0.0 F PALE*E HOLL*E RAMY*E 194 88 3 16 19 2 +0 19 5 +1 19 32 * 16 S 11 E 1800 3 SF 70 0.7 F RAMY*E HOLL*E PALE*E 195 88 3 16 19 35 * 19 36 19 48 * 26 S 23 E 1800 4 SN 0 0.0 RAMY*E 196 88 3 16 19 35 +1 19 37 +8 19 53 * 27 S 13 E 1800 4 SF 50 0.5 F HOLL*E PALE*E RAMY*E 197 88 3 16 20 26 >9 20 28 20 42 * 23 S 22 E 1800 9 SF 0 0.0 H HOLL*E PALE*E CULG*C 198 88 3 16 20 26 >9 20 40 +0 20 42 * 23 S 22 E 1800 9 SF 0 0.0 H HOLL*E PALE*E CULG*C 198 88 3 16 21 25 +4 21 33 +1 21 57 * 23 S 20 E 1800 9 1N 0 0.0 H RAMY*E CULG*C HOLL*E PALE E 199 88 3 16 21 25 +4 21 42 21 57 * 23 S 20 E 1800 9 1N 0 0.0 H RAMY*E CULG*C HOLL*E PALE E 199 88 3 16 21 48 * 21 51 22 4 * 20 S 22 E 1800 9 SN 0 0.0 D CULG*C 200 88 3 16 22 35 +0 22 36 +1 22 51 22 S 21 E 1800 9 SN 90 1.0 E HOLL*E CULG*C 201 88 3 16 22 35 +0 22 43 22 51 22 S 21 E 1800 9 SN 90 1.0 E HOLL*E CULG*C 201 88 3 16 23 38 +0 23 40 +0 23 53 * 23 S 18 E 1800 9 SN 0 0.0 E I VORO*C LEAR*E 202 88 3 17 1 30 * 1 31 1 35 * 23 S 17 E 1800 9 SF 0 0.0 H LEAR*E 203 88 3 17 2 2 +3 2 7 +2 2 40 * 22 S 18 E 1800 9 SF 0 0.0 E HK CULG*C LEAR*E 204 88 3 17 3 14 +8 3 14 3 42 * 23 S 20 E 1800 9 SF 20 0.2 E H CULG*P LEAR*E PALE E 205 88 3 17 3 14 +8 3 25 +3 3 42 * 23 S 20 E 1800 9 SF 20 0.2 E H CULG*P LEAR*E PALE E 205 88 3 17 4 7 +1 4 9 4 35 * 23 S 16 E 1800 9 SN 0 0.0 E H PALE E LEAR*E CULG P YUNN P 206 88 3 17 4 7 +1 4 17 4 35 * 23 S 16 E 1800 9 SN 0 0.0 E H PALE E LEAR*E CULG P YUNN P 206 88 3 17 5 7 * 5 12 5 22 * 23 S 16 E 1800 9 SF 0 0.0 LEAR*E 207 88 3 17 5 26 +1 5 28 +2 5 40 * 21 S 19 E 1800 9 SF 0 0.0 LEAR*E ABST*C 208 88 3 17 7 16 +2 7 21 +1 7 27 * 23 S 15 E 1800 9 SF 0 0.0 D ABST*C LEAR*E 209 88 3 17 7 27 >9 7 40 +3 7 56 * 23 S 15 E 1800 9 SN 40 0.4 E LEAR*E TACH*C YUNN P 210 88 3 17 9 35 * 9 36 9 40 * 23 S 13 E 1800 9 SF 0 0.0 LEAR*E 211 88 3 17 14 52 * 14 54 14 59 * 23 S 11 E 1800 9 SF 0 0.0 RAMY*E 212 88 3 17 16 30 +2 16 34 +2 16 45 * 23 S 9 E 1800 9 SF 20 0.2 F RAMY*E HOLL*E 213 88 3 17 16 55 * 16 56 16 59 * 24 S 8 E 1800 9 SF 0 0.0 RAMY*E 214 88 3 17 17 7 +6 17 13 18 7 * 24 S 11 E 1800 9 SF 30 0.3 F RAMY*E HOLL*E 215 88 3 17 17 7 +6 17 53 +1 18 7 * 24 S 11 E 1800 9 SF 30 0.3 F RAMY*E HOLL*E 215 88 3 17 18 44 +3 18 50 +1 19 12 * 23 S 9 E 1800 9 SF 35 0.4 F PALE*E HOLL*E 216 88 3 17 18 44 +3 19 4 19 12 * 23 S 9 E 1800 9 SF 35 0.4 F PALE*E HOLL*E 216 88 3 17 20 46 +5 20 53 21 57 * 23 S 7 E 1800 9 1B 0 0.0 F HV HOLL*E CULG*C PALE E 217 88 3 17 20 46 +5 21 0 21 57 * 23 S 7 E 1800 9 1B 0 0.0 F HV HOLL*E CULG*C PALE E 217 88 3 17 22 21 * 22 29 +4 22 52 * 23 S 6 E 1800 9 SF 50 0.5 F HOLL*E PALE E 218 88 3 17 23 35 +3 23 40 24 7 * 22 S 5 E 1800 9 SF 0 0.0 F H CULG*C HOLL*E 219 88 3 17 23 35 +3 23 47 24 7 * 22 S 5 E 1800 9 SF 0 0.0 F H CULG*C HOLL*E 219 88 3 18 0 52 * 0 53 1 7 23 S 6 E 1800 9 2N 0 0.0 F YUNN P 220 88 3 18 1 21 * 1 23 1 26 * 22 S 5 E 1800 9 SN 0 0.0 E YUNN*C 221 88 3 18 1 34 +1 1 35 +1 2 13 * 23 S 5 E 1800 9 1F 0 0.0 YUNN*C PALE*E LEAR*E CULG C 222 88 3 18 1 34 +1 1 54 +2 2 13 * 23 S 5 E 1800 9 1F 0 0.0 YUNN*C PALE*E LEAR*E CULG C 222 88 3 18 2 33 * 2 34 2 37 * 20 N 1 E 1800 7 SF 0 0.0 LEAR*E 223 88 3 18 2 34 * 2 47 2 53 * 23 S 5 E 1800 9 SF 0 0.0 F LEAR*E 224 88 3 18 3 16 +2 3 17 +3 3 48 * 23 S 3 E 1800 9 SF 0 0.0 F CULG*C PALE*E LEAR*E YUNN*P 225 88 3 18 3 16 +2 3 27 3 48 * 23 S 3 E 1800 9 SF 0 0.0 F CULG*C PALE*E LEAR*E YUNN*P 225 88 3 18 7 41 * 7 41 7 59 * 23 S 3 E 1800 9 SN 15 0.2 E LEAR*E TACH C 226 88 3 18 8 16 >9 8 18 8 40 * 25 S 5 E 1800 9 SF 0 0.0 D LEAR*E ABST*C 227 88 3 18 8 16 >9 8 29 8 40 * 25 S 5 E 1800 9 SF 0 0.0 D LEAR*E ABST*C 227 88 3 18 8 19 * 8 21 8 30 * 26 N 9 E 1800 8 SF 0 0.0 E ABST*C 228 88 3 18 8 34 * 8 38 9 3 * 24 N 4 W 1800 7 SF 0 0.0 D ABST*C 229 88 3 18 10 4 * 10 5 +0 10 28 23 S 3 E 1800 9 1F 0 0.0 LEAR E SVTO E 230 88 3 18 11 23 >9 11 39 +0 11 55 * 26 S 2 E 1800 9 SF 50 0.5 F RAMY*E SVTO*E 231 88 3 18 12 56 * 13 0 13 24 * 16 S 12 W 1800 3 SF 0 0.0 RAMY*E 232 88 3 18 14 4 14 4 14 10 * 28 S 5 E 1800 9 SF 0 0.0 RAMY E 233 88 3 18 16 1 * 16 3 16 17 * 23 S 4 W 1800 9 SF 0 0.0 F HOLL*E 234 88 3 18 18 30 +0 18 35 19 4 * 24 S 4 W 1800 9 SF 30 0.3 F HOLL*E PALE*E RAMY E 235 88 3 18 18 30 +0 18 51 +0 19 4 * 24 S 4 W 1800 9 SF 30 0.3 F HOLL*E PALE*E RAMY E 235 88 3 18 19 31 +3 19 37 +1 20 1 * 24 S 4 W 1800 9 SF 80 0.8 F PALE*E HOLL*E RAMY*E 236 88 3 18 20 45 * 20 46 20 52 * 23 S 4 W 1800 9 SF 0 0.0 F RAMY*E 237 88 3 18 21 21 +3 21 25 +2 21 51 * 23 S 4 W 1800 9 SF 0 0.0 K CULG*C RAMY*E PALE E HOLL E 238 88 3 18 21 21 +3 21 35 +5 21 51 * 23 S 4 W 1800 9 SF 0 0.0 K CULG*C RAMY*E PALE E HOLL E 238 88 3 18 22 7 * 22 10 22 29 * 24 S 2 W 1800 9 SF 0 0.0 HOLL*E 239 88 3 18 23 17 +1 23 19 +0 23 35 * 24 S 4 W 1800 9 SF 25 0.3 F HOLL*E LEAR*E 240 88 3 19 0 3 * 0 3 0 12 * 29 S 42 W 1800 1 SF 0 0.0 HOLL*E 241 88 3 19 0 15 +0 0 16 +0 0 35 * 24 S 4 W 1800 9 SF 25 0.3 LEAR*E HOLL*E 242 88 3 19 1 34 +4 1 38 +0 1 51 * 22 S 8 W 1800 9 1F 0 0.0 E H CULG*C LEAR*E 243 88 3 19 2 26 * 2 26 2 37 * 27 S 1 E 1800 9 SF 0 0.0 LEAR*E 244 88 3 19 2 43 * 2 43 2 49 * 26 S 0 1800 9 SF 0 0.0 LEAR*E 245 88 3 19 3 35 +5 3 41 +4 4 10 * 24 S 6 W 1800 9 SN 0 0.0 E YUNN*C LEAR*E 246 88 3 19 3 35 +5 3 56 +1 4 10 * 24 S 6 W 1800 9 SN 0 0.0 E YUNN*C LEAR*E 246 88 3 19 5 1 * 5 1 5 6 * 30 S 43 W 1800 1 SF 0 0.0 LEAR*E 247 88 3 19 5 4 * 5 13 5 16 * 28 S 3 E 1800 9 1N 0 0.0 D YUNN*C 248 88 3 19 6 15 * 6 15 6 22 * 26 S 5 W 1800 9 SF 0 0.0 LEAR*E 249 88 3 19 6 21 >9 6 30 6 44 * 23 S 10 W 1800 9 SN 15 0.2 E Y YUNN*C TACH*C LEAR*E 250 88 3 19 6 21 >9 6 37 +3 6 44 * 23 S 10 W 1800 9 SN 15 0.2 E Y YUNN*C TACH*C LEAR*E 250 88 3 19 7 4 +5 7 8 +2 7 14 * 25 S 7 W 1800 9 SF 0 0.0 KANZ* SVTO*E BUCA*C LEAR*E PEKG*C 251 88 3 19 8 18 +6 8 22 +4 8 30 * 20 N 14 W 1800 7 SF 15 0.2 E HTPR*C LEAR*E KANZ* 252 88 3 19 8 25 * 8 26 8 30 * 20 S 27 W 1800 5 SF 0 0.0 HTPR*C 253 88 3 19 14 52 +2 14 55 +2 15 10 * 27 S 7 W 1800 9 SF 20 0.2 F SVTO*E RAMY*E HOLL*E 254 88 3 19 17 17 * 17 24 17 43 * 28 S 53 W 1800 1 SF 0 0.0 PALE*E 255 88 3 19 19 6 * 19 6 19 9 * 26 S 10 W 1800 9 SF 0 0.0 PALE*E 256 88 3 19 22 25 +1 22 28 22 56 * 26 S 13 W 1800 9 SF 0 0.0 HOLL*E PALE*E 257 88 3 19 22 25 +1 22 35 22 56 * 26 S 13 W 1800 9 SF 0 0.0 HOLL*E PALE*E 257 88 3 19 22 53 * 22 57 23 5 * 20 N 66 E 1800 12 SF 0 0.0 HOLL*E 258 88 3 19 23 3 * 23 41 24 31 * 26 S 13 W 1800 9 SF 0 0.0 F HOLL*E 259 88 3 20 15 18 * 15 18 15 40 * 23 N 34 W 1800 7 SF 0 0.0 F H HOLL*E 260 88 3 20 15 34 +1 15 42 +1 16 27 * 27 S 20 W 1800 9 SF 60 0.7 F RAMY E HOLL*E 261 88 3 20 16 40 +1 16 42 +1 16 49 * 22 N 34 W 1800 7 SF 20 0.3 RAMY*E HOLL*E 262 88 3 20 18 3 * 18 3 18 15 * 26 S 21 W 1800 9 SF 0 0.0 F PALE*E 263 88 3 20 18 21 * 18 36 18 54 * 27 S 25 W 1800 9 SF 0 0.0 HOLL*E 264 88 3 20 18 22 +6 18 25 +4 18 38 * 20 N 33 W 1800 7 SF 20 0.3 HOLL*E PALE*E RAMY*E 265 88 3 20 19 15 +1 19 20 +0 20 5 * 20 N 31 W 1800 7 SN 90 1.2 F Z PALE*E HOLL*E 266 88 3 20 19 41 * 19 45 19 48 * 26 S 23 W 1800 9 SF 0 0.0 F PALE*E 267 88 3 20 21 8 +9 21 23 >9 22 49 * 23 N 54 E 1800 12 1B 0 0.0 K U CULG*C HOLL*E PALE*E 268 88 3 20 21 32 * 21 36 21 43 * 21 N 35 W 1800 7 SF 0 0.0 PALE*E 269 88 3 21 0 21 * 0 24 0 31 * 34 S 83 E 1800 17 SF 0 0.0 HOLL*E 270 88 3 21 1 28 * 1 37 1 46 * 20 N 49 E 1800 12 SN 0 0.0 D YUNN*C 271 88 3 21 1 31 1 31 1 43 * 25 N 34 W 1800 8 SN 0 0.0 D YUNN P 272 88 3 21 1 31 * 1 37 1 53 * 27 S 26 W 1800 9 SN 0 0.0 D YUNN*C 273 88 3 21 2 22 * 2 28 2 52 * 26 S 26 W 1800 9 SN 0 0.0 D YUNN*C 274 88 3 21 3 20 +2 3 23 +6 3 39 * 21 N 52 E 1800 12 1N 120 2.2 E PALE E CULG*P YUNN*C 275 88 3 21 4 50 * 4 52 5 2 * 22 N 47 E 1800 12 SF 0 0.0 F LEAR*E 276 88 3 21 5 58 >9 6 15 +0 7 8 * 22 N 47 E 1800 12 SN 0 0.0 YUNN*C LEAR*E SVTO E 277 88 3 21 5 58 >9 6 34 7 8 * 22 N 47 E 1800 12 SN 0 0.0 YUNN*C LEAR*E SVTO E 277 88 3 21 7 5 >9 7 18 +2 7 40 * 19 N 39 W 1800 7 SN 0 0.0 F YUNN*P SVTO*E LEAR*E 278 88 3 21 11 52 +2 11 55 12 18 * 22 N 46 E 1800 12 SF 25 0.4 H RAMY*E KAND*P SVTO*E 279 88 3 21 11 52 +2 12 6 +1 12 18 * 22 N 46 E 1800 12 SF 25 0.4 H RAMY*E KAND*P SVTO*E 279 88 3 21 15 37 +2 15 41 +3 16 15 * 25 S 36 W 1800 9 SF 70 0.9 F HOLL*E RAMY*E 280 88 3 21 16 37 +2 16 46 +0 17 20 * 27 S 32 W 1800 9 SF 35 0.4 F HOLL*E RAMY*E PALE E 281 88 3 21 16 37 +2 17 2 17 20 * 27 S 32 W 1800 9 SF 35 0.4 F HOLL*E RAMY*E PALE E 281 88 3 21 17 16 * 17 56 18 47 * 18 N 43 W 1800 7 SF 0 0.0 HOLL*E RAMY E 282 88 3 21 17 16 * 18 12 18 47 * 18 N 43 W 1800 7 SF 0 0.0 HOLL*E RAMY E 282 88 3 21 18 41 +1 18 41 +2 18 52 * 24 S 37 W 1800 9 SF 25 0.3 HOLL*E PALE*E 283 88 3 21 21 29 * 21 30 21 42 * 24 S 38 W 1800 9 SF 0 0.0 F HOLL*E 284 88 3 21 23 15 23 15 23 22 * 26 N 49 W 1800 6 SF 0 0.0 H HOLL E 285 88 3 22 0 9 * 0 9 0 25 * 21 N 40 E 1800 13 SF 0 0.0 HOLL*E 286 88 3 22 0 29 * 0 29 0 37 * 28 S 79 W 1800 1 SF 0 0.0 HOLL*E 287 88 3 22 2 1 2 3 2 8 * 26 S 41 W 1800 9 SF 0 0.0 D YUNN P 288 88 3 22 7 9 +3 7 14 +1 7 37 * 29 S 42 W 1800 9 1F 0 0.0 E CULG*C ABST*C YUNN P 289 88 3 22 7 9 +3 7 23 7 37 * 29 S 42 W 1800 9 1F 0 0.0 E CULG*C ABST*C YUNN P 289 88 3 22 9 20 * 9 23 9 29 * 19 N 17 W 1800 0 SF 0 0.0 HTPR*C 290 88 3 22 9 22 * 9 23 9 28 * 24 N 56 W 1800 7 SF 0 0.0 D V ABST*C 291 88 3 22 9 40 >9 10 1 +1 10 12 * 25 S 51 W 1800 9 SF 15 0.3 D HTPR*C KAND*P 292 88 3 22 12 9 * 12 11 12 13 * 26 S 41 W 1800 9 SF 0 0.0 HTPR*C 293 88 3 22 14 22 * 14 30 14 36 * 25 S 43 W 1800 9 SF 0 0.0 HTPR*C 294 88 3 22 14 38 * 14 42 14 56 * 22 N 28 E 1800 12 SF 0 0.0 E HTPR*C 295 88 3 22 15 19 * 15 23 15 25 * 22 N 27 E 1800 12 SF 0 0.0 HTPR*C 296 88 3 22 18 51 * 18 55 19 9 * 33 S 66 E 1800 18 SF 0 0.0 HOLL*E 297 88 3 22 20 24 +0 20 24 +0 20 35 * 21 N 28 E 1800 12 SF 35 0.4 HOLL*E RAMY*E 298 88 3 22 20 51 +8 20 59 +2 21 14 * 28 S 47 W 1800 9 SN 50 0.8 HOLL*E RAMY*E PALE*E CULG*C 299 88 3 22 23 13 * 23 15 23 18 * 26 S 52 W 1800 9 SF 0 0.0 HOLL*E 300 88 3 23 0 57 * 1 4 1 41 * 24 S 55 W 1800 9 SF 0 0.0 F PALE*E 301 88 3 23 1 45 +2 1 53 +1 2 4 * 25 S 46 W 1800 9 SN 100 1.5 YUNN*C PALE*E 302 88 3 23 1 50 +7 1 50 2 20 * 23 N 28 E 1800 13 SN 0 0.0 S PALE*E YUNN*C 303 88 3 23 1 50 +7 2 2 2 20 * 23 N 28 E 1800 13 SN 0 0.0 S PALE*E YUNN*C 303 88 3 23 2 29 * 2 44 3 4 * 27 N 61 W 1800 6 SN 0 0.0 D YUNN*C 304 88 3 23 4 10 * 4 14 4 28 25 S 47 W 1800 9 SF 0 0.0 PALE E 305 88 3 23 6 52 * 6 55 7 3 * 18 N 88 E 1800 19 1F 0 0.0 A DG ABST*C 306 88 3 23 7 23 +2 7 29 +1 7 46 * 24 S 58 W 1800 9 SF 60 1.2 YUNN*C HTPR*C 307 88 3 23 7 58 * 8 9 8 19 * 26 S 52 W 1800 9 SF 0 0.0 E HTPR*C 308 88 3 23 8 11 +2 8 34 +2 8 47 * 17 N 89 E 1800 19 SN 0 0.0 A HTPR*C YUNN*C 309 88 3 23 8 22 >9 8 25 9 4 * 25 S 57 W 1800 9 SF 0 0.0 HTPR*C YUNN*P 310 88 3 23 8 22 >9 9 3 9 4 * 25 S 57 W 1800 9 SF 0 0.0 HTPR*C YUNN*P 310 88 3 23 9 21 * 9 22 9 36 * 23 N 69 W 1800 7 SN 0 0.0 HTPR*C 311 88 3 23 9 23 * 9 23 9 26 31 N 65 W 1800 6 SF 0 0.0 KANZ 312 88 3 23 9 21 * 9 27 9 34 * 26 S 52 W 1800 9 SF 0 0.0 E HTPR*C 313 88 3 23 9 46 +4 9 50 10 7 * 23 N 21 E 1800 13 SN 0 0.0 E U HTPR*C KANZ* 314 88 3 23 9 46 +4 10 2 10 7 * 23 N 21 E 1800 13 SN 0 0.0 E U HTPR*C KANZ* 314 88 3 23 10 40 * 10 42 10 46 * 26 S 53 W 1800 9 SF 0 0.0 E HTPR*C 315 88 3 23 14 2 * 14 2 14 7 * 33 S 55 E 1800 18 SF 0 0.0 E HTPR*C 316 88 3 23 14 13 * 14 27 14 33 * 24 N 67 W 1800 7 1N 0 0.0 HTPR*C 317 88 3 23 14 58 +3 15 2 +3 15 18 * 34 S 55 E 1800 18 SF 30 0.6 F HOLL*E HTPR*C 318 88 3 23 15 36 +1 15 37 16 52 * 23 S 58 W 1800 9 SF 0 0.0 HOLL*E HTPR*C 319 88 3 23 15 36 +1 16 4 16 52 * 23 S 58 W 1800 9 SF 0 0.0 HOLL*E HTPR*C 319 88 3 23 17 27 * 17 28 17 34 * 22 N 70 W 1800 7 SF 0 0.0 HOLL*E 320 88 3 23 19 51 * 19 52 19 58 * 26 S 56 W 1800 9 SF 0 0.0 F HOLL*E 321 88 3 23 20 17 * 20 20 20 34 * 25 S 56 W 1800 9 SF 0 0.0 HOLL*E 322 88 3 23 22 26 * 22 59 23 42 * 20 N 71 W 1800 7 SN 0 0.0 HOLL*E 323 88 3 24 2 7 2 7 2 15 * 25 N 87 W 1800 6 SN 0 0.0 YUNN P 324 88 3 24 3 20 * 3 20 3 37 * 35 S 48 E 1800 17 SF 0 0.0 PALE*E 325 88 3 24 3 32 +8 3 34 3 58 * 26 S 64 W 1800 9 SF 0 0.0 PALE*E LEAR*E 326 88 3 24 3 32 +8 3 51 3 58 * 26 S 64 W 1800 9 SF 0 0.0 PALE*E LEAR*E 326 88 3 24 4 35 * 4 40 4 46 * 24 N 77 W 1800 7 SF 0 0.0 LEAR*E 327 88 3 24 5 50 * 5 53 5 58 * 22 N 85 E 1800 19 1F 0 0.0 A DI ABST*C 328 88 3 24 7 39 * 7 57 8 20 * 20 N 88 E 1800 19 SF 0 0.0 E HTPR*C 329 88 3 24 8 10 * 8 14 +2 8 21 * 20 N 2 E 1800 12 SF 0 0.0 D HTPR*C YUNN P 330 88 3 24 9 36 * 9 38 9 50 * 27 S 64 W 1800 9 1N 0 0.0 E HTPR*C 331 88 3 24 10 19 +1 10 26 +3 10 43 * 19 N 88 E 1800 19 1N 110 0.0 A SVTO*E HTPR*C 332 88 3 24 12 0 * 12 23 13 6 * 24 N 5 E 1800 13 SN 0 0.0 E HTPR*C 333 88 3 24 13 2 +5 13 7 +2 13 14 * 27 S 65 W 1800 9 SF 30 0.0 HTPR*C SVTO*E RAMY*E 334 88 3 24 13 51 +3 13 55 +6 14 25 * 16 N 76 E 1800 19 SF 30 0.0 F HTPR C RAMY*E SVTO*E 335 88 3 24 14 34 >9 14 36 14 56 * 27 S 67 W 1800 9 SF 60 0.0 HOLL*E RAMY*E SVTO*E 336 88 3 24 14 34 >9 14 48 +1 14 56 * 27 S 67 W 1800 9 SF 60 0.0 HOLL*E RAMY*E SVTO*E 336 88 3 24 15 47 * 15 48 15 52 * 28 S 68 W 1800 9 SF 0 0.0 HOLL*E 337 88 3 24 16 34 +0 16 35 +1 16 49 * 26 S 68 W 1800 9 SN 70 0.0 E HOLL*E RAMY E 338 88 3 24 17 7 * 17 29 18 21 * 21 N 72 E 1800 19 SF 0 0.0 F HOLL*E 339 88 3 24 17 41 * 17 41 17 51 * 24 S 77 W 1800 9 SF 0 0.0 HOLL*E 340 88 3 24 18 25 * 18 40 20 32 * 20 N 0 1800 12 1N 0 0.0 HOLL*E PALE E 341 88 3 24 18 25 * 20 13 20 32 * 20 N 0 1800 12 1N 0 0.0 HOLL*E PALE E 341 88 3 24 19 18 +2 19 20 19 51 * 26 S 69 W 1800 9 SF 0 0.0 F PALE*E HOLL*E 342 88 3 24 19 18 +2 19 41 19 51 * 26 S 69 W 1800 9 SF 0 0.0 F PALE*E HOLL*E 342 88 3 24 20 22 * 20 34 +0 20 49 * 25 S 70 W 1800 9 1N 120 0.0 F H HOLL*E PALE E 343 88 3 24 20 30 * 20 31 20 54 * 36 S 38 E 1800 18 SF 0 0.0 HOLL*E 344 88 3 24 20 52 * 20 55 21 1 * 29 S 72 W 1800 9 SF 0 0.0 HOLL*E 345 88 3 24 21 38 * 21 42 21 51 * 21 N 70 E 1800 19 SN 0 0.0 F HOLL*E 346 88 3 24 23 16 * 23 19 23 26 * 21 N 78 E 1800 19 SF 0 0.0 HOLL*E 347 88 3 25 1 21 * 1 37 1 49 * 26 S 72 W 1800 9 SN 0 0.0 D YUNN*C 348 88 3 25 3 11 * 3 17 3 35 * 27 S 75 W 1800 9 SN 0 0.0 D YUNN*C 349 88 3 25 5 21 5 23 5 29 * 24 N 90 W 1800 7 1N 0 0.0 A DG ABST P 350 88 3 25 5 29 * 5 34 6 20 * 23 S 90 W 1800 9 1N 0 0.0 A DG ABST*C 351 88 3 25 7 24 +1 7 26 +2 7 41 * 21 N 65 E 1800 19 1N 160 0.0 D YUNN*C ABST*C LEAR*E 352 88 3 25 8 44 +4 8 49 +1 9 0 * 26 S 78 W 1800 9 1N 180 0.0 D YUNN*C LEAR*E ABST*C 353 88 3 25 11 17 * 11 22 11 29 * 30 S 80 W 1800 9 1N 0 0.0 SVTO*E 354 88 3 25 16 9 * 16 11 16 20 * 28 S 79 W 1800 9 SF 0 0.0 HOLL*E 355 88 3 25 16 44 * 16 44 16 54 * 23 S 67 E 1800 22 SF 0 0.0 RAMY*E 356 88 3 25 18 26 +6 18 31 +2 18 46 * 27 S 80 W 1800 9 SF 20 0.0 HOLL*E RAMY*E 357 88 3 25 19 8 +0 19 10 +2 19 26 * 24 S 88 W 1800 9 SF 30 0.0 HOLL*E RAMY*E 358 88 3 25 19 37 * 19 39 19 42 * 28 S 83 W 1800 9 SF 0 0.0 HOLL*E 359 88 3 25 20 50 * 20 50 21 2 * 18 N 61 E 1800 19 SF 0 0.0 HOLL*E 360 88 3 25 21 2 * 21 9 21 15 * 22 S 61 E 1800 22 SF 0 0.0 HOLL*E 361 88 3 25 21 27 * 21 28 21 32 * 28 S 82 W 1800 9 SF 0 0.0 HOLL*E 362 88 3 25 22 4 * 22 6 22 10 * 21 S 87 E 1800 25 SF 0 0.0 HOLL*E 363 88 3 25 22 10 * 22 18 22 24 * 26 S 83 W 1800 9 SF 0 0.0 HOLL*E 364 88 3 26 2 38 * 2 38 2 43 * 16 N 57 E 1800 19 SF 0 0.0 LEAR*E 365 88 3 26 4 42 * 4 43 4 48 * 22 S 81 E 1800 25 SF 0 0.0 LEAR*E 366 88 3 26 4 51 * 4 51 4 54 * 18 N 57 E 1800 19 SF 0 0.0 LEAR*E 367 88 3 26 4 58 * 5 0 5 18 * 15 N 56 E 1800 19 SF 0 0.0 LEAR*E 368 88 3 26 6 10 * 6 10 6 24 * 16 N 57 E 1800 19 SF 0 0.0 LEAR*E 369 88 3 26 16 41 * 16 57 17 8 * 17 N 54 E 1800 19 SF 0 0.0 F HOLL*E 370 88 3 26 22 45 * 22 51 23 22 * 18 N 50 E 1800 19 SF 0 0.0 HOLL*E 371 88 3 27 0 4 * 0 4 0 8 * 25 N 42 E 1800 19 SF 0 0.0 D CULG*C 372 88 3 27 19 54 +1 19 56 +2 20 4 * 24 S 42 E 1800 22 SF 15 0.2 PALE*E HOLL*E 373 88 3 28 2 12 * 2 16 2 26 * 22 N 43 W 1800 12 SF 0 0.0 PALE*E 374 88 3 28 3 59 * 4 0 4 6 * 16 N 32 E 1800 19 SF 0 0.0 F PALE*E 375 88 3 28 16 14 * 16 17 16 19 * 22 N 48 W 1800 13 SF 0 0.0 HOLL*E 376 88 3 28 17 56 +0 17 56 +4 18 8 * 18 N 26 E 1800 19 SF 20 0.2 F PALE*E HOLL*E 377 88 3 28 19 10 +0 19 12 19 51 * 16 N 23 E 1800 19 SF 45 0.5 F PALE*E HOLL*E 378 88 3 28 19 10 +0 19 26 +2 19 51 * 16 N 23 E 1800 19 SF 45 0.5 F PALE*E HOLL*E 378 88 3 28 23 14 * 23 15 23 32 * 24 S 28 E 1800 22 SF 0 0.0 HOLL*E 379 88 3 28 23 29 * 23 32 23 37 * 22 N 21 E 1800 19 SF 0 0.0 F HOLL*E 380 88 3 28 23 50 +3 23 54 +4 24 11 * 23 N 21 E 1800 19 SF 45 0.6 D CULG*P HOLL*E 381 88 3 29 0 40 +9 0 44 2 20 * 20 N 29 E 1800 19 1N 0 0.0 F CULG P YUNN*C LEAR E 382 88 3 29 0 40 +9 1 12 2 20 * 20 N 29 E 1800 19 1N 0 0.0 F CULG P YUNN*C LEAR E 382 88 3 29 6 28 +1 6 28 +1 6 36 * 22 N 15 E 1800 19 SF 0 0.0 E CULG*C SVTO*E 383 88 3 29 12 30 * 12 32 12 37 * 20 S 38 E 1800 25 SF 0 0.0 HTPR*C 384 88 3 29 18 26 +1 18 29 +2 18 58 * 24 S 35 E 1800 25 1F 0 0.0 F R PALE*E HOLL*E RAMY*E 385 88 3 29 19 49 >9 19 53 20 22 * 18 S 31 E 1800 25 SF 0 0.0 F HOLL*E PALE*E 386 88 3 29 19 49 >9 20 11 20 22 * 18 S 31 E 1800 25 SF 0 0.0 F HOLL*E PALE*E 386 88 3 29 22 39 * 22 49 23 9 * 21 N 9 E 1800 19 SF 0 0.0 F HOLL*E 387 88 3 29 22 43 * 22 45 22 53 * 22 S 33 E 1800 25 SF 0 0.0 F HOLL*E 388 88 3 29 23 19 * 23 25 23 29 * 15 N 11 E 1800 19 SF 0 0.0 LEAR*E 389 88 3 30 8 0 +1 8 0 +1 8 7 * 21 N 17 E 1800 23 SF 0 0.0 SVTO*E KANZ 390 88 3 30 8 59 9 2 9 11 21 N 7 E 1800 19 SF 0 0.0 D ABST P 391 88 3 30 9 42 * 9 42 9 45 * 19 N 5 E 1800 19 SF 0 0.0 LEAR*E 392 88 3 30 13 7 * 13 11 13 18 * 21 N 6 E 1800 19 SF 0 0.0 RAMY*E 393 88 3 30 15 13 * 15 17 15 19 * 20 N 0 1800 19 SF 0 0.0 HOLL*E 394 88 3 30 15 27 * 15 30 15 32 * 21 N 5 W 1800 19 SF 0 0.0 F HOLL*E 395 88 3 30 15 56 * 16 0 16 9 * 23 N 70 W 1800 13 SF 0 0.0 HOLL*E 396 88 3 30 16 5 +7 16 12 +0 16 23 * 19 N 0 1800 19 SF 50 0.6 F H HOLL*E RAMY*E 397 88 3 30 16 11 * 16 12 16 26 * 21 S 25 E 1800 25 SF 0 0.0 F HOLL*E 398 88 3 30 16 40 * 16 41 16 50 * 18 N 66 W 1800 0 SF 0 0.0 HOLL*E 399 88 3 30 16 51 * 16 51 16 57 * 20 N 2 W 1800 19 SF 0 0.0 HOLL*E 400 88 3 30 16 53 * 16 53 17 1 * 21 N 77 W 1800 12 SF 0 0.0 HOLL*E 401 88 3 30 18 12 +0 18 13 +2 18 25 * 20 N 0 1800 19 SF 35 0.4 F HOLL*E RAMY*E 402 88 3 30 19 11 +0 19 15 +0 19 22 * 20 N 2 E 1800 19 SF 60 0.7 F H HOLL*E RAMY*E 403 88 3 30 21 7 * 21 10 21 19 * 18 N 4 W 1800 19 SF 0 0.0 HOLL*E 404 88 3 30 23 7 +2 23 10 +1 23 34 * 20 N 4 W 1800 19 SF 0 0.0 I VORO C HOLL*E 405 88 3 31 5 5 * 5 7 5 12 * 21 N 5 E 1800 23 SF 0 0.0 D ABST*C 406 88 3 31 5 11 * 5 14 5 37 * 20 N 90 W 1800 12 1F 0 0.0 A D ABST*C 407 88 3 31 5 34 * 5 37 5 46 * 22 S 16 E 1800 25 SF 0 0.0 LEAR*E 408 88 3 31 7 25 * 7 26 +0 7 31 * 32 S 45 W 1800 18 SF 40 0.6 D LEAR*E YUNN P 409 88 3 31 8 2 +3 8 6 +1 8 10 * 32 S 44 W 1800 18 SF 0 0.0 D YUNN*C LEAR*E 410 88 3 31 9 25 * 9 26 9 35 * 22 S 2 W 1800 22 SF 0 0.0 LEAR*E 411 88 3 31 11 21 * 11 23 11 27 * 14 N 13 W 1800 19 SF 0 0.0 RAMY*E 412 88 3 31 11 26 * 11 30 11 38 * 22 S 14 E 1800 25 SF 0 0.0 RAMY*E 413 88 3 31 13 31 * 13 31 13 34 * 23 S 4 W 1800 22 SF 0 0.0 RAMY*E 414 88 3 31 20 36 +8 20 43 +3 21 28 * 19 N 15 W 1800 19 SF 80 0.9 F RAMY*E PALE*E 415 88 3 31 22 3 * 22 6 22 12 * 18 N 16 W 1800 19 SF 0 0.0 F PALE*E 416 88 3 31 23 38 * 23 39 23 42 * 13 N 67 E 1800 28 SF 0 0.0 LEAR*E 417 88 4 1 0 31 * 0 32 0 37 * 21 N 13 W 1800 19 SF 0 0.0 LEAR*E 1 88 4 1 1 17 1 19 1 34 * 20 N 69 W 1800 16 SN 0 0.0 YUNN P 2 88 4 1 1 55 +6 2 6 +0 2 15 * 17 N 68 W 1800 16 SF 25 0.0 YUNN*C LEAR*E 3 88 4 1 2 27 +1 2 29 +1 2 34 * 20 N 15 W 1800 19 SF 0 0.0 LEAR*E YUNN*C PALE*E 4 88 4 1 2 37 * 2 50 2 53 * 17 N 68 W 1800 16 SF 0 0.0 LEAR*E 5 88 4 1 3 44 * 3 46 3 56 * 19 N 76 W 1800 0 SN 0 0.0 YUNN*C 6 88 4 1 4 11 * 4 17 4 45 * 17 N 78 W 1800 0 SN 0 0.0 YUNN*C 7 88 4 1 6 58 * 6 58 7 4 * 23 N 22 W 1800 20 SN 0 0.0 E HTPR*C 8 88 4 1 7 5 * 0 0 7 40 16 N 70 W 1800 16 SF 0 0.0 D KHAR V 9 88 4 1 7 37 * 7 41 7 50 * 22 S 18 W 1800 21 SF 0 0.0 E HTPR*C 10 88 4 1 8 46 * 8 46 8 56 * 34 S 54 W 1800 18 SF 0 0.0 HTPR*C 11 88 4 1 9 50 +4 9 57 10 1 * 22 N 24 W 1800 20 SF 0 0.0 D H HTPR*C KHAR*V 12 88 4 1 10 49 >9 11 2 +4 12 0 * 22 S 3 E 1800 25 SF 0 0.0 D H HTPR*C KHAR V 13 88 4 1 15 22 * 15 25 15 33 * 17 S 5 W 1800 25 SF 0 0.0 HTPR*C 14 88 4 2 5 38 * 5 42 5 48 * 20 S 34 W 1800 21 SF 0 0.0 H SVTO*E 15 88 4 2 11 44 * 11 51 12 10 * 18 S 16 W 1800 25 SF 0 0.0 E HTPR*C 16 88 4 2 13 46 * 13 47 14 16 * 15 N 43 W 1800 19 SF 0 0.0 F HOLL*E 17 88 4 2 18 22 +3 18 25 +2 18 37 * 18 S 17 W 1800 25 SF 10 0.1 PALE*E HOLL*E 18 88 4 2 20 48 * 20 50 20 57 * 21 N 40 E 1800 28 SF 0 0.0 HOLL*E 19 88 4 2 20 50 * 21 0 21 7 * 21 S 40 W 1800 21 SF 0 0.0 F H HOLL*E 20 88 4 2 21 10 * 21 16 21 24 * 21 S 39 W 1800 21 SF 0 0.0 F HOLL*E 21 88 4 2 21 53 +0 22 0 22 22 * 19 N 40 W 1800 19 SF 0 0.0 HOLL*E PALE*E 22 88 4 2 21 53 +0 22 7 22 22 * 19 N 40 W 1800 19 SF 0 0.0 HOLL*E PALE*E 22 88 4 2 23 46 * 23 48 24 6 * 21 S 40 W 1800 21 SF 0 0.0 HOLL*E 23 88 4 3 1 58 +5 2 3 +6 2 24 * 20 N 30 W 1800 23 SF 0 0.0 F SU LEAR*E YUNN*C PALE*E 24 88 4 3 2 42 * 2 46 2 58 * 18 N 45 W 1800 19 SF 0 0.0 LEAR*E 25 88 4 3 3 18 * 3 25 3 35 * 19 N 88 E 1800 31 SF 0 0.0 PALE*E 26 88 4 3 4 36 * 4 41 5 0 * 18 N 46 W 1800 19 SF 0 0.0 F LEAR*E 27 88 4 3 6 58 * 6 59 7 6 * 19 N 77 E 1800 31 SF 0 0.0 LEAR*E 28 88 4 3 18 23 * 18 23 18 33 * 22 S 32 W 1800 25 SF 0 0.0 HOLL*E 29 88 4 3 19 25 * 19 25 19 29 * 18 N 54 W 1800 19 SF 0 0.0 HOLL*E 30 88 4 3 19 41 * 19 41 19 59 * 18 N 58 W 1800 19 SF 0 0.0 HOLL*E 31 88 4 3 20 56 * 20 56 21 5 * 19 S 32 W 1800 25 SF 0 0.0 F HOLL*E 32 88 4 4 16 7 16 7 16 29 * 19 S 42 W 1800 25 SF 0 0.0 RAMY E HOLL E 33 88 4 4 16 7 16 16 16 29 * 19 S 42 W 1800 25 SF 0 0.0 RAMY E HOLL E 33 88 4 4 17 8 * 17 8 17 15 * 16 N 70 W 1800 19 SF 0 0.0 HOLL*E 34 88 4 5 6 37 * 6 39 6 47 * 20 S 73 W 1800 21 SF 0 0.0 LEAR*E 35 88 4 5 8 27 * 8 30 8 49 * 18 S 51 W 1800 25 SF 0 0.0 LEAR*E ABST P 36 88 4 5 17 12 * 17 16 17 20 * 19 S 56 W 1800 25 SF 0 0.0 F H RAMY*E 37 88 4 5 17 24 +5 17 28 +2 17 42 * 19 S 56 W 1800 25 SF 20 0.4 F H RAMY*E PALE*E HOLL E 38 88 4 5 21 15 +0 21 17 +1 21 25 * 18 S 58 W 1800 25 SF 45 0.9 F RAMY*E PALE*E 39 88 4 5 23 38 * 23 44 23 45 * 32 S 91 E 1801 2 SF 0 0.0 PALE*E 40 88 4 6 2 3 * 2 7 2 12 * 32 S 94 E 1801 2 SF 0 0.0 PALE*E 41 88 4 6 2 6 * 2 7 2 11 * 34 S 82 E 1801 2 SF 0 0.0 LEAR*E 42 88 4 6 2 14 * 2 19 2 25 * 34 S 83 E 1801 2 SF 0 0.0 LEAR*E 43 88 4 6 2 53 * 2 55 2 58 * 34 S 83 E 1801 2 SF 0 0.0 LEAR*E 44 88 4 6 9 17 * 9 23 9 30 * 32 S 73 E 1801 2 SF 0 0.0 LEAR*E 45 88 4 6 12 8 * 12 9 12 15 * 36 S 84 E 1801 2 SF 0 0.0 H RAMY*E 46 88 4 6 23 8 * 23 18 23 32 26 S 27 W 1800 0 1F 0 0.0 E IJ VORO C 47 88 4 7 0 40 +8 0 52 +0 1 6 * 24 N 24 E 1800 30 SF 30 0.4 F PALE*E LEAR*E 48 88 4 7 2 8 +1 2 11 +0 2 21 * 31 S 75 E 1801 2 SF 30 0.0 LEAR*E PALE*E 49 88 4 7 4 17 * 4 25 5 4 * 24 N 23 E 1800 30 SF 0 0.0 LEAR*E 50 88 4 7 4 21 * 4 25 4 30 * 33 S 70 E 1801 2 SF 0 0.0 LEAR*E 51 88 4 7 5 10 * 5 37 5 46 * 26 N 21 E 1800 30 SF 0 0.0 LEAR*E 52 88 4 7 9 30 * 9 33 9 42 * 24 N 19 E 1800 30 SF 0 0.0 LEAR*E 53 88 4 7 14 57 +4 14 59 +3 15 22 * 24 N 16 E 1800 30 SF 10 0.1 RAMY*E HOLL*E 54 88 4 7 15 18 * 15 19 15 24 * 32 S 67 E 1801 2 SF 0 0.0 HOLL*E 55 88 4 7 18 45 * 18 48 18 52 * 23 S 76 W 1800 25 SF 0 0.0 F HOLL*E 56 88 4 7 19 6 +0 19 55 +0 20 40 * 24 N 14 E 1800 30 SF 60 0.7 RAMY E HOLL*E PALE E 57 88 4 7 21 35 * 21 39 21 43 * 15 N 81 E 1801 6 SF 0 0.0 HOLL*E 58 88 4 7 21 39 * 21 40 21 43 * 34 S 64 E 1801 2 SF 0 0.0 HOLL*E 59 88 4 7 22 56 >9 23 14 +6 23 48 * 25 N 11 E 1800 30 SF 80 0.9 HOLL*E PALE*E LEAR*E CULG P 60 88 4 7 23 15 +3 23 20 +0 23 24 * 15 N 80 E 1801 6 SF 35 0.0 HOLL*E PALE E 61 88 4 8 0 23 * 0 25 0 39 * 18 S 90 E 1801 9 1B 0 0.0 HOLL*E 62 88 4 8 0 47 * 0 51 0 57 * 13 N 75 E 1801 6 SF 0 0.0 LEAR*E 63 88 4 8 1 2 * 1 9 1 12 * 13 N 77 E 1801 6 SF 0 0.0 LEAR*E 64 88 4 8 2 3 * 2 37 4 33 15 N 80 E 1801 6 SN 0 0.0 K Y LEAR*E TACH C ABST P 65 88 4 8 3 18 0 0 4 4 26 N 7 E 1800 30 SB 0 0.0 E H TACH C 66 88 4 8 6 9 +6 6 14 7 2 * 26 N 6 E 1800 30 2N 490 5.7 A EHU ABST*C SVTO*E PEKG*P 67 88 4 8 6 9 +6 6 21 +1 7 2 * 26 N 6 E 1800 30 2N 490 5.7 A EHU ABST*C SVTO*E PEKG*P 67 88 4 8 7 8 * 7 38 8 28 * 18 N 80 E 1801 6 1F 0 0.0 D ABST*C 68 88 4 8 7 44 0 0 8 15 27 N 12 E 1800 30 SF 0 0.0 HTPR C 69 88 4 8 11 38 * 11 44 12 7 * 24 N 3 E 1800 30 SF 0 0.0 RAMY*E 70 88 4 8 14 36 +0 14 38 +0 14 57 * 31 S 54 E 1801 2 SF 35 0.7 HOLL*E RAMY*E 71 88 4 9 3 5 * 3 13 3 25 * 19 S 85 W 1800 0 1N 0 0.0 YUNN*C 72 88 4 9 4 15 4 15 4 30 * 30 S 45 E 1801 2 SN 0 0.0 D ABST P 73 88 4 9 5 50 * 6 0 6 20 * 20 N 65 E 1801 6 SF 0 0.0 D ABST*C 74 88 4 9 6 10 * 6 15 6 35 * 20 N 3 W 1800 31 1N 0 0.0 E ABST*C 75 88 4 9 6 46 +1 6 49 +2 6 55 * 18 S 79 W 1800 26 SF 0 0.0 KANZ* LEAR*E 76 88 4 9 6 48 * 7 0 7 16 * 14 S 74 E 1801 8 SF 0 0.0 LEAR*E 77 88 4 9 6 56 * 7 0 7 4 * 21 S 55 E 1801 5 SF 0 0.0 KANZ* 78 88 4 9 11 8 +0 11 9 +1 11 26 * 31 S 42 E 1801 2 SF 50 0.7 H SVTO*E RAMY*E 79 88 4 9 14 57 * 15 2 15 11 * 20 N 4 W 1800 31 SF 0 0.0 RAMY*E 80 88 4 9 16 44 +0 16 48 17 11 * 18 S 60 E 1801 5 SF 0 0.0 HOLL*E RAMY*E 81 88 4 9 16 44 +0 16 55 17 11 * 18 S 60 E 1801 5 SF 0 0.0 HOLL*E RAMY*E 81 88 4 9 21 15 * 21 18 21 28 * 19 S 60 E 1801 9 SN 0 0.0 PALE*E 82 88 4 9 21 15 * 21 19 21 27 * 12 S 68 E 1801 8 1N 0 0.0 E H HOLL*E 83 88 4 9 21 53 * 21 53 22 6 * 30 S 40 E 1801 2 SF 0 0.0 HOLL*E 84 88 4 10 0 51 * 0 53 0 56 17 N 50 E 1801 6 1F 0 0.0 D VORO C 85 88 4 10 0 55 * 0 58 1 8 * 25 N 15 W 1800 30 1F 0 0.0 E IJ VORO*C 86 88 4 10 10 13 * 0 0 10 25 17 S 62 E 1801 11 SF 0 0.0 E L KHAR V 87 88 4 10 10 30 * 10 32 10 34 * 21 S 62 E 1801 9 SN 0 0.0 D L KHAR*V 88 88 4 10 12 17 12 22 12 35 * 23 N 23 W 1800 30 SF 0 0.0 RAMY E 89 88 4 10 14 35 * 14 38 14 45 * 24 N 24 W 1800 30 SF 0 0.0 RAMY*E 90 88 4 11 2 26 * 2 27 +1 2 36 * 17 S 37 E 1801 5 SF 15 0.2 F U LEAR*E PALE E 91 88 4 11 3 25 * 3 29 3 55 18 S 38 E 1801 5 SF 35 0.5 F LEAR*E YUNN P 92 88 4 11 5 11 * 5 13 5 21 * 21 N 27 W 1800 31 1N 0 0.0 E ABST*C 93 88 4 11 5 38 * 5 38 5 42 * 16 N 34 E 1801 6 SF 0 0.0 LEAR*E 94 88 4 11 8 3 +1 8 4 +3 8 11 * 19 S 51 E 1801 9 SF 0 0.0 D Y ABST*C KANZ* LEAR*E 95 88 4 11 8 8 * 8 11 8 24 * 26 N 36 W 1800 30 SF 0 0.0 D ABST*C 96 88 4 11 10 24 +1 10 27 +1 10 40 * 17 N 33 E 1801 6 SF 0 0.0 SVTO*E KANZ* 97 88 4 11 10 51 * 10 55 10 59 * 22 N 85 E 1801 17 SN 0 0.0 KANZ* 98 88 4 11 11 45 * 11 45 11 52 * 20 N 73 E 1801 17 SN 0 0.0 KANZ* 99 88 4 11 12 25 * 12 25 12 32 * 20 N 75 E 1801 17 SN 0 0.0 KANZ* 100 88 4 11 13 34 * 13 42 14 1 * 21 N 77 E 1801 17 1N 0 0.0 KANZ* 101 88 4 11 13 36 +8 13 48 +0 14 0 * 27 N 85 E 1801 17 1N 130 0.0 RAMY*E SVTO*E HOLL*E 102 88 4 11 13 34 +8 13 42 +4 13 58 * 16 N 30 E 1801 6 SF 0 0.0 RAMY*E KANZ* 103 88 4 11 15 16 +0 15 19 +0 15 22 * 22 N 77 E 1801 17 SF 0 0.0 HOLL*E KANZ* 104 88 4 11 16 11 +2 16 13 +1 16 38 * 20 N 33 W 1800 31 SF 70 0.9 F HOLL*E KANZ SVTO*E 105 88 4 11 17 40 * 17 50 18 5 * 14 S 40 E 1801 8 SF 0 0.0 F PALE*E HOLL E 106 88 4 11 18 16 +2 18 20 +1 18 28 * 23 N 84 E 1801 17 SF 25 0.0 PALE*E HOLL*E 107 88 4 11 18 41 * 18 49 18 52 * 23 N 85 E 1801 17 SF 0 0.0 PALE*E 108 88 4 11 19 19 +6 19 22 19 53 * 16 N 28 E 1801 6 SF 0 0.0 F PALE*E HOLL*E 109 88 4 11 19 19 +6 19 29 19 53 * 16 N 28 E 1801 6 SF 0 0.0 F PALE*E HOLL*E 109 88 4 11 19 39 >9 19 54 20 9 * 24 N 85 E 1801 17 SF 0 0.0 PALE*E HOLL*E 110 88 4 11 19 39 >9 20 8 20 9 * 24 N 85 E 1801 17 SF 0 0.0 PALE*E HOLL*E 110 88 4 11 20 23 * 20 25 20 41 23 N 85 E 1801 17 SF 0 0.0 PALE E 111 88 4 11 21 17 * 21 18 +4 22 48 * 18 S 27 E 1801 5 SF 0 0.0 F PALE*E HOLL E 112 88 4 11 21 17 * 22 18 22 48 * 18 S 27 E 1801 5 SF 0 0.0 F PALE*E HOLL E 112 88 4 11 21 18 * 21 36 23 7 * 23 N 80 E 1801 17 SF 0 0.0 E PALE*E HOLL E 113 88 4 11 21 18 * 21 59 23 7 * 23 N 80 E 1801 17 SF 0 0.0 E PALE*E HOLL E 113 88 4 11 23 37 * 23 38 23 44 * 24 N 77 E 1801 17 SF 0 0.0 F HOLL*E 114 88 4 11 23 51 * 0 0 24 12 * 24 N 77 E 1801 17 SF 0 0.0 F HOLL*E 115 88 4 12 0 15 * 0 22 0 29 * 24 N 75 E 1801 17 SF 0 0.0 HOLL*E 116 88 4 12 0 37 * 0 40 0 48 * 23 N 75 E 1801 17 SF 0 0.0 HOLL*E 117 88 4 12 3 36 3 36 3 37 22 N 90 E 1801 17 SF 0 0.0 D PEKG C 118 88 4 12 4 1 * 4 30 4 45 * 24 N 90 E 1801 17 SF 0 0.0 D PEKG*P 119 88 4 12 5 18 +2 5 19 +4 5 27 * 16 N 27 E 1801 6 SF 20 0.2 D LEAR*E URUM*C 120 88 4 12 5 48 >9 6 9 +3 6 22 * 17 N 26 E 1801 6 SF 20 0.2 D LEAR*E KANZ* SVTO*E BUCA C 121 88 4 12 6 40 +1 6 41 +2 6 48 * 16 N 21 E 1801 6 SF 0 0.0 F LEAR*E KANZ* 122 88 4 12 7 36 * 7 38 7 52 * 25 N 48 W 1800 30 SF 0 0.0 F LEAR*E 123 88 4 12 8 37 +0 8 39 +2 9 2 * 18 S 22 E 1801 5 SF 0 0.0 E L KHAR V SVTO*E KANZ* URUM C 124 88 4 12 12 28 * 12 29 12 58 * 23 N 70 E 1801 17 SF 0 0.0 RAMY*E 125 88 4 12 14 14 * 15 2 +2 15 17 * 24 N 70 E 1801 17 SF 20 0.0 F RAMY*E HOLL E SVTO E 126 88 4 12 17 7 17 8 17 39 * 24 N 68 E 1801 17 SN 0 0.0 E HOLL E 127 88 4 12 17 17 17 18 17 32 * 20 S 24 E 1801 9 SF 0 0.0 U HOLL E 128 88 4 12 18 10 * 18 10 18 47 * 31 S 2 W 1801 2 SF 0 0.0 HOLL*E 129 88 4 12 18 29 +2 18 32 +0 19 40 * 24 N 68 E 1801 17 SF 45 0.0 HOLL*E PALE*E 130 88 4 12 18 29 +2 19 24 19 40 * 24 N 68 E 1801 17 SF 45 0.0 HOLL*E PALE*E 130 88 4 12 19 35 +0 19 36 +1 20 4 * 16 N 16 E 1801 6 SF 30 0.3 F PALE*E HOLL*E 131 88 4 12 22 23 * 22 29 23 10 * 23 N 63 E 1801 17 SF 0 0.0 HOLL*E 132 88 4 12 23 23 * 23 26 23 49 * 13 S 24 E 1801 8 SF 0 0.0 F HOLL*E 133 88 4 13 0 12 * 0 12 0 28 * 23 N 67 E 1801 17 SF 0 0.0 HOLL*E 134 88 4 13 3 39 * 3 42 3 48 * 17 S 9 E 1801 5 SF 0 0.0 F PALE*E 135 88 4 13 4 8 +9 4 19 +1 4 28 * 25 N 67 E 1801 17 SN 0 0.0 D TACH*C LEAR*E CULG*C 136 88 4 13 5 20 +5 5 21 5 39 * 14 S 22 E 1801 8 SN 130 1.4 E CULG*C TACH*C ABST P URUM*C 137 88 4 13 5 20 +5 5 28 +1 5 39 * 14 S 22 E 1801 8 SN 130 1.4 E CULG*C TACH*C ABST P URUM*C 137 88 4 13 7 14 +1 7 15 7 31 * 24 N 70 E 1801 17 SF 60 0.0 D HTPR C BUCA*C LEAR*E 138 88 4 13 7 14 +1 7 24 7 31 * 24 N 70 E 1801 17 SF 60 0.0 D HTPR C BUCA*C LEAR*E 138 88 4 13 8 17 * 8 20 8 30 * 34 S 3 W 1801 2 SF 0 0.0 E HTPR*C 139 88 4 13 9 20 * 0 0 9 23 26 N 69 E 1801 17 SF 0 0.0 HTPR C 140 88 4 13 12 27 * 12 29 12 31 * 23 N 63 W 1800 30 SF 0 0.0 RAMY*E 141 88 4 13 12 30 * 12 40 12 55 * 15 S 19 E 1801 8 SF 0 0.0 E HTPR*C 142 88 4 13 12 32 * 12 34 12 50 * 35 S 7 W 1801 2 SF 0 0.0 E HTPR*C 143 88 4 13 13 39 +1 13 40 14 18 * 13 S 17 E 1801 8 SF 0 0.0 F HTPR*C RAMY*E HOLL*E 144 88 4 13 13 39 +1 13 47 14 18 * 13 S 17 E 1801 8 SF 0 0.0 F HTPR*C RAMY*E HOLL*E 144 88 4 13 15 34 +8 15 34 15 50 * 22 N 55 E 1801 17 SF 15 0.3 HTPR*C RAMY*E HOLL*E 145 88 4 13 15 34 +8 15 43 +2 15 50 * 22 N 55 E 1801 17 SF 15 0.3 HTPR*C RAMY*E HOLL*E 145 88 4 13 16 4 +1 16 4 +1 16 12 * 23 N 59 E 1801 17 SF 35 0.8 HTPR*C HOLL*E 146 88 4 13 16 12 +3 16 16 +0 16 21 * 22 N 55 E 1801 17 SF 20 0.4 HTPR*C HOLL*E 147 88 4 13 17 40 +7 18 6 +0 18 10 14 S 15 E 1801 8 SF 0 0.0 PALE*E HOLL*E 148 88 4 13 17 48 * 18 3 18 13 * 23 N 60 E 1801 17 SF 0 0.0 HOLL*E 149 88 4 13 18 30 * 18 36 18 40 * 23 N 90 E 1801 19 SN 0 0.0 HOLL*E 150 88 4 13 19 48 * 20 35 20 53 * 15 S 17 E 1801 8 SF 0 0.0 F PALE*E 151 88 4 13 20 32 * 20 38 21 7 * 22 N 58 E 1801 17 SF 0 0.0 F PALE*E 152 88 4 13 21 26 * 21 26 21 34 * 15 S 16 E 1801 8 SF 0 0.0 F PALE*E 153 88 4 13 22 25 22 39 22 49 * 24 N 68 W 1800 30 1F 0 0.0 B E VORO C 154 88 4 13 22 52 * 22 54 22 58 * 24 N 60 E 1801 17 1N 0 0.0 D IK VORO*C 155 88 4 13 23 57 * 24 3 24 16 * 21 N 48 E 1801 17 SF 0 0.0 I K VORO*C 156 88 4 14 0 12 +1 0 16 +1 0 33 * 25 N 53 E 1801 17 1N 120 2.3 D IK VORO*C PALE*E CULG*C 157 88 4 14 1 33 * 1 36 1 50 * 16 S 14 E 1801 8 SN 0 0.0 D PEKG*C 158 88 4 14 3 4 * 3 9 3 12 * 16 S 13 E 1801 8 SF 0 0.0 LEAR*E 159 88 4 14 3 10 +0 3 10 3 54 * 22 N 50 E 1801 17 1N 120 2.1 LEAR E PALE*E PEKG C CULG C 160 88 4 14 3 10 +0 3 30 +4 3 54 * 22 N 50 E 1801 17 1N 120 2.1 LEAR E PALE*E PEKG C CULG C 160 88 4 14 3 34 >9 3 44 +2 4 17 * 15 S 9 E 1801 8 1N 0 0.0 E H PALE*E CULG*P MITK*C PEKG*C 161 88 4 14 3 34 >9 4 6 +4 4 17 * 15 S 9 E 1801 8 1N 0 0.0 E H PALE*E CULG*P MITK*C PEKG*C 161 88 4 14 6 40 * 6 46 6 50 * 25 N 85 E 1801 19 SF 0 0.0 D H KHAR*P 162 88 4 14 6 47 * 6 48 7 0 * 23 N 50 E 1801 17 SF 0 0.0 E HTPR*C 163 88 4 14 7 0 * 7 14 7 27 * 21 N 42 E 1801 17 SF 0 0.0 E HTPR*C 164 88 4 14 7 19 +1 7 23 +1 7 36 * 19 N 12 W 1801 6 SF 45 0.5 L HTPR*C KHAR*P KANZ* 165 88 4 14 7 57 7 58 8 5 * 26 S 17 E 1801 9 SF 0 0.0 E KHAR V 166 88 4 14 8 16 * 8 18 8 30 * 24 N 52 E 1801 17 SF 0 0.0 D H KHAR*V 167 88 4 14 9 18 * 9 21 9 26 * 22 N 40 E 1801 17 SF 0 0.0 E HTPR*C 168 88 4 14 9 23 +1 9 25 +2 9 58 * 15 S 8 E 1801 8 SN 0 0.0 E HTPR*C KHAR*V KANZ* 169 88 4 14 9 45 9 47 9 50 * 30 N 58 E 1801 17 SF 0 0.0 H KHAR V 170 88 4 14 10 21 * 10 24 10 31 * 17 N 8 W 1801 6 SF 0 0.0 E HTPR*C 171 88 4 14 11 4 * 11 6 11 15 * 25 N 54 E 1801 17 SB 0 0.0 E HTPR*C 172 88 4 14 12 6 * 0 0 12 20 27 N 7 W 1801 0 SB 0 0.0 E HTPR C 173 88 4 14 12 8 * 12 11 12 31 * 18 N 5 W 1801 6 SF 0 0.0 KANZ* 174 88 4 14 12 15 * 0 0 12 15 * 21 N 40 E 1801 17 SF 0 0.0 KANZ* 175 88 4 14 12 54 * 12 56 12 58 * 24 N 47 E 1801 17 SN 0 0.0 E HTPR*C 176 88 4 14 13 44 * 13 48 13 56 * 21 N 38 E 1801 17 SF 0 0.0 KANZ* 177 88 4 14 13 57 * 13 58 14 13 23 N 46 E 1801 17 SF 0 0.0 RAMY E 178 88 4 14 14 44 * 14 46 14 48 * 22 N 51 E 1801 17 SF 0 0.0 HTPR*C 179 88 4 14 14 44 * 14 48 14 54 * 35 S 25 W 1801 2 SF 0 0.0 HTPR*C 180 88 4 14 14 58 +1 14 59 +1 15 20 * 14 S 3 E 1801 8 SN 0 0.0 F SVTO*E KANZ* HOLL E HTPR C 181 88 4 14 14 58 +1 15 6 15 20 * 14 S 3 E 1801 8 SN 0 0.0 F SVTO*E KANZ* HOLL E HTPR C 181 88 4 14 17 18 * 17 26 17 54 * 21 N 37 E 1801 17 SF 0 0.0 PALE*E 182 88 4 14 19 34 * 19 42 20 17 * 25 N 37 E 1801 17 2B 0 0.0 Y Z PALE*E 183 88 4 14 22 54 * 22 54 23 28 * 15 S 0 1801 8 SF 0 0.0 HOLL*E 184 88 4 15 0 13 * 0 20 0 37 * 20 N 33 E 1801 17 SF 0 0.0 HOLL*E 185 88 4 15 2 38 * 2 42 4 0 * 25 N 71 E 1801 19 SN 0 0.0 LEAR*E 186 88 4 15 3 54 * 3 57 4 5 * 25 N 80 E 1801 19 SB 0 0.0 D TACH*C 187 88 4 15 5 23 * 0 0 5 47 * 16 N 17 W 1801 6 SN 0 0.0 E TACH*C SVTO E ABST P 188 88 4 15 6 4 6 5 6 16 23 N 70 E 1801 19 1F 0 0.0 D K ABST P 189 88 4 15 6 35 * 6 40 6 50 * 22 N 31 E 1801 15 SF 0 0.0 E HTPR*C 190 88 4 15 8 3 * 8 4 8 20 * 22 N 30 E 1801 15 SF 0 0.0 E HTPR*C 191 88 4 15 8 48 * 8 58 9 5 * 25 N 65 E 1801 19 SN 0 0.0 E HTPR*C 192 88 4 15 10 49 0 0 11 2 23 N 29 E 1801 15 SF 0 0.0 E HTPR C 193 88 4 15 12 9 * 0 0 12 27 23 N 27 E 1801 15 SF 0 0.0 E K HTPR C 194 88 4 15 12 57 0 0 13 0 31 S 37 W 1801 2 SF 0 0.0 E HTPR C 195 88 4 15 13 36 * 13 43 13 49 * 16 N 21 W 1801 6 SF 0 0.0 HOLL*E 196 88 4 15 14 51 * 14 53 14 59 * 18 S 5 E 1801 11 SF 0 0.0 F HOLL*E 197 88 4 15 19 23 * 19 23 19 49 * 22 N 22 E 1801 15 SF 0 0.0 F HOLL*E 198 88 4 15 19 51 * 20 7 20 39 * 19 S 15 W 1801 9 SF 0 0.0 HOLL*E 199 88 4 15 20 0 * 20 6 21 10 * 17 S 8 W 1801 11 2B 0 0.0 F U HOLL*E 200 88 4 15 20 9 20 11 20 43 2 S 7 E 1801 0 1N 0 0.0 U PALE E 201 88 4 15 21 12 +1 21 15 21 41 * 23 N 21 E 1801 15 1N 0 0.0 E HOLL*E CULG*C PALE E 202 88 4 15 21 12 +1 21 22 21 41 * 23 N 21 E 1801 15 1N 0 0.0 E HOLL*E CULG*C PALE E 202 88 4 15 21 36 * 21 37 21 55 * 20 N 18 W 1801 7 SF 0 0.0 HOLL*E 203 88 4 15 23 1 * 23 5 23 13 * 25 N 61 E 1801 19 SF 0 0.0 HOLL*E 204 88 4 16 2 26 2 26 2 34 * 23 N 26 E 1801 17 SF 0 0.0 PALE E 205 88 4 16 4 8 * 4 9 4 27 * 33 S 31 W 1801 4 SF 0 0.0 LEAR*E 206 88 4 16 5 51 * 5 55 6 18 * 20 N 17 E 1801 15 SN 0 0.0 D ABST*C 207 88 4 16 12 37 +1 12 42 +4 13 4 * 21 N 10 E 1801 15 SF 0 0.0 SVTO*E KANZ* 208 88 4 16 12 59 >9 13 17 +3 13 25 * 23 N 50 E 1801 19 SF 0 0.0 SVTO*E KANZ* 209 88 4 16 15 24 +2 15 26 15 41 * 22 N 52 E 1801 19 SF 0 0.0 SVTO*E KANZ* 210 88 4 16 15 24 +2 15 35 15 41 * 22 N 52 E 1801 19 SF 0 0.0 SVTO*E KANZ* 210 88 4 16 17 49 * 17 50 17 53 * 13 S 22 W 1801 8 SF 0 0.0 PALE*E 211 88 4 16 18 5 * 18 9 18 33 * 22 N 8 E 1801 15 SF 0 0.0 PALE*E 212 88 4 16 19 44 * 20 12 20 12 22 N 6 E 1801 15 SF 0 0.0 PALE E 213 88 4 16 21 22 * 21 24 21 49 25 N 9 E 1801 15 1B 0 0.0 HOLL E 214 88 4 17 1 21 1 31 1 38 21 N 8 E 1801 15 SF 0 0.0 F PALE E 215 88 4 17 4 29 +1 4 31 +8 4 51 * 24 N 4 E 1801 15 SB 0 0.0 E H LEAR*E PEKG*C URUM C YUNN P 216 88 4 17 4 35 * 4 35 4 51 * 34 S 42 W 1801 4 SF 0 0.0 LEAR*E 217 88 4 17 4 37 * 4 37 5 7 * 19 N 8 W 1801 15 SF 0 0.0 LEAR*E 218 88 4 17 6 47 +3 6 47 +3 6 58 * 24 N 5 E 1801 15 SN 0 0.0 E KANZ* YUNN P 219 88 4 17 9 21 * 9 24 9 44 * 22 N 43 E 1801 19 SN 0 0.0 KANZ* 220 88 4 17 15 24 >9 15 41 16 2 * 22 N 5 W 1801 15 SF 0 0.0 F RAMY*E HOLL*E KANZ 221 88 4 17 15 24 >9 15 55 +0 16 2 * 22 N 5 W 1801 15 SF 0 0.0 F RAMY*E HOLL*E KANZ 221 88 4 17 17 16 * 17 17 +0 17 37 * 20 N 13 E 1801 17 SF 20 0.2 F RAMY*E PALE E 222 88 4 17 20 12 +2 20 13 +2 20 24 * 17 N 50 W 1801 6 SF 0 0.0 F RAMY*E PALE*E 223 88 4 17 21 57 +8 22 7 23 49 * 21 N 7 W 1801 15 SN 50 0.6 F RAMY E PALE*E 224 88 4 18 0 21 >9 1 5 +3 1 19 * 33 S 55 W 1801 4 1N 250 4.9 PALE*E PEKG*P 225 88 4 18 2 55 +5 3 5 +1 3 22 * 20 N 10 W 1801 15 1F 200 2.2 E PALE*E PEKG*C 226 88 4 18 5 9 +0 5 12 5 16 20 N 14 W 1801 15 1F 0 0.0 LEAR*E SVTO*E 227 88 4 18 8 20 * 8 21 8 35 * 21 N 14 W 1801 15 SF 0 0.0 LEAR*E 228 88 4 18 9 14 * 9 27 9 37 24 N 32 E 1801 19 1F 0 0.0 F YUNN P 229 88 4 18 11 6 * 11 6 11 33 * 25 N 29 E 1801 19 SF 0 0.0 SVTO*E 230 88 4 18 17 53 +1 17 55 +1 18 5 * 21 N 0 1801 17 SF 70 0.8 F PALE*E HOLL*E 231 88 4 18 18 36 * 18 38 18 46 * 16 N 65 W 1801 6 SF 0 0.0 HOLL*E 232 88 4 18 18 38 +2 18 43 +0 18 57 * 26 N 25 E 1801 19 SF 25 0.3 F HOLL*E PALE*E 233 88 4 18 19 22 +7 19 22 19 35 * 18 S 49 W 1801 11 SF 0 0.0 PALE*E HOLL*E 234 88 4 18 19 22 +7 19 30 19 35 * 18 S 49 W 1801 11 SF 0 0.0 PALE*E HOLL*E 234 88 4 18 20 3 +0 20 5 +1 21 6 * 22 N 4 W 1801 17 SF 70 0.8 HOLL*E PALE*E 235 88 4 18 20 12 +1 20 15 +2 20 37 * 26 N 24 E 1801 19 SF 50 0.6 F HOLL*E PALE*E 236 88 4 18 20 40 >9 21 9 +0 21 37 * 32 S 62 W 1801 4 1F 110 2.6 F HOLL*E PALE*E 237 88 4 18 20 49 +6 20 53 +4 21 11 * 26 N 23 E 1801 19 SF 25 0.3 HOLL*E PALE*E 238 88 4 18 21 41 * 21 45 21 55 * 29 N 23 E 1801 19 SF 0 0.0 HOLL*E 239 88 4 18 21 50 * 21 52 22 3 * 16 N 69 W 1801 6 SF 0 0.0 HOLL*E 240 88 4 18 22 32 * 22 34 22 45 * 14 N 71 W 1801 0 SF 0 0.0 HOLL*E 241 88 4 18 23 44 * 23 45 23 50 * 35 S 66 W 1801 4 SF 0 0.0 PALE*E 242 88 4 19 1 20 * 1 28 1 37 * 17 N 66 W 1801 6 1N 0 0.0 YUNN*C 243 88 4 19 1 31 * 1 35 1 42 * 17 S 71 W 1801 5 SF 0 0.0 LEAR*E 244 88 4 19 2 25 +7 2 38 +2 3 6 * 22 N 19 W 1801 15 1N 0 0.0 F LEAR*E URUM*C PALE*E PEKG*C 245 88 4 19 3 48 * 3 53 3 58 * 26 N 20 E 1801 19 SF 0 0.0 LEAR*E 246 88 4 19 3 53 * 3 55 4 1 * 34 S 66 W 1801 4 SF 0 0.0 LEAR*E 247 88 4 19 4 15 * 4 17 4 26 * 33 S 73 W 1801 4 SN 40 0.0 E LEAR*E TACH C 248 88 4 19 4 42 +4 4 48 +4 5 17 * 22 N 7 W 1801 17 SN 80 0.9 F LEAR*E YUNN P TACH*C 249 88 4 19 7 27 * 7 29 7 35 * 23 N 22 W 1801 15 SF 0 0.0 D ABST*C 250 88 4 19 8 9 +3 8 12 +1 8 17 * 23 N 13 W 1801 17 SF 0 0.0 H YUNN*P KANZ* SVTO*E 251 88 4 19 8 39 +1 8 43 +1 8 49 * 25 N 17 E 1801 19 SF 0 0.0 LEAR*E KANZ* 252 88 4 19 8 41 +3 8 42 +2 8 58 * 17 S 55 W 1801 11 SF 50 0.9 F LEAR*E SVTO*E CATA*P KANZ* 253 88 4 19 10 27 >9 10 35 +2 10 50 * 16 S 57 W 1801 8 SF 0 0.0 KANZ* SVTO*E 254 88 4 19 11 53 +4 12 7 12 46 * 21 N 21 W 1801 17 SF 35 0.4 F RAMY*E KANZ* SVTO*E 255 88 4 19 11 53 +4 12 17 +2 12 46 * 21 N 21 W 1801 17 SF 35 0.4 F RAMY*E KANZ* SVTO*E 255 88 4 19 13 30 * 13 31 13 39 * 22 N 25 W 1801 15 SF 0 0.0 SVTO*E 256 88 4 19 15 52 +0 15 53 16 11 * 25 N 12 E 1801 19 SF 0 0.0 HOLL*E RAMY*E 257 88 4 19 15 52 +0 16 3 16 11 * 25 N 12 E 1801 19 SF 0 0.0 HOLL*E RAMY*E 257 88 4 19 17 5 * 17 36 18 12 * 22 N 14 W 1801 17 1F 0 0.0 U HOLL*E 258 88 4 19 18 46 * 18 50 18 58 * 17 S 65 W 1801 8 SF 0 0.0 F HOLL*E 259 88 4 19 20 40 * 20 41 20 46 * 22 N 16 W 1801 17 SF 0 0.0 HOLL*E 260 88 4 19 21 4 * 21 5 21 28 * 26 N 10 E 1801 19 SF 0 0.0 HOLL*E 261 88 4 19 22 50 * 22 53 23 1 * 18 S 63 W 1801 11 SF 0 0.0 HOLL*E 262 88 4 20 1 14 +4 1 19 +3 2 18 * 22 N 28 W 1801 17 1F 0 0.0 E IJ VORO C HOLL E LEAR E YUNN*C PEKG C 263 88 4 20 1 14 +4 1 33 +5 2 18 * 22 N 28 W 1801 17 1F 0 0.0 E IJ VORO C HOLL E LEAR E YUNN*C PEKG C 263 88 4 20 1 56 * 2 2 2 12 * 22 N 40 W 1801 15 1F 0 0.0 E IJ VORO*C 264 88 4 20 6 4 6 9 6 27 23 N 34 W 1801 15 SF 0 0.0 D ABST P 265 88 4 20 10 1 +4 10 21 +8 11 35 * 23 N 37 W 1801 15 SF 0 0.0 E KU KANZ* SVTO*E KHAR P URUM C CATA P RAMY E 266 88 4 20 12 38 >9 13 13 13 46 * 22 N 43 W 1801 15 1N 140 2.1 F HTPR*C RAMY*E HOLL*E 267 88 4 20 12 38 >9 13 21 13 46 * 22 N 43 W 1801 15 1N 140 2.1 F HTPR*C RAMY*E HOLL*E 267 88 4 20 14 16 * 14 18 14 45 * 23 N 37 W 1801 15 SF 0 0.0 HOLL*E 268 88 4 20 21 28 * 21 45 21 50 * 23 N 44 W 1801 15 SF 0 0.0 F HOLL*E 269 88 4 20 21 55 * 21 58 22 7 * 17 S 74 W 1801 11 SF 0 0.0 F HOLL*E 270 88 4 20 22 59 * 22 59 23 7 * 22 N 49 W 1801 15 SF 0 0.0 F HOLL*E 271 88 4 21 0 7 +1 0 8 +0 0 23 * 22 N 50 W 1801 15 SF 35 0.6 HOLL*E PALE*E PEKG C 272 88 4 21 0 7 +1 0 15 0 23 * 22 N 50 W 1801 15 SF 35 0.6 HOLL*E PALE*E PEKG C 272 88 4 21 3 17 * 3 23 3 35 21 N 53 W 1801 15 SB 0 0.0 D TACH C 273 88 4 21 4 8 +3 4 12 +2 4 27 * 21 N 50 W 1801 15 1N 150 2.6 E URUM*C TACH*C 274 88 4 21 5 47 * 5 51 6 1 * 21 N 47 W 1801 15 SF 0 0.0 D ABST*C 275 88 4 21 7 15 +6 7 23 7 42 * 24 N 47 W 1801 15 SF 25 0.4 E HTPR*C LEAR*E 276 88 4 21 7 15 +6 7 29 +1 7 42 * 24 N 47 W 1801 15 SF 25 0.4 E HTPR*C LEAR*E 276 88 4 21 7 54 +8 7 59 +1 8 10 * 25 N 48 W 1801 15 SF 20 0.3 E L HTPR*C ABST*C LEAR*E KHAR*V 277 88 4 21 8 58 * 8 59 9 6 * 27 N 12 W 1801 19 SF 0 0.0 E HTPR*C 278 88 4 21 9 14 +2 9 49 +0 10 20 * 22 N 51 W 1801 15 2B 270 4.8 E IU HTPR*C SVTO*E URUM C CATA P 279 88 4 21 12 3 * 12 7 12 28 * 22 N 47 W 1801 17 SF 0 0.0 RAMY*E 280 88 4 21 14 16 +1 14 20 +2 14 30 * 20 N 48 W 1801 17 1N 130 2.1 E HIU RAMY*E HTPR*C SVTO*E 281 88 4 21 19 1 * 19 3 19 13 * 23 S 78 E 1801 27 SF 0 0.0 HOLL*E 282 88 4 22 0 51 * 0 52 1 10 * 24 N 18 W 1801 19 SF 0 0.0 LEAR*E 283 88 4 22 4 56 +2 5 2 +1 5 21 * 27 N 23 W 1801 19 SN 100 1.3 J LEAR*E TACH*C URUM C 284 88 4 22 5 36 * 5 36 5 46 * 24 N 21 W 1801 19 SF 0 0.0 LEAR*E 285 88 4 22 6 53 * 8 4 8 23 * 20 S 80 E 1801 28 SN 0 0.0 A E HTPR*C 286 88 4 22 7 31 * 7 37 7 41 * 26 S 67 E 1801 26 SF 0 0.0 LEAR*E 287 88 4 22 8 35 * 9 7 9 30 * 20 S 80 E 1801 28 SN 0 0.0 A E HTPR*C 288 88 4 22 13 19 * 13 21 13 22 * 19 S 80 E 1801 28 SF 0 0.0 HTPR*C 289 88 4 22 14 5 +2 14 17 14 46 * 21 N 62 W 1801 17 1N 100 2.4 E HTPR C RAMY*E 290 88 4 22 17 48 * 17 50 17 58 * 28 N 28 W 1801 19 SF 0 0.0 PALE*E 291 88 4 23 12 48 * 12 50 12 55 * 20 N 76 W 1801 15 SF 0 0.0 RAMY*E 292 88 4 23 16 15 +3 16 16 16 29 * 23 N 79 W 1801 15 SF 0 0.0 F H RAMY*E HOLL*E 293 88 4 23 16 15 +3 16 23 16 29 * 23 N 79 W 1801 15 SF 0 0.0 F H RAMY*E HOLL*E 293 88 4 23 16 47 +2 16 49 +2 17 2 * 21 N 84 W 1801 15 SF 35 0.0 HOLL*E RAMY*E 294 88 4 24 11 37 * 11 38 11 39 * 23 S 84 E 1801 32 SF 0 0.0 RAMY*E 295 88 4 24 12 50 12 52 12 59 * 21 S 66 E 1801 0 SF 0 0.0 HOLL E 296 88 4 24 15 55 * 15 55 16 3 * 20 N 90 W 1801 15 SF 0 0.0 RAMY*E 297 88 4 24 17 51 * 17 52 18 16 * 22 S 84 E 1801 32 SF 0 0.0 RAMY*E 298 88 4 24 23 51 * 23 54 23 58 * 21 S 75 E 1801 32 SF 0 0.0 HOLL*E 299 88 4 25 11 29 * 11 30 11 35 * 20 S 68 E 1801 32 SF 0 0.0 SVTO*E 300 88 4 25 12 50 +2 12 52 +0 12 57 * 21 S 69 E 1801 32 SF 25 0.0 HOLL*E RAMY*E 301 88 4 25 13 14 +2 13 16 +0 13 34 * 21 S 69 E 1801 32 SF 10 0.0 HOLL*E RAMY*E 302 88 4 25 14 54 * 14 55 15 1 * 20 S 67 E 1801 32 SF 0 0.0 HOLL*E 303 88 4 25 15 37 * 15 37 15 47 * 21 S 65 E 1801 32 SF 0 0.0 F HOLL*E 304 88 4 24 15 55 * 15 55 16 3 * 20 N 88 W 1801 17 SF 0 0.0 HOLL*E 305 88 4 25 15 55 * 15 57 16 2 22 S 68 E 1801 32 SF 0 0.0 F HOLL E 306 88 4 25 17 41 * 17 44 17 45 21 S 63 E 1801 32 SF 0 0.0 RAMY E 307 88 4 25 17 47 * 17 51 17 56 * 21 S 63 E 1801 32 SF 0 0.0 HOLL*E 308 88 4 25 20 5 * 20 7 20 34 * 20 S 64 E 1801 32 SF 0 0.0 F HOLL*E 309 88 4 25 22 35 * 22 40 22 53 * 22 S 64 E 1801 32 SF 0 0.0 HOLL*E 310 88 4 26 3 25 +0 3 25 +1 3 31 * 20 S 59 E 1801 32 SN 0 0.0 F TACH*C PALE*E 311 88 4 26 4 45 * 4 48 4 52 * 15 S 60 E 1801 32 SN 0 0.0 D I ABST*C 312 88 4 26 7 57 +2 7 59 +0 8 2 * 19 S 58 E 1801 32 SF 0 0.0 H SVTO*E KHAR*V 313 88 4 26 9 50 +6 10 7 10 41 * 19 S 56 E 1801 32 SF 50 0.9 E HTPR C SVTO*E 314 88 4 26 12 59 * 12 59 13 9 * 19 S 54 E 1801 32 SF 0 0.0 KANZ* 315 88 4 26 15 48 +0 15 49 +0 16 12 * 20 S 54 E 1801 32 SF 10 0.2 RAMY*E HOLL*E 316 88 4 26 18 33 * 18 35 18 46 * 19 S 51 E 1801 32 SF 0 0.0 HOLL*E 317 88 4 26 18 49 * 18 50 18 56 * 19 S 51 E 1801 32 SF 0 0.0 HOLL*E 318 88 4 26 18 58 * 18 59 19 2 * 18 S 51 E 1801 32 SF 0 0.0 HOLL*E 319 88 4 26 19 12 * 19 19 19 20 * 20 S 53 E 1801 32 SF 0 0.0 HOLL*E 320 88 4 27 16 16 * 16 20 16 33 * 19 S 39 E 1801 32 SF 0 0.0 RAMY*E 321 88 4 29 19 14 * 19 15 19 17 * 20 S 89 E 1801 38 SF 0 0.0 RAMY*E 322 88 4 29 21 53 * 21 54 21 56 * 20 S 88 E 1801 38 SF 0 0.0 HOLL*E 323 88 4 29 22 10 * 22 11 22 25 * 21 S 74 E 1801 38 SF 0 0.0 HOLL*E 324 88 4 29 23 28 * 23 28 23 33 * 21 S 86 E 1801 38 SF 0 0.0 HOLL*E 325 88 4 30 6 29 * 6 35 +0 7 10 * 20 S 1 E 1801 31 SN 130 1.3 E CULG P CATA P HTPR C 326 88 4 30 7 30 * 7 38 8 8 * 20 S 80 E 1801 38 SF 0 0.0 HTPR*C 327 88 4 30 8 26 * 8 37 +1 8 49 * 18 S 0 1801 31 SF 0 0.0 HTPR*C KHAR V 328 88 4 30 10 26 10 28 10 58 * 20 S 79 E 1801 38 SF 0 0.0 RAMY E 329 88 4 30 12 55 0 0 13 35 * 20 S 80 E 1801 38 SB 0 0.0 A EK HTPR C 330 88 4 30 15 15 * 15 17 15 26 * 24 N 65 E 1801 37 SF 0 0.0 E HTPR*C 331 88 4 30 17 34 * 17 36 17 42 * 23 S 6 W 1801 31 SF 0 0.0 HOLL*E 332 88 4 30 21 1 +1 21 2 +6 21 14 * 19 S 76 E 1801 38 SF 50 0.0 E HOLL*E PALE*E 333 88 5 1 6 45 * 0 0 6 45 15 S 9 W 1801 32 SN 0 0.0 CATA P 1 88 5 1 9 15 * 0 0 9 23 * 20 S 73 E 1801 38 SF 0 0.0 D KHAR*V 2 88 5 1 11 43 * 11 43 11 50 * 20 S 67 E 1801 38 SF 0 0.0 RAMY*E 3 88 5 1 21 23 * 21 25 21 47 * 22 S 22 W 1801 31 SF 0 0.0 HOLL*E 4 88 5 1 21 24 * 21 24 21 42 * 18 S 14 W 1801 32 SF 0 0.0 HOLL*E 5 88 5 1 22 9 * 22 9 22 20 * 22 S 22 W 1801 31 SF 0 0.0 RAMY*E 6 88 5 2 1 23 * 1 33 1 53 * 20 S 26 W 1801 31 SF 0 0.0 YUNN*C 7 88 5 2 3 11 * 3 16 3 21 * 21 S 66 E 1801 0 SN 0 0.0 YUNN*C 8 88 5 2 6 1 * 6 10 6 51 * 20 N 84 E 1801 42 1F 0 0.0 D I ABST*C 9 88 5 2 6 46 +0 6 48 +0 6 55 * 20 S 25 W 1801 31 SF 0 0.0 D KHAR*V CULG*C 10 88 5 2 9 0 0 0 9 30 25 S 55 W 1801 28 SF 0 0.0 E KHAR V 11 88 5 2 9 44 +0 9 45 +1 9 57 * 24 S 27 W 1801 31 SF 0 0.0 E SVTO*E KHAR*V 12 88 5 2 12 5 * 12 5 12 15 * 22 S 26 W 1801 31 SF 0 0.0 RAMY*E 13 88 5 2 13 51 +1 13 54 +1 14 16 * 22 S 31 W 1801 31 SF 30 0.4 F RAMY*E SVTO*E HOLL*E 14 88 5 2 16 10 * 16 15 16 27 * 23 S 35 W 1801 31 SF 0 0.0 HOLL*E 15 88 5 2 16 54 * 16 58 17 3 * 19 S 50 E 1801 38 SF 0 0.0 HOLL*E 16 88 5 2 20 10 * 20 11 20 15 * 15 N 64 E 1801 42 SF 0 0.0 RAMY*E 17 88 5 3 8 23 0 0 8 30 * 22 S 36 W 1801 32 SF 0 0.0 HTPR C 18 88 5 3 9 1 * 9 12 9 18 * 24 S 41 W 1801 31 SF 0 0.0 LEAR*E 19 88 5 3 10 55 * 10 56 11 2 * 24 S 43 W 1801 31 SF 0 0.0 RAMY*E 20 88 5 3 11 33 * 11 35 11 40 * 20 S 40 W 1801 32 SF 0 0.0 RAMY*E 21 88 5 3 14 33 * 14 36 14 54 * 22 S 40 W 1801 31 SF 0 0.0 HOLL*E 22 88 5 3 15 36 +1 15 39 +6 16 15 * 20 S 39 W 1801 32 1F 0 0.0 F RAMY*E HOLL*E 23 88 5 3 17 48 >9 17 57 +6 18 18 * 19 S 39 W 1801 32 SF 70 0.9 F HOLL*E RAMY*E 24 88 5 3 22 16 * 22 55 23 14 * 22 S 50 W 1801 31 SF 0 0.0 HOLL*E 25 88 5 3 22 41 * 22 44 22 48 * 21 S 44 W 1801 32 SF 0 0.0 HOLL*E 26 88 5 4 0 12 * 0 14 0 39 * 21 S 49 W 1801 31 SF 0 0.0 LEAR*E 27 88 5 4 2 4 +8 2 24 2 38 18 S 44 W 1801 32 1F 0 0.0 F YUNN*P LEAR*E 28 88 5 4 2 4 +8 2 31 2 38 18 S 44 W 1801 32 1F 0 0.0 F YUNN*P LEAR*E 28 88 5 4 2 37 * 2 37 2 53 * 23 S 53 W 1801 31 SF 0 0.0 LEAR*E 29 88 5 4 6 17 6 17 6 45 * 21 S 55 W 1801 31 SF 0 0.0 K ABST P HTPR C 30 88 5 4 6 19 * 6 23 6 57 * 18 S 46 W 1801 32 SF 0 0.0 LEAR*E 31 88 5 4 6 21 0 0 6 43 * 17 N 68 W 1801 30 SF 0 0.0 HTPR C 32 88 5 4 7 47 * 7 48 7 51 * 22 S 52 W 1801 31 SF 0 0.0 LEAR*E 33 88 5 4 8 26 * 8 31 8 47 * 21 S 57 W 1801 31 SF 0 0.0 D ABST*C 34 88 5 4 8 50 +2 8 56 +2 9 5 * 23 S 55 W 1801 31 SF 0 0.0 E H KHAR*V LEAR*E 35 88 5 4 15 42 * 15 42 15 51 * 23 S 58 W 1801 31 SF 0 0.0 HOLL*E 36 88 5 4 16 3 * 16 12 16 29 * 23 S 59 W 1801 31 SF 0 0.0 HOLL*E 37 88 5 5 6 16 * 6 18 6 23 * 27 N 32 E 1801 40 SF 0 0.0 D I ABST*C 38 88 5 5 6 42 * 7 0 7 4 27 N 34 E 1801 40 SF 80 1.1 I K ABST*C HTPR C 39 88 5 5 7 19 +9 7 32 7 51 * 17 N 37 E 1801 42 SF 0 0.0 E HTPR C ABST*C 40 88 5 5 8 8 * 8 11 8 38 * 28 S 38 E 1801 41 SN 0 0.0 D G ABST*C 41 88 5 5 15 12 * 15 13 15 21 * 21 S 75 W 1801 31 SF 0 0.0 HOLL*E 42 88 5 5 19 44 +3 19 46 +2 19 59 * 22 S 74 W 1801 31 1F 140 0.0 HOLL*E RAMY*E 43 88 5 5 22 31 * 22 35 22 50 * 23 S 80 W 1801 31 1F 0 0.0 D IJ VORO*C 44 88 5 6 3 9 3 9 3 19 * 25 N 25 E 1801 40 SN 0 0.0 YUNN P 45 88 5 6 4 33 * 4 36 4 41 * 18 N 20 E 1801 42 SN 0 0.0 E ABST*C 46 88 5 6 6 4 >9 8 31 8 53 * 25 N 21 E 1801 40 SF 0 0.0 E IK HTPR C ABST*C 47 88 5 6 14 35 * 14 38 14 42 * 18 S 87 W 1801 31 SF 0 0.0 HOLL*E 48 88 5 6 17 52 * 17 54 18 0 * 22 S 82 W 1801 31 SF 0 0.0 HOLL*E 49 88 5 6 22 48 * 22 49 23 2 * 29 S 53 E 1802 5 SF 0 0.0 F HOLL*E 50 88 5 6 23 54 * 24 6 24 25 21 S 70 W 1801 0 SF 0 0.0 D CULG P 51 88 5 7 3 5 * 3 9 3 14 * 28 S 14 E 1801 41 SF 0 0.0 F LEAR*E 52 88 5 7 11 40 11 46 11 55 * 24 N 2 W 1801 40 SF 0 0.0 F RAMY E 53 88 5 7 23 16 * 23 18 23 27 * 17 S 50 E 1802 7 SF 0 0.0 F HOLL*E 54 88 5 8 6 45 * 6 46 7 8 * 28 S 38 E 1802 5 SF 0 0.0 D YUNN*P 55 88 5 8 21 43 * 21 44 21 55 * 15 S 37 E 1802 7 SF 0 0.0 F HOLL*E 56 88 5 9 4 35 +8 4 35 4 51 * 18 S 33 E 1802 7 SN 0 0.0 D LEAR*E TACH*C 57 88 5 9 4 35 +8 4 46 4 51 * 18 S 33 E 1802 7 SN 0 0.0 D LEAR*E TACH*C 57 88 5 9 15 43 * 15 44 15 59 * 19 S 28 E 1802 7 SF 0 0.0 HOLL*E 58 88 5 9 16 50 * 16 53 17 6 * 24 N 25 W 1801 40 SF 0 0.0 HOLL*E 59 88 5 9 20 14 * 20 15 20 30 * 16 S 24 E 1802 7 SF 0 0.0 HOLL*E 60 88 5 10 8 38 * 8 40 9 23 * 20 N 34 W 1801 42 SF 0 0.0 E K HTPR*C 61 88 5 11 3 1 +7 3 12 +1 4 10 * 36 S 45 E 1802 19 2N 580 9.8 G LU CULG*P TACH C MITK P 62 88 5 11 18 17 * 18 17 18 27 * 24 N 56 W 1801 40 SF 0 0.0 HOLL*E 63 88 5 12 5 16 * 5 20 5 25 * 25 N 62 W 1801 40 SN 0 0.0 D URUM*C 64 88 5 14 7 21 * 7 25 7 29 * 18 S 36 W 1802 7 1F 0 0.0 C PEKG*P 65 88 5 14 17 15 +0 17 15 +0 17 19 * 14 S 39 W 1802 7 SF 10 0.1 F RAMY*E HOLL*E 66 88 5 15 1 13 +7 1 15 1 26 17 S 45 W 1802 7 SN 0 0.0 E LEAR*E PEKG*P 67 88 5 15 20 30 * 20 31 20 39 * 18 S 14 W 1802 17 SF 0 0.0 HOLL*E 68 88 5 15 23 59 * 24 4 24 19 * 16 S 58 W 1802 7 SF 0 0.0 HOLL*E 69 88 5 16 0 21 * 0 26 0 40 * 16 S 58 W 1802 7 SF 0 0.0 LEAR*E 70 88 5 16 0 52 * 0 53 0 55 * 8 N 55 E 1802 26 SF 0 0.0 LEAR*E 71 88 5 16 17 22 * 17 22 17 30 * 18 S 26 W 1802 17 SF 0 0.0 HOLL*E 72 88 5 16 18 27 * 18 29 18 35 * 17 S 67 W 1802 7 SF 0 0.0 F HOLL*E 73 88 5 16 23 24 * 23 28 24 17 * 17 S 30 W 1802 17 SF 0 0.0 LEAR*E 74 88 5 17 0 33 * 0 34 0 47 * 17 S 31 W 1802 17 SF 0 0.0 H LEAR*E PALE E 75 88 5 17 3 13 3 14 4 22 * 16 S 33 W 1802 17 SN 0 0.0 E YUNN P 76 88 5 17 6 45 +1 6 47 +0 6 54 * 17 S 33 W 1802 17 SN 60 0.7 D I BUCA*C ABST*C LEAR*E 77 88 5 17 10 17 * 10 22 10 28 * 18 S 68 W 1802 9 SF 0 0.0 HTPR*C 78 88 5 17 12 23 * 12 23 12 27 * 18 S 35 W 1802 17 SF 0 0.0 RAMY*E 79 88 5 17 19 6 * 19 15 19 17 * 18 S 38 W 1802 17 SF 0 0.0 F HOLL*E 80 88 5 18 1 39 * 1 39 1 43 * 18 S 41 W 1802 17 SF 0 0.0 PALE*E 81 88 5 18 10 54 +0 10 56 +1 11 5 * 18 S 48 W 1802 17 SF 0 0.0 H SVTO*E RAMY*E 82 88 5 18 17 28 * 17 28 17 30 * 16 S 54 W 1802 17 SF 0 0.0 RAMY*E 83 88 5 19 18 23 * 18 26 18 42 * 18 S 65 W 1802 17 SF 0 0.0 F HOLL*E 84 88 5 20 6 10 * 6 14 +1 6 23 * 23 S 90 E 1802 33 1N 0 0.0 A HTPR*C ATHN V 85 88 5 20 7 18 * 7 30 7 48 * 24 S 90 E 1802 33 1B 0 0.0 A HTPR*C 86 88 5 20 12 7 * 12 10 12 13 * 20 S 67 E 1802 31 SF 0 0.0 HTPR*C 87 88 5 20 14 0 * 14 4 14 20 * 25 N 71 W 1802 20 SN 0 0.0 HTPR*C 88 88 5 20 14 20 * 14 26 14 32 * 23 S 64 E 1802 31 SF 0 0.0 HTPR*C 89 88 5 20 16 0 * 16 6 16 20 * 23 N 71 W 1802 20 SF 0 0.0 HTPR*C 90 88 5 20 17 30 * 17 37 17 40 * 24 S 90 E 1802 34 SN 0 0.0 HTPR*C 91 88 5 20 17 47 * 0 0 17 55 24 S 90 E 1802 34 SN 0 0.0 HTPR C 92 88 5 20 18 53 * 18 54 18 58 * 19 S 78 W 1802 17 SF 0 0.0 HOLL*E 93 88 5 20 23 54 * 23 58 24 3 * 15 S 71 W 1802 17 SF 0 0.0 HOLL*E 94 88 5 21 4 15 4 18 4 35 16 S 74 W 1802 17 SF 0 0.0 H SVTO E 95 88 5 21 5 23 * 5 25 5 30 * 19 S 80 E 1802 33 1N 0 0.0 D K ABST*C 96 88 5 21 5 40 0 0 6 5 * 25 S 90 E 1802 34 SN 0 0.0 A E HTPR C 97 88 5 21 6 16 * 0 0 7 26 16 S 77 W 1802 17 SF 0 0.0 E HTPR C KHAR V 98 88 5 21 7 0 +3 7 10 +1 7 26 * 28 N 90 W 1802 14 SN 60 0.0 A DR HTPR*C CATA*C KHAR*P 99 88 5 21 7 35 * 7 35 7 48 * 16 S 78 W 1802 17 SF 0 0.0 H KHAR*V 100 88 5 21 8 22 * 8 23 8 27 * 22 S 85 E 1802 33 SF 0 0.0 D H KHAR*V 101 88 5 21 12 10 13 22 13 43 * 15 S 78 W 1802 17 SN 0 0.0 E HTPR C HOLL E RAMY E 102 88 5 21 12 10 13 38 13 43 * 15 S 78 W 1802 17 SN 0 0.0 E HTPR C HOLL E RAMY E 102 88 5 21 15 17 +3 15 20 +1 16 9 * 15 S 79 W 1802 17 SN 20 0.0 HTPR C HOLL*E RAMY*E 103 88 5 21 15 19 * 15 20 15 31 * 22 S 55 E 1802 31 SB 0 0.0 HTPR*C 104 88 5 21 16 52 * 17 1 17 6 * 17 S 52 E 1802 31 SF 0 0.0 E HTPR*C 105 88 5 21 17 28 >9 18 4 18 10 * 23 S 85 E 1802 34 SF 30 0.0 A E HTPR*C PALE*E 106 88 5 21 18 59 * 18 59 19 5 * 15 S 90 W 1802 17 SF 0 0.0 HOLL*E 107 88 5 22 0 15 * 0 16 0 19 * 15 S 82 W 1802 17 SF 0 0.0 HOLL*E 108 88 5 22 1 9 * 1 12 1 27 * 28 S 82 E 1802 34 SF 0 0.0 LEAR*E 109 88 5 22 1 37 * 1 47 2 2 * 19 S 45 E 1802 31 SF 0 0.0 PALE*E 110 88 5 22 2 19 * 2 27 2 29 * 26 S 77 E 1802 34 SF 0 0.0 PALE*E 111 88 5 22 3 0 +0 3 7 4 2 * 24 S 76 E 1802 34 SF 0 0.0 A YUNN P LEAR*E PALE E 112 88 5 22 3 0 +0 3 14 4 2 * 24 S 76 E 1802 34 SF 0 0.0 A YUNN P LEAR*E PALE E 112 88 5 22 3 25 * 3 27 +6 4 5 * 21 S 48 E 1802 31 SF 35 0.5 F LEAR*E PALE E 113 88 5 22 4 23 * 4 29 4 37 * 21 S 74 E 1802 34 SF 0 0.0 LEAR*E 114 88 5 22 4 28 * 4 29 4 35 * 15 S 70 W 1802 0 SF 0 0.0 LEAR*E 115 88 5 22 4 46 * 4 48 5 5 * 24 S 70 E 1802 34 1N 0 0.0 D K ABST*C 116 88 5 22 5 58 * 5 59 6 5 * 24 S 76 E 1802 34 SN 0 0.0 LEAR*E CATA P 117 88 5 22 6 44 * 6 45 6 49 * 25 S 74 E 1802 34 SF 0 0.0 LEAR*E 118 88 5 22 11 1 * 11 6 11 20 * 24 S 74 E 1802 34 1F 0 0.0 SVTO*E 119 88 5 22 16 13 * 16 15 16 22 * 25 S 67 E 1802 34 SF 0 0.0 HOLL*E 120 88 5 22 19 16 * 19 19 19 23 * 27 S 72 E 1802 34 SF 0 0.0 F HOLL*E 121 88 5 22 19 44 +0 19 44 +2 20 2 * 25 S 67 E 1802 34 SF 20 0.0 F PALE*E HOLL*E 122 88 5 22 20 28 +1 20 29 20 42 * 25 S 68 E 1802 34 SF 0 0.0 F HOLL*E PALE*E 123 88 5 22 20 28 +1 20 36 20 42 * 25 S 68 E 1802 34 SF 0 0.0 F HOLL*E PALE*E 123 88 5 22 21 14 * 21 14 21 22 * 27 S 70 E 1802 34 SF 0 0.0 HOLL*E 124 88 5 22 22 10 * 22 12 22 18 * 24 S 69 E 1802 34 SF 0 0.0 F HOLL*E 125 88 5 22 23 49 +2 23 50 +1 23 54 * 25 S 67 E 1802 34 SF 25 0.0 HOLL*E PALE*E 126 88 5 23 0 32 * 0 32 0 43 * 19 S 36 E 1802 31 SF 0 0.0 F HOLL*E 127 88 5 23 0 33 * 0 43 0 46 * 22 S 64 E 1802 34 SF 0 0.0 F HOLL*E 128 88 5 23 0 56 >9 1 7 +2 1 23 * 25 S 62 E 1802 34 SF 20 0.5 F HOLL*E PALE*E LEAR*E 129 88 5 23 0 56 >9 1 21 1 23 * 25 S 62 E 1802 34 SF 20 0.5 F HOLL*E PALE*E LEAR*E 129 88 5 23 1 36 +0 2 0 2 35 * 26 S 62 E 1802 34 SF 25 0.6 LEAR*E PALE*E 130 88 5 23 1 36 +0 2 27 +0 2 35 * 26 S 62 E 1802 34 SF 25 0.6 LEAR*E PALE*E 130 88 5 23 2 53 +1 3 0 +1 3 27 * 23 S 60 E 1802 34 SN 50 1.1 F LEAR*E PALE*E TACH C 131 88 5 23 2 53 +1 3 9 3 27 * 23 S 60 E 1802 34 SN 50 1.1 F LEAR*E PALE*E TACH C 131 88 5 23 3 9 * 3 14 3 18 * 23 S 52 E 1802 32 SF 0 0.0 LEAR*E 132 88 5 23 3 53 * 3 53 3 59 * 26 S 62 E 1802 34 SF 0 0.0 LEAR*E 133 88 5 23 4 14 * 4 15 4 16 * 25 S 59 E 1802 34 SF 0 0.0 PALE*E 134 88 5 23 4 59 +5 5 1 +4 5 18 * 22 S 36 E 1802 31 SN 0 0.0 F GU TACH*C LEAR*E 135 88 5 23 5 25 +5 5 30 +2 6 7 * 25 S 61 E 1802 34 SN 80 1.8 F TACH*C LEAR*E SVTO*E 136 88 5 23 5 25 +5 6 0 6 7 * 25 S 61 E 1802 34 SN 80 1.8 F TACH*C LEAR*E SVTO*E 136 88 5 23 5 37 +6 5 45 +2 6 2 * 20 S 32 E 1802 31 SF 30 0.4 F LEAR*E SVTO*E 137 88 5 23 7 56 * 7 58 8 5 * 25 S 58 E 1802 34 SN 0 0.0 LEAR*E 138 88 5 23 8 24 +5 8 30 +3 9 8 * 24 S 59 E 1802 34 SF 50 1.0 F LEAR*E SVTO E 139 88 5 23 11 38 >9 11 59 +1 12 26 * 24 S 54 E 1802 34 SN 100 1.8 RAMY*E SVTO*E KANZ* 140 88 5 23 11 38 >9 12 6 +3 12 26 * 24 S 54 E 1802 34 SN 100 1.8 RAMY*E SVTO*E KANZ* 140 88 5 23 13 45 * 13 45 13 51 * 26 S 55 E 1802 34 SF 0 0.0 RAMY*E 141 88 5 23 15 6 +2 15 8 +5 15 26 * 24 S 48 E 1802 33 SF 90 1.4 F H SVTO*E RAMY*E HOLL*E KANZ* 142 88 5 23 16 16 +4 16 18 +2 16 29 * 26 S 54 E 1802 34 SF 20 0.4 F SVTO*E RAMY*E KANZ* 143 88 5 23 17 28 +0 17 34 +0 18 9 * 26 S 58 E 1802 34 SF 50 1.0 F HOLL*E RAMY*E 144 88 5 23 17 28 +0 17 59 18 9 * 26 S 58 E 1802 34 SF 50 1.0 F HOLL*E RAMY*E 144 88 5 23 18 39 * 18 45 18 55 * 23 S 55 E 1802 34 SF 0 0.0 F HOLL*E 145 88 5 23 18 57 * 18 58 19 9 * 25 S 57 E 1802 34 SF 0 0.0 PALE*E 146 88 5 23 20 9 * 20 9 20 14 * 24 S 56 E 1802 34 SF 0 0.0 F HOLL*E 147 88 5 23 22 58 * 23 0 23 17 * 25 S 56 E 1802 34 SF 0 0.0 F HOLL*E 148 88 5 24 0 58 +2 0 59 +2 1 8 * 26 S 55 E 1802 34 SF 20 0.4 F HOLL*E PALE*E 149 88 5 24 1 29 * 1 29 1 33 * 26 S 52 E 1802 34 SF 0 0.0 PALE*E 150 88 5 24 3 27 * 3 34 3 38 * 26 S 51 E 1802 34 SF 0 0.0 F PALE*E 151 88 5 24 3 44 * 3 44 3 52 * 26 S 51 E 1802 34 SF 0 0.0 PALE*E 152 88 5 24 5 50 +0 5 50 +2 5 57 * 27 S 55 E 1802 34 SN 60 1.1 D V PEKG*P ABST*P LEAR*E ATHN*V 153 88 5 24 7 46 * 7 55 8 6 * 24 S 46 E 1802 32 SN 0 0.0 E HTPR*C 154 88 5 24 8 8 +8 8 16 +4 8 44 * 25 S 46 E 1802 32 SN 70 1.1 I HTPR*C LEAR*E KANZ* CATA P 155 88 5 24 13 1 * 13 3 13 18 * 24 S 45 E 1802 34 SF 0 0.0 E HTPR*C 156 88 5 24 13 28 +4 13 32 +3 13 41 * 24 S 42 E 1802 32 SF 10 0.1 HTPR*C RAMY*E KANZ* HOLL*E 157 88 5 24 15 12 +4 15 15 +1 15 20 * 24 S 45 E 1802 33 SF 0 0.0 F HTPR*C HOLL*E KANZ* 158 88 5 24 16 37 * 16 44 16 58 * 24 S 43 E 1802 32 SF 0 0.0 E HTPR*C 159 88 5 24 19 22 * 19 33 19 37 * 26 S 44 E 1802 34 SF 0 0.0 F PALE*E 160 88 5 24 21 40 21 40 21 49 * 26 S 42 E 1802 34 SF 0 0.0 PALE E 161 88 5 24 22 31 +2 22 33 +1 22 38 * 24 S 37 E 1802 32 SF 15 0.2 F PALE*E HOLL*E 162 88 5 24 23 3 * 23 9 23 17 * 24 S 39 E 1802 34 SF 0 0.0 F HOLL*E 163 88 5 24 23 46 * 23 54 23 56 * 24 S 39 E 1802 34 SF 0 0.0 LEAR*E 164 88 5 25 0 34 +5 0 43 +0 0 48 * 25 S 41 E 1802 34 SF 45 0.6 E PALE*E HOLL*E 165 88 5 25 1 7 +1 1 9 +1 1 11 * 26 S 41 E 1802 34 SF 20 0.3 YUNN*C HOLL*E LEAR*E 166 88 5 25 2 15 * 2 18 2 21 * 27 S 45 E 1802 34 SN 0 0.0 YUNN*C 167 88 5 25 3 27 * 3 27 3 30 * 24 S 36 E 1802 32 SF 0 0.0 F PALE*E 168 88 5 25 3 30 * 3 32 3 39 * 23 S 45 E 1802 34 SB 0 0.0 D TACH*C 169 88 5 25 3 45 0 0 3 53 23 S 45 E 1802 34 SB 0 0.0 E TACH C 170 88 5 25 5 35 0 0 5 47 23 S 44 E 1802 34 SN 0 0.0 D TACH C 171 88 5 25 6 6 * 6 11 +2 6 17 * 27 S 41 E 1802 34 SF 0 0.0 LEAR*E KANZ 172 88 5 25 6 55 0 0 7 50 * 21 S 4 E 1802 31 SF 0 0.0 E HTPR C 173 88 5 25 7 38 * 7 42 8 1 * 23 S 34 E 1802 32 SN 0 0.0 E I HTPR*C 174 88 5 25 11 54 * 12 2 12 30 * 20 S 31 E 1802 33 SN 0 0.0 HTPR*C 175 88 5 25 12 32 * 12 35 12 42 * 23 S 25 E 1802 32 SF 0 0.0 E HTPR*C 176 88 5 25 13 5 >9 13 22 13 34 * 24 S 33 E 1802 34 SF 30 0.4 E I HTPR C RAMY*E 177 88 5 25 13 54 +0 13 55 +3 13 59 * 26 S 35 E 1802 34 SF 0 0.0 SVTO*E KANZ 178 88 5 25 14 29 +2 14 33 +1 14 41 * 24 S 32 E 1802 34 SF 15 0.2 F RAMY*E SVTO*E 179 88 5 25 15 9 +5 15 36 +1 16 29 24 S 32 E 1802 34 SF 0 0.0 F H HOLL*E SVTO*E RAMY E 180 88 5 25 15 9 +5 15 53 +3 16 29 24 S 32 E 1802 34 SF 0 0.0 F H HOLL*E SVTO*E RAMY E 180 88 5 25 21 8 * 21 9 21 20 25 S 26 E 1802 32 SF 0 0.0 E PALE E 181 88 5 25 21 53 * 22 9 22 39 * 27 S 28 E 1802 34 SF 0 0.0 F PALE*E 182 88 5 25 22 50 * 22 54 23 11 24 S 28 E 1802 34 SF 0 0.0 F PALE E 183 88 5 25 23 50 >9 24 2 +4 24 20 * 25 S 24 E 1802 32 SF 20 0.2 F LEAR*E PALE E 184 88 5 26 0 14 * 0 17 0 28 * 26 S 31 E 1802 34 SF 0 0.0 HOLL*E 185 88 5 26 0 58 +3 1 1 +3 1 50 * 27 S 30 E 1802 34 1N 0 0.0 F U YUNN P LEAR*E HOLL E MITK*C PALE E 186 88 5 26 2 45 * 2 55 3 12 * 24 S 22 E 1802 32 SN 0 0.0 E YUNN*C 187 88 5 26 4 18 +4 4 42 +1 5 17 * 26 S 28 E 1802 34 1N 170 2.1 E LEAR*E TACH*C PALE E PEKG V MITK C ABST C 188 88 5 26 4 18 +4 5 0 +5 5 17 * 26 S 28 E 1802 34 1N 170 2.1 E LEAR*E TACH*C PALE E PEKG V MITK C ABST C 188 88 5 26 5 40 * 5 41 6 10 * 25 S 12 E 1802 32 SF 0 0.0 SVTO*E 189 88 5 26 5 46 +9 5 46 +0 6 7 * 27 S 25 E 1802 32 SF 0 0.0 D SVTO*E LEAR*E ABST*C PEKG*P TACH*C KANZ 190 88 5 26 5 46 +9 5 51 +7 6 7 * 27 S 25 E 1802 32 SF 0 0.0 D SVTO*E LEAR*E ABST*C PEKG*P TACH*C KANZ 190 88 5 26 7 28 * 7 30 8 7 * 26 S 21 E 1802 32 SF 20 0.2 LEAR*E HTPR C 191 88 5 26 9 43 * 9 43 9 47 * 26 S 25 E 1802 34 SF 0 0.0 KANZ* 192 88 5 26 11 17 0 0 11 21 * 27 S 28 E 1802 34 SB 0 0.0 HTPR C 193 88 5 26 11 56 * 12 0 12 2 * 24 S 18 E 1802 32 SF 0 0.0 RAMY*E 194 88 5 26 16 25 * 0 0 16 40 25 S 20 E 1802 34 SF 0 0.0 E HTPR C 195 88 5 26 20 32 +1 20 35 22 15 * 25 S 16 E 1802 34 SF 100 1.1 F PALE*E RAMY E HOLL*E 196 88 5 26 20 32 +1 21 12 +4 22 15 * 25 S 16 E 1802 34 SF 100 1.1 F PALE*E RAMY E HOLL*E 196 88 5 26 23 9 * 23 17 23 26 * 27 S 18 E 1802 34 SF 0 0.0 F PALE*E 197 88 5 27 2 18 * 2 22 2 22 25 S 13 E 1802 34 SF 0 0.0 PALE E 198 88 5 27 4 22 * 0 0 4 29 28 S 19 E 1802 34 SB 0 0.0 E I TACH C 199 88 5 27 5 38 +2 5 41 +4 6 10 * 25 S 15 E 1802 34 SN 90 1.0 D IU TACH C LEAR*E SVTO E ABST P 200 88 5 27 5 38 +2 5 54 6 10 * 25 S 15 E 1802 34 SN 90 1.0 D IU TACH C LEAR*E SVTO E ABST P 200 88 5 27 7 57 +3 8 0 +1 8 15 * 25 S 18 E 1802 34 SN 90 1.0 E YUNN*C CATA*C 201 88 5 27 10 49 * 10 54 11 4 * 25 S 6 E 1802 34 SF 0 0.0 RAMY*E 202 88 5 27 11 26 * 11 34 12 58 * 26 S 13 E 1802 34 SF 0 0.0 RAMY*E 203 88 5 27 13 43 +1 13 48 +3 14 43 * 25 S 4 E 1802 32 1B 0 0.0 F RAMY*E HOLL*E 204 88 5 27 15 46 +3 16 1 +1 16 31 * 25 S 7 E 1802 34 SF 30 0.3 F RAMY*E HOLL*E 205 88 5 27 18 31 +1 18 32 +2 18 43 * 25 S 2 E 1802 32 SF 20 0.2 F RAMY*E HOLL*E 206 88 5 27 19 59 +1 20 1 +0 20 13 * 25 S 0 1802 32 SF 40 0.4 F HOLL*E PALE*E RAMY*E 207 88 5 27 23 21 * 23 25 23 43 * 25 S 11 E 1802 34 SB 0 0.0 D CULG*C 208 88 5 27 23 45 +0 23 45 +3 23 52 * 26 S 9 E 1802 34 SN 130 1.4 D CULG*C PEKG*P 209 88 5 28 0 42 +1 0 43 1 26 * 24 S 0 1802 34 1N 400 4.3 F YUNN*P PEKG*C PALE E CULG*C 210 88 5 28 0 42 +1 0 50 +5 1 26 * 24 S 0 1802 34 1N 400 4.3 F YUNN*P PEKG*C PALE E CULG*C 210 88 5 28 2 47 * 2 47 2 50 * 25 S 4 W 1802 32 SF 0 0.0 PALE*E 211 88 5 28 3 52 * 3 53 3 57 * 27 S 4 E 1802 34 SB 0 0.0 D I TACH*C 212 88 5 28 4 32 +5 4 36 +1 4 57 * 27 S 4 E 1802 34 SN 30 0.3 D HI TACH C LEAR*E 213 88 5 28 5 25 * 5 34 5 55 * 27 S 8 E 1802 34 SB 0 0.0 D HI TACH*C 214 88 5 28 7 51 +7 8 2 +3 8 41 * 25 S 4 W 1802 34 SN 80 0.9 E GK HTPR*C URUM*C KHAR*P SVTO E 215 88 5 28 7 51 +7 8 22 +7 8 41 * 25 S 4 W 1802 34 SN 80 0.9 E GK HTPR*C URUM*C KHAR*P SVTO E 215 88 5 28 8 59 +6 9 0 9 37 * 25 S 4 W 1802 34 SN 0 0.0 E HKU SVTO*E KHAR*V URUM*C HTPR C 216 88 5 28 8 59 +6 9 11 +3 9 37 * 25 S 4 W 1802 34 SN 0 0.0 E HKU SVTO*E KHAR*V URUM*C HTPR C 216 88 5 28 11 2 >9 11 3 11 24 * 25 S 6 W 1802 34 SN 70 0.8 SVTO*E RAMY*E CATA*C 217 88 5 28 11 2 >9 11 14 +3 11 24 * 25 S 6 W 1802 34 SN 70 0.8 SVTO*E RAMY*E CATA*C 217 88 5 28 13 18 * 0 0 13 29 26 S 7 E 1802 34 SF 0 0.0 E HTPR C 218 88 5 28 13 21 +2 13 23 13 41 * 25 S 6 W 1802 34 SF 0 0.0 HTPR C RAMY*E 219 88 5 28 14 46 +4 14 50 +2 15 9 * 26 S 2 W 1802 34 SN 45 0.5 HTPR*C HOLL*E SVTO*E RAMY*E 220 88 5 28 16 8 +5 16 13 16 21 * 26 S 13 W 1802 32 SF 15 0.2 HTPR C RAMY*E 221 88 5 28 17 49 +1 17 49 +3 17 56 * 24 S 8 W 1802 34 SF 10 0.1 F PALE*E RAMY*E HOLL*E 222 88 5 28 23 9 +9 23 21 +1 23 36 * 24 S 12 W 1802 34 SF 30 0.3 F HOLL*E PALE*E 223 88 5 28 23 49 * 23 49 24 5 * 24 S 12 W 1802 34 SF 0 0.0 F HOLL*E 224 88 5 29 5 31 +3 5 37 +2 6 25 * 24 S 14 W 1802 34 1N 280 3.1 E H SVTO*E CULG*P URUM*C 225 88 5 29 5 31 +3 5 52 6 25 * 24 S 14 W 1802 34 1N 280 3.1 E H SVTO*E CULG*P URUM*C 225 88 5 29 6 42 * 6 44 6 46 * 27 S 10 W 1802 34 SF 0 0.0 SVTO*E 226 88 5 29 7 28 * 7 28 7 37 * 26 S 17 W 1802 34 SF 0 0.0 F SVTO*E 227 88 5 29 9 9 +0 9 11 +2 9 48 * 24 S 18 W 1802 34 SN 0 0.0 E GH KHAR*V SVTO*E KANZ 228 88 5 29 9 47 * 9 50 9 57 * 16 N 90 E 1802 48 SF 0 0.0 D KHAR*V 229 88 5 29 10 39 * 10 41 10 46 * 26 S 20 W 1802 34 SF 0 0.0 RAMY*E 230 88 5 29 12 47 * 12 49 12 56 * 26 S 22 W 1802 32 SF 0 0.0 RAMY*E 231 88 5 29 13 50 +0 13 51 +0 13 58 * 26 S 22 W 1802 32 SF 50 0.6 HOLL*E RAMY*E 232 88 5 29 14 13 * 14 14 15 9 * 14 N 85 E 1802 47 SF 0 0.0 RAMY*E 233 88 5 29 17 31 * 17 36 17 44 * 18 N 79 E 1802 48 SF 0 0.0 PALE*E 234 88 5 29 17 50 * 17 57 18 8 * 18 N 79 E 1802 48 SF 0 0.0 F PALE*E 235 88 5 29 18 35 +0 18 35 +3 18 42 * 25 S 18 W 1802 34 SF 10 0.1 PALE*E HOLL*E 236 88 5 29 19 33 * 19 33 19 42 * 23 S 25 W 1802 34 SF 0 0.0 F HOLL*E 237 88 5 29 20 8 * 20 13 20 19 * 26 S 17 W 1802 34 SF 0 0.0 H Z HOLL*E 238 88 5 29 21 6 * 21 11 21 23 24 N 78 E 1802 48 SF 0 0.0 PALE E 239 88 5 29 22 53 22 54 23 1 * 27 S 16 W 1802 34 SN 0 0.0 D HI VORO C 240 88 5 30 1 3 +0 1 7 +1 1 18 * 24 S 22 W 1802 34 1N 270 3.1 F YUNN*C MITK*C 241 88 5 30 1 32 * 1 36 1 40 * 27 S 18 W 1802 34 SB 0 0.0 YUNN*C 242 88 5 30 2 37 * 2 40 2 49 * 25 S 22 W 1802 34 1B 0 0.0 YUNN*C 243 88 5 30 4 38 +3 4 42 +1 4 57 * 24 S 23 W 1802 34 1N 0 0.0 H YUNN P SVTO*E MITK*C ABST*C 244 88 5 30 6 12 +2 6 18 +3 6 33 * 24 S 24 W 1802 34 SN 170 2.0 E SVTO*E ABST*C MITK*C CATA P 245 88 5 30 7 0 0 0 7 15 28 S 33 W 1802 32 SF 0 0.0 E KHAR V 246 88 5 30 8 47 * 8 47 8 53 * 25 S 28 W 1802 34 SF 0 0.0 F SVTO*E 247 88 5 30 11 0 +1 11 4 +0 11 6 * 24 S 26 W 1802 34 SN 0 0.0 CATA P SVTO*E 248 88 5 30 13 32 +0 13 33 +0 13 39 * 28 S 25 W 1802 34 SF 30 0.4 SVTO*E HOLL*E 249 88 5 30 15 1 +3 15 10 +0 15 27 * 26 S 29 W 1802 34 SF 70 0.9 F H RAMY*E HOLL*E SVTO*E 250 88 5 30 17 8 * 17 10 17 15 * 26 S 38 W 1802 32 SF 0 0.0 F HOLL*E 251 88 5 30 17 23 +8 17 32 17 44 * 24 S 35 W 1802 34 SF 0 0.0 HOLL*E PALE*E 252 88 5 30 17 23 +8 17 40 17 44 * 24 S 35 W 1802 34 SF 0 0.0 HOLL*E PALE*E 252 88 5 30 17 49 +8 18 2 +1 18 16 * 24 S 34 W 1802 34 SF 50 0.6 F PALE*E HOLL*E 253 88 5 30 19 13 +0 19 13 +0 19 24 * 18 N 70 E 1802 48 SF 20 0.0 HOLL*E PALE*E 254 88 5 30 19 47 * 19 55 20 46 * 23 S 37 W 1802 34 1N 0 0.0 PALE*E 255 88 5 30 19 47 * 20 18 20 46 * 23 S 37 W 1802 34 1N 0 0.0 PALE*E 255 88 5 30 21 42 * 22 15 22 35 * 25 S 34 W 1802 34 SF 0 0.0 F H HOLL*E 256 88 5 30 23 34 * 23 40 23 45 * 18 N 68 E 1802 48 SF 0 0.0 HOLL*E 257 88 5 31 0 18 +1 0 23 +4 0 53 * 25 S 39 W 1802 34 SF 100 1.4 LEAR*E HOLL*E MITK*C 258 88 5 31 8 20 * 8 26 8 44 * 17 N 62 E 1802 48 SF 0 0.0 SVTO*E 259 88 5 31 9 1 * 0 0 9 7 15 N 59 E 1802 47 SF 0 0.0 E HTPR C 260 88 5 31 10 53 * 10 55 11 1 * 24 S 47 W 1802 34 SF 0 0.0 RAMY*E 261 88 5 31 10 43 * 10 50 10 54 * 17 N 57 E 1802 48 SF 0 0.0 F RAMY*E 262 88 5 31 10 55 +5 10 59 +4 11 12 * 18 N 60 E 1802 48 SF 0 0.0 F RAMY*E SVTO*E 263 88 5 31 11 21 * 11 21 11 29 * 25 N 68 E 1803 2 SF 0 0.0 RAMY*E 264 88 5 31 11 38 * 11 40 11 45 * 19 N 60 E 1802 48 SF 0 0.0 SVTO*E 265 88 5 31 13 30 * 13 31 13 34 * 19 N 59 E 1802 48 SF 0 0.0 HOLL*E 266 88 5 31 13 58 * 14 0 14 4 * 25 S 48 W 1802 34 SF 0 0.0 F HOLL*E 267 88 5 31 14 19 * 14 20 14 42 * 24 S 42 W 1802 34 SF 0 0.0 F HOLL*E 268 88 5 31 14 35 * 14 35 14 42 * 32 S 42 W 1802 33 SF 0 0.0 SVTO*E 269 88 5 31 14 43 * 14 43 14 52 * 16 N 53 E 1802 47 SF 0 0.0 HOLL*E 270 88 5 31 15 24 * 15 28 15 31 * 19 N 58 E 1802 48 SF 0 0.0 HOLL*E 271 88 5 31 16 16 * 16 27 16 33 * 24 S 49 W 1802 34 SF 0 0.0 F HOLL*E 272 88 5 31 17 35 +8 17 46 +2 18 5 * 24 S 45 W 1802 34 SF 20 0.3 F RAMY*E HOLL*E 273 88 5 31 18 22 * 18 25 18 30 * 28 N 60 E 1803 2 SF 0 0.0 RAMY*E 274 88 5 31 18 37 * 18 37 18 42 * 27 N 60 E 1803 2 SF 0 0.0 HOLL*E 275 88 5 31 23 42 * 23 45 23 49 * 19 N 53 E 1802 48 SF 0 0.0 HOLL*E 276 88 6 1 1 22 * 1 25 1 34 * 28 N 56 E 1803 2 SF 0 0.0 F H HOLL*E 1 88 6 1 2 4 +6 2 12 +1 2 23 * 21 S 61 W 1802 34 SF 60 1.3 PALE*E PEKG*C 2 88 6 1 6 38 * 6 56 7 15 * 19 N 52 E 1802 48 SF 0 0.0 E HTPR*C 3 88 6 1 6 49 * 6 52 6 58 * 28 N 48 E 1803 2 SF 0 0.0 D H KHAR*P 4 88 6 1 7 8 >9 7 10 7 29 28 N 49 E 1803 2 SF 0 0.0 HTPR*C KHAR*V 5 88 6 1 7 8 >9 7 25 7 29 28 N 49 E 1803 2 SF 0 0.0 HTPR*C KHAR*V 5 88 6 1 7 12 +2 7 14 +1 7 26 * 16 N 46 E 1802 48 SN 0 0.0 E L HTPR*C KHAR*V 6 88 6 1 7 30 * 7 32 7 44 * 19 N 51 E 1802 48 SF 0 0.0 D KHAR*V 7 88 6 1 8 33 * 8 37 8 44 * 20 S 80 E 1803 7 1B 0 0.0 HTPR*C 8 88 6 1 8 40 * 8 41 +2 8 47 * 18 N 47 E 1802 48 SN 0 0.0 HTPR*C KHAR V 9 88 6 1 9 47 * 9 52 10 3 * 24 S 59 W 1802 34 SB 0 0.0 E HTPR*C 10 88 6 1 10 25 * 0 0 11 36 20 N 51 E 1802 48 SF 0 0.0 HTPR C 11 88 6 1 11 48 * 11 49 11 54 * 20 S 80 E 1803 7 SF 0 0.0 HTPR*C 12 88 6 1 11 55 +2 12 0 +0 12 10 * 24 S 46 W 1802 34 SN 0 0.0 E HTPR*C RAMY*E 13 88 6 1 11 42 >9 12 24 +0 12 41 * 18 N 47 E 1802 48 SN 45 0.7 E K HTPR*C RAMY*E 14 88 6 1 12 52 * 12 58 13 9 * 25 S 46 W 1802 34 SF 0 0.0 E HTPR*C 15 88 6 1 13 15 * 13 19 13 25 * 17 N 44 E 1802 48 SN 0 0.0 E HTPR*C 16 88 6 1 13 18 * 13 23 13 25 * 27 S 55 W 1802 34 SF 0 0.0 E HTPR*C 17 88 6 1 13 50 +3 13 53 +4 14 0 * 25 S 46 W 1802 34 SF 30 0.5 E H HTPR*C HOLL*E RAMY*E 18 88 6 1 14 5 * 14 9 14 18 * 27 S 52 W 1802 34 SF 0 0.0 HTPR*C 19 88 6 1 14 27 * 14 34 14 46 * 18 N 43 E 1802 48 SF 0 0.0 E HTPR*C 20 88 6 1 14 50 * 14 52 14 56 * 13 N 40 E 1802 47 SF 0 0.0 HTPR*C 21 88 6 1 15 0 +2 15 2 +0 15 7 * 25 N 54 E 1803 2 SF 20 0.4 HTPR*C HOLL*E 22 88 6 1 15 5 >9 15 25 +1 15 32 * 30 N 44 E 1803 2 SF 30 0.5 E K HTPR*C HOLL*E 23 88 6 1 15 46 * 16 4 16 35 * 18 S 70 E 1803 7 SF 0 0.0 HTPR*C 24 88 6 1 15 40 >9 16 6 +7 16 28 * 27 S 79 E 1803 7 1N 0 0.0 F U HTPR*C KANZ* HOLL E RAMY E 25 88 6 1 17 42 +2 17 45 18 1 * 19 N 41 E 1802 48 SF 0 0.0 HOLL*E RAMY*E 26 88 6 1 17 42 +2 17 54 18 1 * 19 N 41 E 1802 48 SF 0 0.0 HOLL*E RAMY*E 26 88 6 1 18 31 * 18 35 18 48 * 16 N 40 E 1802 48 SF 0 0.0 F HOLL*E 27 88 6 1 20 8 +0 20 8 +1 20 14 * 25 S 56 W 1802 34 SF 35 0.7 HOLL*E RAMY*E 28 88 6 1 20 36 * 20 38 20 58 * 14 N 36 E 1802 47 SF 0 0.0 HOLL*E 29 88 6 1 21 10 * 21 10 21 21 * 25 S 57 W 1802 34 SF 0 0.0 HOLL*E 30 88 6 1 23 32 * 23 47 23 55 * 13 N 36 E 1802 47 SF 0 0.0 F HOLL*E 31 88 6 1 23 44 * 23 46 23 54 * 25 N 47 E 1803 2 SN 0 0.0 PEKG*P 32 88 6 2 0 6 * 0 8 0 16 * 18 N 42 E 1802 48 SF 0 0.0 HOLL*E 33 88 6 2 0 20 * 0 30 0 38 * 18 N 41 E 1802 48 SF 0 0.0 F HOLL*E 34 88 6 22 1 20 * 1 24 1 40 19 S 18 W 1803 24 1F 0 0.0 D CULG P 35 88 6 2 2 15 * 2 21 2 35 * 25 S 52 W 1802 34 SF 0 0.0 D CULG*C 36 88 6 2 2 41 * 2 43 2 58 * 27 S 59 W 1802 34 1F 0 0.0 D CULG*C 37 88 6 2 3 32 +7 3 35 +5 3 47 * 24 S 64 W 1802 34 SN 0 0.0 YUNN*C LEAR*E 38 88 6 2 3 33 3 36 +0 3 52 * 26 S 52 W 1802 34 1N 150 2.7 D CULG P TACH C 39 88 6 2 7 12 +7 7 19 +1 7 31 * 26 S 57 W 1802 34 SN 80 1.6 HTPR*C CATA*P KHAR P 40 88 6 2 8 38 +0 8 39 +1 8 54 * 19 N 36 E 1802 48 SF 0 0.0 E HTPR*C SVTO*E 41 88 6 2 8 55 +3 9 0 +3 10 0 * 26 S 65 W 1802 34 SN 60 0.0 E HR HTPR*C SVTO*E KHAR*P CATA P 42 88 6 2 12 27 * 12 29 12 45 * 19 N 34 E 1802 48 SF 0 0.0 RAMY*E 43 88 6 2 18 25 18 25 18 41 * 23 S 70 W 1802 34 SF 0 0.0 F HOLL E 44 88 6 2 18 59 * 19 0 19 3 * 26 N 26 E 1803 2 SF 0 0.0 HOLL*E 45 88 6 2 19 19 * 19 20 19 31 26 N 26 E 1803 2 SF 0 0.0 HOLL E 46 88 6 2 23 53 +1 23 55 +1 24 3 * 19 S 56 E 1803 7 SF 10 0.2 HOLL*E LEAR*E 47 88 6 3 1 1 * 1 1 1 5 * 26 S 73 W 1802 34 SF 0 0.0 F HOLL*E 48 88 6 3 1 36 * 1 37 1 40 * 24 S 71 W 1802 34 SF 0 0.0 LEAR*E 49 88 6 3 2 37 +0 2 38 +3 2 51 * 20 S 61 E 1803 7 SF 25 0.6 LEAR*E YUNN*P 50 88 6 3 5 25 +3 5 30 +3 5 48 * 20 S 57 E 1803 7 SN 50 1.0 E HTPR*C LEAR*E TACH*C 51 88 6 3 5 25 +3 5 39 5 48 * 20 S 57 E 1803 7 SN 50 1.0 E HTPR*C LEAR*E TACH*C 51 88 6 3 5 28 +2 5 29 +7 5 44 * 24 S 66 W 1802 34 1N 0 0.0 TACH*C SVTO*E CULG P HTPR*C LEAR*E 52 88 6 3 6 13 +0 6 14 +1 6 36 * 24 S 66 W 1802 34 SN 50 0.0 F HTPR*C SVTO*E LEAR*E 53 88 6 3 6 13 +0 6 35 6 36 * 24 S 66 W 1802 34 SN 50 0.0 F HTPR*C SVTO*E LEAR*E 53 88 6 3 6 31 * 6 33 6 55 * 22 N 27 E 1802 48 SF 0 0.0 E HTPR*C 54 88 6 3 7 19 +3 7 21 +1 7 28 * 27 S 77 W 1802 34 SF 0 0.0 D LEAR*E HTPR*C KHAR*V 55 88 6 3 8 33 +7 8 40 +3 8 50 * 26 S 78 W 1802 34 SF 0 0.0 H HTPR*C KHAR*V KANZ* CATA*C LEAR*E 56 88 6 3 8 44 * 8 48 8 57 * 18 N 20 E 1802 48 SF 0 0.0 F LEAR*E 57 88 6 3 9 0 * 9 1 9 10 * 24 S 56 E 1803 7 SF 0 0.0 D H KHAR*P 58 88 6 3 10 28 * 10 28 10 36 * 18 N 17 E 1802 48 SF 0 0.0 E HTPR*C 59 88 6 3 12 46 +0 12 46 +0 13 9 * 22 N 17 E 1802 48 SF 30 0.3 V HOLL*E HTPR*C KANZ* RAMY*E 60 88 6 3 18 7 * 18 13 18 17 * 22 S 90 W 1802 34 SN 0 0.0 HTPR*C 61 88 6 3 19 22 +0 19 25 +2 19 33 * 23 S 78 W 1802 34 1N 90 0.0 RAMY E PALE*E HOLL*E 62 88 6 3 20 6 * 20 7 20 17 * 29 N 17 E 1803 2 SF 0 0.0 F HOLL*E 63 88 6 3 20 43 * 20 45 20 53 * 19 S 51 E 1803 7 SF 0 0.0 F HOLL*E 64 88 6 3 23 32 * 23 34 24 2 * 20 S 47 E 1803 7 SF 0 0.0 F HOLL*E 65 88 6 3 23 39 * 0 0 23 43 * 24 N 11 E 1803 2 SF 0 0.0 HOLL*E 66 88 6 3 23 39 23 40 23 45 25 S 81 W 1802 34 SF 0 0.0 HOLL E 67 88 6 4 0 12 +1 0 12 +2 0 24 * 20 S 47 E 1803 7 SF 0 0.0 F PALE*E HOLL*E 68 88 6 4 0 51 1 1 1 8 * 24 S 80 W 1802 34 SN 0 0.0 HOLL E 69 88 6 4 1 14 +1 1 15 +3 1 22 * 22 S 79 W 1802 34 SF 30 0.0 PALE*E LEAR*E HOLL*E 70 88 6 4 2 53 * 2 56 3 20 * 23 S 44 E 1803 7 SF 0 0.0 LEAR*E 71 88 6 4 3 34 * 3 39 3 42 * 20 S 45 E 1803 7 SF 0 0.0 LEAR*E 72 88 6 4 4 30 * 4 33 5 8 * 13 N 33 W 1802 37 SN 0 0.0 D K ABST*C 73 88 6 4 5 6 +3 5 8 +1 5 19 * 18 N 11 E 1802 48 SF 0 0.0 E ABST*C LEAR*E 74 88 6 4 5 27 * 5 29 5 33 * 22 S 44 E 1803 7 SF 0 0.0 LEAR*E 75 88 6 4 5 34 +8 5 43 +1 6 0 * 18 S 47 E 1803 7 SF 30 0.5 HTPR*C ABST*C LEAR*E 76 88 6 4 7 7 7 7 8 1 * 14 N 34 W 1802 37 1F 0 0.0 E K ABST P 77 88 6 4 7 48 0 0 7 48 18 N 1 E 1802 48 1F 0 0.0 CATA P 78 88 6 4 17 40 * 17 42 18 2 * 20 S 40 E 1803 7 SF 0 0.0 F HOLL*E 79 88 6 4 19 1 * 19 5 19 32 * 17 N 3 E 1802 48 SF 0 0.0 F H HOLL*E 80 88 6 4 20 43 * 20 45 20 53 * 19 S 51 E 1803 0 SF 0 0.0 F HOLL*E 81 88 6 4 21 41 * 21 45 21 56 * 20 N 1 W 1802 48 SF 0 0.0 RAMY*E 82 88 6 5 3 16 0 0 3 21 24 S 90 E 1803 12 SB 0 0.0 B D TACH C 83 88 6 5 5 18 * 5 44 6 4 29 N 14 E 1803 3 SF 0 0.0 D ABST C 84 88 6 5 6 38 * 6 40 6 54 * 21 S 31 E 1803 7 SF 0 0.0 D ABST*C 85 88 6 5 14 37 +0 14 38 +0 14 52 * 17 N 6 W 1802 48 SF 35 0.4 F RAMY*E HOLL*E 86 88 6 5 15 30 * 16 4 16 54 * 17 N 7 W 1802 48 SF 0 0.0 F RAMY*E 87 88 6 5 16 36 * 16 47 16 53 * 25 S 18 W 1802 44 SF 0 0.0 RAMY*E 88 88 6 5 17 46 17 51 +2 18 32 * 15 N 4 W 1803 1 1F 0 0.0 F U HOLL E PALE E 89 88 6 5 17 51 * 17 53 18 1 * 25 S 19 W 1802 44 SF 0 0.0 RAMY*E 90 88 6 5 18 40 * 18 41 18 48 * 24 S 20 W 1802 44 SF 0 0.0 RAMY*E 91 88 6 5 19 21 * 19 23 19 28 * 25 N 1 E 1803 2 SF 0 0.0 HOLL*E 92 88 6 5 19 55 * 19 57 20 9 * 24 S 21 W 1802 44 SF 0 0.0 RAMY*E HOLL E 93 88 6 5 20 10 20 10 20 38 * 18 N 13 W 1802 48 1N 200 2.1 F HOLL E PALE E 94 88 6 5 20 8 * 20 14 +2 21 24 * 28 N 3 W 1803 2 1F 0 0.0 F RAMY*E HOLL E PALE E 95 88 6 5 20 43 +0 20 46 +0 20 53 * 24 S 21 W 1802 44 SF 15 0.2 HOLL*E RAMY*E 96 88 6 5 21 26 +1 21 28 +1 21 32 * 24 S 21 W 1802 44 SF 20 0.2 D CULG*C RAMY*E HOLL*E 97 88 6 5 21 47 +4 21 51 +1 21 59 * 24 S 21 W 1802 44 SF 20 0.2 D CULG*C RAMY*E HOLL*E 98 88 6 5 21 50 * 22 6 22 21 * 12 S 74 E 1803 12 SF 0 0.0 HOLL*E 99 88 6 6 1 18 +4 1 18 1 37 * 18 N 11 W 1802 48 SF 0 0.0 YUNN P LEAR*E 100 88 6 6 1 18 +4 1 27 1 37 * 18 N 11 W 1802 48 SF 0 0.0 YUNN P LEAR*E 100 88 6 6 4 16 * 4 24 4 28 * 26 N 17 W 1803 2 1B 0 0.0 F UZ TACH*C 101 88 6 6 4 48 +0 4 48 +0 4 58 * 23 N 5 W 1803 2 SF 0 0.0 LEAR*E TACH*C 102 88 6 6 4 48 +5 4 56 >9 5 41 * 17 N 19 W 1802 47 1N 0 0.0 L U CULG*C LEAR*E ABST*C TACH*C MITK*C SVTO E 103 88 6 6 5 22 * 5 24 5 26 * 25 N 5 W 1803 2 SF 0 0.0 F LEAR*E 104 88 6 6 6 10 +2 6 11 +1 6 17 * 18 N 16 W 1802 48 SF 30 0.3 V ABST*C SVTO*E LEAR*E 105 88 6 6 7 7 * 7 8 7 16 * 28 N 12 W 1803 2 SF 0 0.0 F LEAR*E 106 88 6 6 7 46 * 7 48 8 3 * 18 N 18 W 1802 48 SF 0 0.0 F LEAR*E 107 88 6 6 7 47 * 7 50 8 0 * 12 N 59 W 1802 37 SF 0 0.0 LEAR*E 108 88 6 6 10 40 * 10 43 10 53 * 14 N 15 W 1803 1 SF 0 0.0 F SVTO*E 109 88 6 6 13 32 * 13 38 13 59 * 18 N 20 W 1802 48 SF 0 0.0 HOLL*E 110 88 6 6 13 42 * 13 48 14 14 * 25 N 21 W 1803 2 SF 0 0.0 HOLL*E 111 88 6 6 14 15 * 14 20 14 27 * 12 N 64 W 1802 37 SF 0 0.0 HOLL*E 112 88 6 6 14 32 * 14 34 14 37 * 24 S 10 E 1803 7 SF 0 0.0 F HOLL*E 113 88 6 6 15 48 * 15 48 15 56 * 25 S 33 W 1802 44 SF 0 0.0 HOLL*E 114 88 6 6 16 38 * 16 38 16 44 * 29 N 13 W 1803 2 SF 0 0.0 HOLL*E 115 88 6 6 16 39 * 16 45 16 56 * 16 S 59 E 1803 12 SF 0 0.0 HOLL*E 116 88 6 6 17 35 +0 17 35 +0 17 42 * 15 S 64 E 1803 12 SF 15 0.4 HOLL*E RAMY*E 117 88 6 6 18 4 +1 18 7 18 26 * 24 S 34 W 1802 44 SF 30 0.4 HOLL*E RAMY*E 118 88 6 6 18 4 +1 18 14 +2 18 26 * 24 S 34 W 1802 44 SF 30 0.4 HOLL*E RAMY*E 118 88 6 6 19 14 * 19 15 19 40 * 15 S 64 E 1803 12 SF 0 0.0 RAMY*E 119 88 6 6 19 25 +3 19 33 19 57 * 25 N 13 W 1803 2 SF 0 0.0 F RAMY*E HOLL*E PALE*E 120 88 6 6 19 25 +3 19 49 +6 19 57 * 25 N 13 W 1803 2 SF 0 0.0 F RAMY*E HOLL*E PALE*E 120 88 6 6 19 50 +0 19 51 +1 20 1 * 25 S 35 W 1802 44 SF 70 1.0 RAMY E PALE*E HOLL*E 121 88 6 6 22 8 * 22 17 22 20 * 26 N 21 W 1803 2 SF 0 0.0 F HOLL*E 122 88 6 6 23 11 * 23 14 23 19 * 27 S 39 W 1802 44 SF 0 0.0 D J VORO*C 123 88 6 6 23 27 +5 23 34 +0 23 42 * 25 N 21 W 1803 2 SF 0 0.0 I J VORO*C HOLL*E 124 88 6 7 1 2 +0 1 2 +0 1 9 * 16 N 26 W 1802 48 SF 15 0.2 F PALE*E HOLL*E 125 88 6 7 1 26 * 1 29 1 42 * 28 N 20 W 1803 2 1F 0 0.0 D IJ VORO*C 126 88 6 7 6 8 +2 6 11 +1 6 46 * 27 N 23 W 1803 2 SN 0 0.0 E V CULG*C ABST P MITK*C LEAR E 127 88 6 7 6 9 +0 6 14 +2 6 34 * 20 S 49 E 1803 12 1F 130 2.1 E MITK*C LEAR E CULG*C ABST*C 128 88 6 7 6 15 6 18 6 28 18 S 60 E 1803 12 SF 0 0.0 D ABST P 129 88 6 7 8 45 * 8 45 9 0 26 N 14 W 1803 4 SF 0 0.0 E V ABST P 130 88 6 7 9 24 0 0 9 34 23 S 9 E 1803 7 SF 0 0.0 E HTPR C 131 88 6 7 13 8 * 13 8 13 15 * 26 N 15 W 1803 4 SF 0 0.0 RAMY*E 132 88 6 7 14 16 +5 14 19 +6 15 5 * 28 N 27 W 1803 2 SF 60 0.8 F HOLL*E RAMY*E SVTO*E 133 88 6 7 14 23 * 14 25 14 29 * 24 S 45 W 1802 44 SF 0 0.0 RAMY*E 134 88 6 7 14 27 * 14 27 14 41 * 17 S 53 E 1803 12 SF 0 0.0 HOLL*E 135 88 6 7 14 38 +2 14 41 +0 14 57 * 14 N 30 W 1803 1 SF 20 0.2 F RAMY*E HOLL*E 136 88 6 7 14 40 * 14 40 14 46 * 25 S 44 W 1802 44 SF 0 0.0 RAMY*E 137 88 6 7 17 51 * 17 52 17 57 * 26 S 46 W 1802 44 SF 0 0.0 PALE*E 138 88 6 7 18 31 * 18 32 18 39 * 13 N 79 W 1802 37 SF 0 0.0 HOLL*E 139 88 6 7 19 11 * 19 14 19 20 * 13 N 79 W 1802 37 SF 0 0.0 HOLL*E 140 88 6 7 20 3 * 20 4 20 38 * 15 N 33 W 1803 1 SF 0 0.0 RAMY*E 141 88 6 7 20 26 +4 20 32 +0 20 36 * 25 S 46 W 1802 44 SF 30 0.5 F RAMY*E HOLL*E 142 88 6 7 21 22 +0 21 23 +0 21 29 * 25 S 49 W 1802 44 SF 15 0.3 F RAMY*E HOLL*E 143 88 6 7 23 41 * 23 44 23 57 * 20 S 5 W 1803 7 SF 0 0.0 F HOLL*E 144 88 6 8 3 4 * 3 16 3 57 * 12 N 88 W 1802 37 SN 0 0.0 D TACH*C 145 88 6 8 4 19 * 4 28 4 37 16 S 46 E 1803 12 SF 0 0.0 PALE E 146 88 6 8 4 19 * 4 35 4 37 16 S 46 E 1803 12 SF 0 0.0 PALE E 146 88 6 8 5 15 +3 5 17 +5 5 40 * 15 N 36 W 1803 1 SF 150 1.9 E ABST*C LEAR*E TACH*C 147 88 6 8 6 3 * 6 8 6 13 * 19 S 9 W 1803 7 SF 0 0.0 D ABST*C 148 88 6 8 6 39 * 6 42 6 55 * 23 N 49 W 1802 48 SF 0 0.0 D ABST*C 149 88 6 8 6 49 * 6 57 7 8 * 26 N 23 W 1803 4 SF 0 0.0 D ABST*C 150 88 6 8 7 3 * 7 3 7 6 * 16 S 42 E 1803 12 SF 0 0.0 KANZ* 151 88 6 8 11 7 * 11 9 11 13 * 22 N 51 W 1802 48 SN 0 0.0 KANZ* 152 88 6 8 11 21 * 11 21 11 24 * 10 N 73 E 1803 15 SF 0 0.0 KANZ* 153 88 6 8 12 15 +2 12 17 +7 12 30 * 11 N 72 E 1803 15 SF 0 0.0 KANZ* RAMY*E HOLL E 154 88 6 8 12 59 +0 13 2 +1 13 10 * 11 N 74 E 1803 15 SF 0 0.0 HOLL*E KANZ* 155 88 6 8 13 14 * 13 14 13 28 * 22 S 11 W 1803 7 SF 0 0.0 HOLL*E 156 88 6 8 13 29 * 13 34 13 45 * 25 N 36 W 1803 2 SF 0 0.0 HOLL*E 157 88 6 8 13 40 * 13 41 13 51 * 16 S 36 E 1803 12 SF 0 0.0 HOLL*E 158 88 6 8 13 56 +1 13 59 +2 14 7 * 11 N 74 E 1803 15 SF 30 0.0 HOLL*E RAMY*E 159 88 6 8 14 29 * 14 38 14 46 * 20 N 54 W 1802 48 SF 0 0.0 HOLL*E 160 88 6 8 16 12 +2 16 14 +1 16 25 * 16 S 34 E 1803 12 SF 20 0.3 RAMY*E HOLL*E 161 88 6 8 16 32 +2 16 34 +1 16 49 * 20 N 53 W 1802 48 SF 50 0.9 F HOLL*E RAMY*E PALE*E 162 88 6 8 17 6 +8 17 19 +2 17 35 * 17 S 37 E 1803 12 SF 30 0.4 F HOLL*E RAMY*E PALE*E 163 88 6 8 18 5 * 18 5 18 15 * 16 S 35 E 1803 12 SF 0 0.0 HOLL*E 164 88 6 8 19 53 * 19 56 19 59 * 14 N 46 W 1803 1 SF 0 0.0 HOLL*E 165 88 6 8 20 30 +1 20 31 +1 21 19 * 17 S 36 E 1803 12 SF 60 0.8 F HOLL*E PALE*E 166 88 6 8 21 42 * 21 54 +0 22 14 * 25 S 61 W 1802 44 SF 25 0.6 PALE*E HOLL E 167 88 6 8 21 52 * 21 52 21 59 * 17 S 31 E 1803 12 SF 0 0.0 F HOLL*E 168 88 6 8 22 26 +8 22 38 22 58 * 16 S 32 E 1803 12 SN 60 0.7 PALE*E HOLL*E 169 88 6 8 22 26 +8 22 48 +0 22 58 * 16 S 32 E 1803 12 SN 60 0.7 PALE*E HOLL*E 169 88 6 8 23 42 * 23 42 23 51 * 25 S 63 W 1802 44 SF 0 0.0 HOLL*E 170 88 6 9 0 2 >9 0 16 0 38 * 25 S 63 W 1802 44 SF 0 0.0 F PALE*E HOLL*E 171 88 6 9 0 2 >9 0 31 0 38 * 25 S 63 W 1802 44 SF 0 0.0 F PALE*E HOLL*E 171 88 6 9 1 40 * 1 43 1 48 * 17 S 26 E 1803 12 SF 80 0.9 YUNN*C YUNN P 172 88 6 9 2 3 +6 2 9 +2 2 15 * 17 S 30 E 1803 12 SF 20 0.2 YUNN*C PALE*E LEAR*E 173 88 6 9 2 50 * 2 54 2 54 17 S 29 E 1803 12 SF 0 0.0 YUNN P 174 88 6 9 4 9 4 15 5 1 * 15 N 51 W 1803 1 SF 0 0.0 E ABST P 175 88 6 9 6 55 >9 7 14 +1 7 43 * 15 N 65 W 1802 46 SF 70 0.0 D HTPR*C ABST*C KANZ* LEAR*E KHAR V 176 88 6 9 8 26 * 8 46 8 55 * 30 N 36 W 1803 4 SF 0 0.0 HTPR*C 177 88 6 9 9 16 +0 9 20 9 27 * 22 S 67 W 1802 44 SF 0 0.0 HTPR C KANZ* 178 88 6 9 9 25 * 9 27 9 36 * 27 N 36 W 1803 4 SF 0 0.0 D KHAR*V 179 88 6 9 9 36 * 9 36 9 42 * 21 S 32 E 1803 12 SN 0 0.0 CATA*C 180 88 6 9 11 31 +1 11 35 +1 11 45 * 21 S 26 W 1803 7 SF 0 0.0 F RAMY*E KANZ* 181 88 6 9 13 37 +2 13 39 +1 13 54 * 21 S 29 W 1803 7 SF 25 0.3 F HOLL*E RAMY*E KANZ* 182 88 6 9 14 16 +0 14 20 +0 14 33 * 28 N 40 W 1803 4 SF 0 0.0 KANZ* RAMY*E 183 88 6 9 15 47 * 15 47 15 50 * 26 N 42 W 1803 4 SF 0 0.0 RAMY*E 184 88 6 9 15 56 +1 15 58 +1 16 15 * 19 S 28 E 1803 12 SF 40 0.5 RAMY*E HTPR*C HOLL*E 185 88 6 9 16 49 +2 16 53 +2 18 9 * 18 N 59 W 1802 48 1F 150 3.0 H KU RAMY*E HOLL*E HTPR C 186 88 6 10 0 2 * 0 3 0 10 * 16 S 17 E 1803 12 SF 15 0.2 F LEAR*E HOLL E 187 88 6 10 0 45 * 0 47 0 53 * 20 N 68 W 1802 48 1F 0 0.0 D IJ VORO*C 188 88 6 10 3 36 3 42 3 52 * 17 S 21 E 1803 12 SN 0 0.0 D PEKG P 189 88 6 10 6 37 * 6 38 6 44 * 14 N 50 E 1803 15 SF 0 0.0 LEAR*E 190 88 6 10 6 49 6 50 7 0 20 S 7 E 1803 12 SF 0 0.0 CATA P 191 88 6 10 7 57 * 7 59 8 10 * 20 S 18 E 1803 12 SN 0 0.0 D ABST*C 192 88 6 10 8 17 * 8 20 8 23 * 26 N 50 W 1803 4 SF 0 0.0 D ABST*C 193 88 6 10 8 21 +0 8 21 +2 8 26 * 11 N 50 E 1803 15 SF 0 0.0 D KANZ* LEAR*E ABST*C 194 88 6 10 9 40 9 47 10 0 * 27 N 46 W 1803 4 1N 0 0.0 CATA P 195 88 6 10 10 50 0 0 10 50 27 N 47 W 1803 4 1N 0 0.0 CATA P 196 88 6 10 13 16 * 13 24 13 40 * 15 S 12 E 1803 12 SF 0 0.0 RAMY*E 197 88 6 10 15 27 * 15 36 15 53 * 16 N 53 E 1803 15 SN 0 0.0 E HTPR*C 198 88 6 10 17 20 * 0 0 17 55 18 N 74 W 1802 48 SF 0 0.0 HTPR C 199 88 6 10 17 31 * 0 0 17 55 19 N 53 E 1803 15 SF 0 0.0 HTPR C 200 88 6 10 17 52 * 17 59 18 11 * 15 S 11 E 1803 12 SF 0 0.0 HOLL*E 201 88 6 10 21 56 +3 21 58 +4 22 10 * 26 N 59 W 1803 4 SF 20 0.4 F RAMY*E HOLL*E 202 88 6 11 1 17 * 1 18 +0 1 35 * 15 S 4 E 1803 12 SF 0 0.0 E LEAR*E YUNN P 203 88 6 11 2 8 * 2 19 2 40 * 17 S 5 E 1803 12 1N 0 0.0 F YUNN*C 204 88 6 11 4 38 * 4 39 4 44 * 13 N 37 E 1803 15 SN 0 0.0 D V ABST*C 205 88 6 11 5 57 * 5 58 6 10 * 21 S 8 E 1803 12 SN 0 0.0 D V ABST*C 206 88 6 11 6 46 +4 6 50 +7 7 14 * 27 N 62 W 1803 4 SN 40 0.9 E KS ABST*P LEAR*E PEKG*P KANZ* SVTO*E HTPR C 207 88 6 11 7 45 +9 7 55 +3 8 8 * 14 N 40 E 1803 15 SF 20 0.3 E SVTO*E HTPR*C LEAR*E KANZ* 208 88 6 11 8 48 +7 8 52 +4 9 3 * 15 N 83 W 1802 48 SN 45 0.0 D KANZ* LEAR*E CATA*P SVTO*E PEKG*P 209 88 6 11 12 35 * 12 37 12 40 * 16 S 2 W 1803 12 SF 0 0.0 RAMY*E 210 88 6 11 13 47 +1 13 51 +5 14 2 * 18 S 0 1803 12 SF 0 0.0 F KANZ RAMY*E 211 88 6 11 14 33 +5 14 40 +3 14 56 * 17 S 3 W 1803 12 SF 25 0.3 F H HOLL*E KANZ* RAMY*E 212 88 6 11 16 25 * 16 27 16 38 * 16 S 5 W 1803 12 SF 0 0.0 F HOLL*E 213 88 6 11 19 49 * 19 50 19 58 * 15 N 87 W 1803 1 SF 0 0.0 HOLL*E 214 88 6 12 2 49 * 2 51 2 57 * 16 N 27 E 1803 15 SF 0 0.0 LEAR*E 215 88 6 12 3 55 * 3 56 4 6 * 13 S 11 W 1803 12 SF 0 0.0 LEAR*E 216 88 6 12 4 20 5 28 5 47 8 S 70 W 1803 0 1N 0 0.0 E GK TACH C 217 88 6 12 4 21 * 4 22 4 25 * 23 S 59 W 1803 7 SF 0 0.0 LEAR*E 218 88 6 12 4 38 * 4 40 4 45 * 15 S 15 W 1803 12 SF 0 0.0 D ABST*C 219 88 6 12 5 7 +1 5 7 +3 5 20 * 23 S 60 W 1803 7 SN 45 1.0 D G TACH*C ABST*C 220 88 6 12 5 24 * 5 29 5 53 * 28 N 70 W 1803 4 1N 0 0.0 D JK ABST*C 221 88 6 12 6 14 +2 6 15 +3 6 27 * 24 S 60 W 1803 7 SN 80 1.8 D ABST*C PEKG*P CATA*C SVTO*E LEAR*E 222 88 6 12 6 51 +1 6 53 +2 7 6 * 23 S 63 W 1803 7 SN 70 0.0 D YUNN*C ABST*C CATA P 223 88 6 12 7 27 7 27 7 36 * 31 N 71 W 1803 4 SN 0 0.0 CATA P 224 88 6 12 7 27 7 27 7 56 * 21 S 7 W 1803 12 SN 0 0.0 CATA P 225 88 6 12 7 51 7 51 7 55 12 N 21 E 1803 15 SN 0 0.0 YUNN P 226 88 6 12 8 2 * 8 2 8 10 * 26 N 71 W 1803 4 SF 0 0.0 D KHAR*V 227 88 6 12 10 25 +0 10 25 +1 10 31 * 24 S 62 W 1803 7 SF 25 0.6 CATA*C SVTO*E 228 88 6 12 10 41 +0 10 42 +0 10 50 * 12 N 19 E 1803 15 SF 40 0.4 RAMY*E SVTO*E 229 88 6 12 12 55 * 12 55 12 59 * 18 S 17 W 1803 12 SF 0 0.0 F HOLL*E 230 88 6 12 13 17 +1 13 19 +0 13 29 * 24 S 65 W 1803 7 SF 45 0.0 F HOLL*E RAMY*E 231 88 6 12 13 41 * 13 41 13 43 * 28 N 68 W 1803 8 SF 0 0.0 HOLL*E 232 88 6 12 13 42 +0 13 44 +1 14 19 * 20 S 67 W 1803 7 SF 50 0.0 F RAMY*E HOLL*E 233 88 6 12 13 46 +1 13 47 +2 14 2 * 11 N 18 E 1803 15 SF 0 0.0 HOLL*E RAMY*E 234 88 6 12 15 24 +1 15 25 +1 15 39 * 15 S 15 W 1803 12 SF 20 0.2 F RAMY*E HOLL*E 235 88 6 12 20 3 * 20 4 20 11 * 24 N 63 E 1803 18 SF 0 0.0 HOLL*E 236 88 6 12 20 31 +0 20 32 +0 20 39 * 14 N 13 E 1803 15 SF 20 0.2 H HOLL*E RAMY*E 237 88 6 12 21 36 +0 21 36 +3 21 44 * 24 S 67 W 1803 7 SF 30 0.0 HOLL*E RAMY*E 238 88 6 12 23 57 * 23 58 24 3 * 14 N 16 E 1803 15 SF 0 0.0 HOLL*E 239 88 6 13 11 42 * 11 43 11 53 * 22 N 54 E 1803 18 SF 0 0.0 H RAMY*E 240 88 6 15 4 31 +9 4 39 5 19 * 22 S 53 W 1803 12 1F 0 0.0 G HIK MITK*C LEAR*E SVTO E HTPR C 241 88 6 15 4 31 +9 4 52 5 19 * 22 S 53 W 1803 12 1F 0 0.0 G HIK MITK*C LEAR*E SVTO E HTPR C 241 88 6 15 6 52 * 7 2 7 15 * 16 S 70 E 1803 24 SF 0 0.0 E HTPR*C 242 88 6 15 8 34 >9 9 18 +5 9 35 17 S 68 E 1803 24 SN 70 0.0 E HTPR*C KAND*P 243 88 6 15 11 53 * 11 57 12 4 * 25 S 90 E 1803 26 SN 0 0.0 HTPR*C 244 88 6 15 12 52 * 0 0 13 17 25 N 27 E 1803 18 SF 0 0.0 E HTPR C 245 88 6 15 15 43 * 15 45 16 19 * 16 S 67 E 1803 24 SF 0 0.0 E HTPR*C 246 88 6 15 18 47 * 18 49 18 52 * 37 N 66 E 1803 0 SF 0 0.0 HOLL*E 247 88 6 15 22 40 22 44 23 29 17 S 61 E 1803 24 SB 0 0.0 F PALE E 248 88 6 16 1 28 * 1 34 +3 2 5 * 13 S 61 W 1803 12 1N 200 4.3 F LEAR*E PALE E YUNN P 249 88 6 16 2 57 * 2 58 3 4 * 11 N 30 W 1803 14 SF 0 0.0 D YUNN*C 250 88 6 16 5 49 * 5 52 5 55 * 34 N 50 E 1803 22 SF 0 0.0 LEAR*E 251 88 6 16 6 32 * 6 35 6 43 * 37 N 63 E 1803 25 SF 0 0.0 LEAR*E 252 88 6 16 6 49 * 6 49 7 13 * 19 S 54 E 1803 24 SF 0 0.0 LEAR*E 253 88 6 16 9 12 * 9 16 9 20 * 14 S 64 W 1803 12 SF 0 0.0 E HTPR*C 254 88 6 16 12 36 +4 12 39 +0 13 11 * 12 N 33 W 1803 14 SF 35 0.4 F RAMY*E SVTO*E HOLL*E 255 88 6 16 12 36 +4 12 53 13 11 * 12 N 33 W 1803 14 SF 35 0.4 F RAMY*E SVTO*E HOLL*E 255 88 6 16 13 22 +3 13 28 +1 14 4 * 39 N 60 E 1803 25 1F 100 0.0 E HOLL*E RAMY*E SVTO*E 256 88 6 16 14 39 +0 14 41 +1 14 48 * 12 N 34 W 1803 14 SF 20 0.2 HOLL*E RAMY*E SVTO*E 257 88 6 16 16 6 +3 16 15 +1 16 31 * 13 N 36 W 1803 14 SF 10 0.1 RAMY*E HOLL*E 258 88 6 16 16 54 * 16 56 17 6 * 13 N 38 W 1803 14 SF 0 0.0 HOLL*E 259 88 6 17 0 39 * 0 42 1 1 * 13 N 40 W 1803 14 SF 0 0.0 LEAR*E 260 88 6 17 2 32 +1 2 35 +4 2 56 * 13 N 43 W 1803 14 SN 30 0.4 PEKG*C LEAR*E URUM C PALE E 261 88 6 17 2 32 +1 2 51 2 56 * 13 N 43 W 1803 14 SN 30 0.4 PEKG*C LEAR*E URUM C PALE E 261 88 6 17 3 40 +2 3 46 +4 4 47 * 18 S 43 E 1803 24 1N 300 4.3 E U MITK*C TACH*C PEKG*C URUM C PALE E ABST P 262 88 6 17 4 5 * 4 21 4 35 * 13 N 45 W 1803 14 1N 0 0.0 F J ABST*C 263 88 6 17 5 31 >9 5 55 6 28 * 13 N 44 W 1803 14 SF 0 0.0 J HTPR*C ABST*C 264 88 6 17 7 29 +2 7 32 7 51 * 12 N 45 W 1803 14 SF 0 0.0 E HTPR*C LEAR*E 265 88 6 17 7 29 +2 7 46 7 51 * 12 N 45 W 1803 14 SF 0 0.0 E HTPR*C LEAR*E 265 88 6 17 9 52 * 9 54 10 15 * 12 N 46 W 1803 14 SF 0 0.0 E HTPR*C 266 88 6 17 12 25 +1 12 30 +1 12 40 * 16 S 47 E 1803 24 SF 25 0.4 HOLL*E RAMY*E 267 88 6 17 13 38 * 13 39 13 44 * 39 N 41 E 1803 22 SF 0 0.0 HOLL*E 268 88 6 17 20 4 * 20 4 20 9 * 12 N 52 W 1803 14 SF 0 0.0 PALE*E 269 88 6 17 23 11 23 17 23 23 * 17 S 35 E 1803 24 SF 0 0.0 F HOLL E 270 88 6 17 23 17 23 26 23 45 * 11 N 55 W 1803 14 SF 0 0.0 F HOLL E 271 88 6 17 23 17 23 42 23 45 * 11 N 55 W 1803 14 SF 0 0.0 F HOLL E 271 88 6 18 0 10 +1 0 14 +2 0 42 17 S 35 E 1803 24 SF 60 0.8 F HOLL*E LEAR*E 272 88 6 18 5 35 +2 5 37 +2 5 43 * 17 S 33 E 1803 24 SF 90 1.1 D H PEKG*C SVTO*E ABST P 273 88 6 18 6 1 +1 6 4 +7 6 24 * 17 S 31 E 1803 24 1N 0 0.0 E H CULG*C SVTO*E LEAR*E PEKG C 274 88 6 18 6 53 +0 6 54 +1 7 0 * 18 S 32 E 1803 24 SF 30 0.4 D H LEAR*E SVTO*E PEKG*C 275 88 6 18 9 2 * 9 3 9 9 * 18 S 32 E 1803 24 SN 0 0.0 E KAND*P 276 88 6 18 13 48 * 13 48 14 6 * 12 N 62 W 1803 14 SF 0 0.0 RAMY*E 277 88 6 18 14 38 +0 14 39 +1 14 44 * 18 S 27 E 1803 24 SF 20 0.2 RAMY*E HOLL*E 278 88 6 18 17 58 * 18 13 18 20 * 13 N 60 W 1803 14 SF 0 0.0 RAMY*E 279 88 6 18 19 38 * 19 39 19 45 * 24 S 74 E 1803 29 SF 0 0.0 F HOLL*E 280 88 6 18 21 9 * 21 9 21 14 * 18 S 18 E 1803 24 SF 0 0.0 F HOLL*E 281 88 6 18 21 30 * 21 32 21 37 * 26 S 81 E 1803 29 SF 0 0.0 Z HOLL*E 282 88 6 18 22 0 * 22 1 22 11 * 21 S 79 E 1803 29 SF 0 0.0 HOLL*E 283 88 6 18 22 40 * 22 40 22 47 * 22 S 79 E 1803 29 SF 0 0.0 HOLL*E 284 88 6 18 22 49 * 22 51 22 55 * 18 S 79 E 1803 29 SF 0 0.0 HOLL*E 285 88 6 18 23 46 * 23 49 23 53 * 21 S 73 E 1803 29 SF 0 0.0 HOLL*E 286 88 6 19 0 59 +3 1 0 +4 1 7 * 21 S 75 E 1803 29 SF 40 0.0 D URUM*C HOLL*E LEAR*E 287 88 6 19 2 22 * 2 26 2 43 * 13 N 64 W 1803 14 1F 0 0.0 LEAR*E PALE E 288 88 6 19 6 46 +7 6 53 6 57 * 17 S 17 E 1803 24 SF 0 0.0 MITK*C LEAR*E 289 88 6 19 8 24 * 8 27 8 45 * 19 S 18 E 1803 24 SN 60 0.7 SVTO*E LEAR E 290 88 6 19 9 24 +1 9 24 9 43 * 18 S 15 E 1803 24 SN 0 0.0 E SVTO*E KAND*P CATA P 291 88 6 19 9 24 +1 9 29 +2 9 43 * 18 S 15 E 1803 24 SN 0 0.0 E SVTO*E KAND*P CATA P 291 88 6 19 11 3 * 11 5 11 17 * 22 S 72 E 1803 29 SF 0 0.0 H RAMY*E 292 88 6 19 11 51 * 11 52 11 57 * 19 S 17 E 1803 24 SF 0 0.0 H RAMY*E 293 88 6 19 13 15 * 13 16 13 24 * 17 S 20 E 1803 24 SF 0 0.0 HOLL*E 294 88 6 19 14 30 +8 14 42 +0 15 4 12 N 75 W 1803 14 SF 25 0.0 F HOLL*E RAMY*E 295 88 6 19 14 59 * 15 6 15 35 * 33 N 3 W 1803 22 SF 0 0.0 F HOLL*E 296 88 6 19 16 39 * 16 44 16 55 * 17 S 8 E 1803 24 SF 20 0.2 F HOLL*E RAMY E 297 88 6 19 18 47 * 18 48 18 55 * 17 S 10 E 1803 24 SF 0 0.0 RAMY*E 298 88 6 19 21 35 +1 21 50 +1 22 2 * 16 S 6 E 1803 24 SF 40 0.4 E PALE*E HOLL*E 299 88 6 19 23 35 * 23 37 23 45 * 13 N 80 W 1803 14 SF 0 0.0 HOLL*E 300 88 6 20 2 28 +4 2 33 2 47 * 16 S 4 E 1803 24 SF 0 0.0 D PEKG*C PALE*E 301 88 6 20 2 28 +4 2 45 2 47 * 16 S 4 E 1803 24 SF 0 0.0 D PEKG*C PALE*E 301 88 6 20 3 25 * 3 29 3 53 * 18 S 41 E 1803 0 SN 0 0.0 D GS TACH*C 302 88 6 20 3 33 +3 3 35 4 11 * 17 S 4 E 1803 24 SN 0 0.0 J TACH*C LEAR*E PALE*E PEKG C ABST P 303 88 6 20 3 33 +3 3 42 +6 4 11 * 17 S 4 E 1803 24 SN 0 0.0 J TACH*C LEAR*E PALE*E PEKG C ABST P 303 88 6 20 7 43 * 7 47 7 55 * 14 N 89 E 1803 0 1F 0 0.0 D ABST*C 304 88 6 20 16 11 +1 16 14 +7 16 44 * 15 S 5 E 1803 24 SF 20 0.2 F HOLL*E RAMY*E SVTO E 305 88 6 20 16 20 * 16 23 16 30 * 18 N 77 W 1803 15 SF 0 0.0 HOLL*E 306 88 6 20 21 14 21 19 21 25 * 26 S 31 E 1803 28 SF 0 0.0 RAMY E 307 88 6 20 23 17 * 23 18 23 22 * 18 S 3 W 1803 24 SF 0 0.0 HOLL*E 308 88 6 20 23 28 * 23 28 23 39 * 16 S 1 E 1803 24 SF 0 0.0 F HOLL*E 309 88 6 20 23 57 >9 24 11 25 13 * 16 S 1 W 1803 24 SF 60 0.6 F LEAR*E HOLL E PALE E 310 88 6 20 23 57 >9 24 47 +2 25 13 * 16 S 1 W 1803 24 SF 60 0.6 F LEAR*E HOLL E PALE E 310 88 6 21 0 45 * 0 46 0 48 36 N 12 W 1803 22 SF 0 0.0 HOLL E 311 88 6 21 0 49 * 0 50 1 0 * 26 S 29 E 1803 28 SF 0 0.0 F LEAR*E 312 88 6 21 2 16 +1 2 21 +3 3 8 * 16 S 2 W 1803 24 SN 70 0.7 S LEAR*E PALE*E URUM C CULG P 313 88 6 21 5 25 +1 5 27 +2 5 41 * 25 S 27 E 1803 28 SF 60 0.7 U LEAR*E SVTO*E 314 88 6 21 5 30 5 30 7 10 * 18 S 1 W 1803 24 1N 230 2.4 I CULG P HTPR C CATA P 315 88 6 21 5 30 5 30 6 45 * 24 S 26 E 1803 28 SB 0 0.0 CULG P HTPR C 316 88 6 21 6 9 0 0 7 25 * 24 N 16 W 1803 21 SN 0 0.0 HTPR C 317 88 6 21 6 55 +2 6 55 +2 7 5 * 26 S 26 E 1803 28 SN 60 0.7 E LEAR*E SVTO*E HTPR*C KANZ* CATA P 318 88 6 21 6 55 * 6 57 7 5 * 22 S 31 E 1803 28 SF 0 0.0 SVTO*E 319 88 6 21 7 25 * 7 27 7 36 * 26 S 32 E 1803 28 SF 0 0.0 HTPR*C 320 88 6 21 7 51 +1 7 51 +6 8 5 * 17 S 3 W 1803 24 SN 30 0.3 J KANZ* HTPR*C LEAR*E SVTO*E ABST P 321 88 6 21 8 4 >9 8 12 8 32 * 34 N 17 W 1803 22 SF 0 0.0 D ABST P HTPR*C 322 88 6 21 8 4 >9 8 27 8 32 * 34 N 17 W 1803 22 SF 0 0.0 D ABST P HTPR*C 322 88 6 21 8 57 * 8 58 9 4 * 17 S 14 W 1803 24 SF 0 0.0 E HTPR*C 323 88 6 21 10 6 * 10 10 10 30 * 16 S 8 W 1803 24 SF 0 0.0 E HTPR*C 324 88 6 21 11 48 * 11 50 12 10 * 17 S 12 W 1803 24 SF 0 0.0 E HTPR*C 325 88 6 21 12 48 12 49 13 3 * 35 N 18 W 1803 22 SF 0 0.0 HOLL E 326 88 6 21 13 10 +1 13 17 +1 14 20 * 17 S 9 W 1803 24 SF 0 0.0 F IK HTPR*C HOLL*E SVTO E 327 88 6 21 13 10 +1 13 48 14 20 * 17 S 9 W 1803 24 SF 0 0.0 F IK HTPR*C HOLL*E SVTO E 327 88 6 21 14 35 * 14 44 14 50 * 18 S 11 W 1803 24 SF 0 0.0 E HTPR*C 328 88 6 21 15 49 +0 15 50 +1 16 6 * 25 S 21 E 1803 28 SF 40 0.5 E HTPR*C HOLL*E 329 88 6 21 16 7 * 16 14 16 21 * 18 S 14 W 1803 24 SN 0 0.0 E HTPR*C 330 88 6 21 16 56 +2 17 1 17 11 * 17 S 13 W 1803 24 SF 0 0.0 F HOLL*E HTPR*C 331 88 6 21 17 37 * 17 45 17 55 * 24 S 53 E 1803 29 SN 0 0.0 HTPR*C 332 88 6 21 17 50 * 17 56 18 0 * 18 S 14 W 1803 24 SF 0 0.0 E HTPR*C 333 88 6 21 18 17 * 0 0 18 27 24 S 52 E 1803 29 SN 0 0.0 E HTPR C 334 88 6 21 18 31 * 18 33 18 36 * 17 S 13 W 1803 24 SF 0 0.0 F HOLL*E 335 88 6 21 21 58 * 0 0 22 6 17 S 14 W 1803 24 SF 0 0.0 F HOLL*E RAMY E 336 88 6 21 22 43 * 23 43 +1 24 3 18 S 17 W 1803 24 1N 0 0.0 E IJ VORO*C HOLL E LEAR E 337 88 6 22 0 43 +4 0 55 1 31 * 18 S 17 W 1803 24 SF 0 0.0 D HIJ VORO*C HOLL*E MITK C URUM C PALE E 338 88 6 22 0 43 +4 1 22 +3 1 31 * 18 S 17 W 1803 24 SF 0 0.0 D HIJ VORO*C HOLL*E MITK C URUM C PALE E 338 88 6 22 1 58 +0 1 58 +1 2 4 * 17 S 18 W 1803 24 SF 0 0.0 CULG*C LEAR*E 339 88 6 22 3 51 >9 4 13 +4 4 30 * 17 S 19 W 1803 24 SF 80 0.9 D J LEAR*E ABST*C 340 88 6 22 4 3 4 5 4 15 * 19 S 36 E 1803 29 SF 0 0.0 B E ABST P 341 88 6 22 5 19 +2 5 27 +2 6 16 * 18 S 17 W 1803 24 1N 0 0.0 E IJ MITK*C LEAR*E TACH*C HTPR C CULG P 342 88 6 22 5 19 +2 5 47 +1 6 16 * 18 S 17 W 1803 24 1N 0 0.0 E IJ MITK*C LEAR*E TACH*C HTPR C CULG P 342 88 6 22 8 10 * 8 13 8 17 * 18 S 25 W 1803 24 SF 0 0.0 HTPR*C 343 88 6 22 8 17 * 8 20 8 30 * 19 S 22 W 1803 24 SF 0 0.0 HTPR*C 344 88 6 22 9 0 >9 9 10 +2 9 17 * 19 S 21 W 1803 24 SN 40 0.5 E H HTPR*C SVTO*E CATA*C 345 88 6 22 9 31 * 9 35 9 45 * 15 S 20 W 1803 24 SF 0 0.0 E HTPR*C 346 88 6 22 10 3 * 10 4 10 7 * 15 S 21 W 1803 24 SN 0 0.0 HTPR*C 347 88 6 22 10 58 * 11 0 11 10 * 21 S 30 E 1803 29 SN 0 0.0 E HTPR*C 348 88 6 22 11 11 +1 11 12 +1 11 24 * 17 S 28 W 1803 24 SN 110 1.3 V HTPR*C CATA*C SVTO*E 349 88 6 22 11 32 * 11 35 11 36 * 14 S 20 W 1803 24 SF 0 0.0 E HTPR*C 350 88 6 22 13 44 +6 13 53 14 23 * 17 S 24 W 1803 24 SF 0 0.0 E I HOLL E HTPR*C SVTO E 351 88 6 22 13 44 +6 14 3 14 23 * 17 S 24 W 1803 24 SF 0 0.0 E I HOLL E HTPR*C SVTO E 351 88 6 22 15 13 15 13 15 26 * 18 S 25 W 1803 24 SF 0 0.0 RAMY E 352 88 6 22 16 47 * 16 48 16 55 * 18 S 25 W 1803 24 SF 0 0.0 SVTO*E 353 88 6 22 23 44 23 45 23 58 * 18 S 30 W 1803 24 SN 0 0.0 D MITK C 354 88 6 23 0 53 * 1 2 1 8 * 17 S 27 W 1803 24 SF 0 0.0 F PALE*E 355 88 6 23 2 15 * 2 16 2 29 * 17 S 27 W 1803 24 SF 0 0.0 LEAR*E 356 88 6 23 2 36 * 2 39 2 52 * 19 S 31 W 1803 24 SF 0 0.0 LEAR*E 357 88 6 23 3 15 * 3 15 3 19 * 17 S 32 W 1803 24 SF 0 0.0 PALE*E 358 88 6 23 3 53 * 3 55 4 14 18 S 32 W 1803 24 SF 0 0.0 PALE E 359 88 6 23 5 31 5 32 5 32 18 S 45 W 1803 0 SN 0 0.0 SVTO E 360 88 6 23 5 53 >9 5 55 6 12 * 16 S 33 W 1803 24 SF 20 0.2 HTPR*C LEAR*E 361 88 6 23 5 53 >9 6 6 +0 6 12 * 16 S 33 W 1803 24 SF 20 0.2 HTPR*C LEAR*E 361 88 6 23 6 26 * 6 33 6 37 * 15 S 37 W 1803 24 SF 0 0.0 E HTPR*C 362 88 6 23 7 29 * 7 31 7 50 * 18 S 90 E 1803 36 SF 0 0.0 HTPR*C 363 88 6 23 7 50 * 7 51 7 52 * 36 N 46 W 1803 22 SF 0 0.0 HTPR*C 364 88 6 23 9 7 >9 9 20 +3 9 59 * 17 S 32 W 1803 24 1B 190 2.4 E IUVZ HTPR C KAND*P YUNN*P LEAR E CATA P 365 88 6 23 10 33 * 10 46 11 19 * 17 S 31 W 1803 24 SF 0 0.0 SVTO*E 366 88 6 23 10 56 * 10 56 11 15 * 38 N 48 W 1803 22 SN 0 0.0 CATA*C 367 88 6 23 11 35 * 11 42 12 9 * 18 S 36 W 1803 24 SF 0 0.0 H RAMY*E 368 88 6 23 12 17 * 12 29 +6 13 1 * 18 S 37 W 1803 24 SF 25 0.3 F RAMY*E HOLL E 369 88 6 23 13 12 +8 13 20 +3 13 30 * 19 S 38 W 1803 24 SF 10 0.1 E HTPR*C RAMY*E HOLL*E 370 88 6 23 14 31 * 14 34 14 42 * 25 S 25 E 1803 29 SF 0 0.0 RAMY*E 371 88 6 23 17 50 +3 17 56 +2 18 48 17 S 35 W 1803 24 1B 230 3.0 F HOLL*E RAMY E PALE*E 372 88 6 23 19 38 * 19 45 20 3 * 17 S 36 W 1803 24 SF 0 0.0 F PALE*E 373 88 6 23 20 27 * 20 34 20 48 * 17 S 36 W 1803 24 SF 0 0.0 F PALE*E 374 88 6 24 0 13 +3 0 28 +2 0 56 * 17 S 39 W 1803 24 SF 0 0.0 F PALE*E LEAR*E 375 88 6 24 1 40 * 1 43 1 46 * 36 N 50 W 1803 22 SF 0 0.0 LEAR*E 376 88 6 24 2 18 * 2 19 2 30 * 19 S 41 W 1803 24 SF 0 0.0 LEAR*E 377 88 6 24 2 56 >9 3 8 +9 3 56 * 15 S 42 W 1803 24 2N 400 5.6 F LEAR*E YUNN*C TACH*V PALE*E 378 88 6 24 2 56 >9 3 22 3 56 * 15 S 42 W 1803 24 2N 400 5.6 F LEAR*E YUNN*C TACH*V PALE*E 378 88 6 24 4 16 +5 4 22 +8 5 59 * 17 S 45 W 1803 24 2B 0 0.0 F Z YUNN*C LEAR*E PALE E CULG*C TACH V ABST P 379 88 6 24 4 16 +5 5 37 5 59 * 17 S 45 W 1803 24 2B 0 0.0 F Z YUNN*C LEAR*E PALE E CULG*C TACH V ABST P 379 88 6 24 6 33 * 6 33 6 38 * 36 N 60 W 1803 22 SF 0 0.0 LEAR*E 380 88 6 24 7 32 * 7 39 8 41 * 18 S 46 W 1803 24 SF 0 0.0 LEAR*E 381 88 6 24 8 28 * 8 30 8 40 * 24 S 17 E 1803 31 SF 0 0.0 LEAR*E 382 88 6 24 11 28 11 56 12 2 * 17 S 45 W 1803 24 SF 0 0.0 RAMY E 383 88 6 24 12 24 * 12 32 +3 13 49 * 17 S 49 W 1803 24 SN 0 0.0 F RAMY*E HOLL E 384 88 6 24 13 49 * 13 52 14 3 * 35 N 56 W 1803 22 SF 0 0.0 RAMY*E 385 88 6 24 16 3 * 16 48 16 54 17 S 52 W 1803 24 2B 0 0.0 F Z RAMY E 386 88 6 24 17 7 17 11 18 29 17 S 52 W 1803 24 1B 0 0.0 F HOLL E 387 88 6 24 18 46 18 52 18 59 * 22 S 90 E 1803 41 SN 0 0.0 HOLL E 388 88 6 24 19 20 * 19 20 19 42 * 17 S 52 W 1803 24 SF 0 0.0 RAMY*E 389 88 6 24 21 16 * 21 20 21 31 * 35 N 59 W 1803 22 SF 0 0.0 RAMY*E 390 88 6 24 21 22 +1 21 26 +2 21 53 * 20 S 89 E 1803 41 1B 100 0.0 HOLL E RAMY*E 391 88 6 24 23 6 * 23 8 23 38 * 18 S 89 E 1803 41 SF 0 0.0 E PALE*E 392 88 6 24 23 52 * 23 55 23 59 * 23 S 87 E 1803 41 SF 0 0.0 HOLL*E 393 88 6 25 0 3 * 0 6 0 13 * 20 S 90 E 1803 41 SF 0 0.0 D CULG*C 394 88 6 25 2 17 2 17 2 37 * 23 S 89 E 1803 41 1N 0 0.0 A DH CULG P PALE E YUNN C 395 88 6 25 2 17 2 24 +0 2 37 * 23 S 89 E 1803 41 1N 0 0.0 A DH CULG P PALE E YUNN C 395 88 6 25 3 15 * 3 25 3 39 * 26 S 24 W 1803 28 SN 0 0.0 YUNN*C 396 88 6 25 3 22 >9 3 25 4 3 * 18 S 58 W 1803 24 SN 100 2.0 YUNN*C URUM*C PALE*E 397 88 6 25 3 22 >9 3 35 +3 4 3 * 18 S 58 W 1803 24 SN 100 2.0 YUNN*C URUM*C PALE*E 397 88 6 25 4 9 * 4 12 4 16 * 17 S 59 W 1803 24 SF 0 0.0 PALE*E 398 88 6 25 5 25 * 5 27 5 46 * 15 S 64 W 1803 24 SN 0 0.0 YUNN*C 399 88 6 25 5 25 +3 5 29 +0 5 44 * 27 S 26 W 1803 28 1N 200 2.5 CULG*C TACH*C 400 88 6 25 6 33 >9 6 52 +4 7 51 * 18 S 60 W 1803 24 1N 0 0.0 E CULG P YUNN P URUM C CATA P 401 88 6 25 8 22 0 0 9 20 18 S 54 W 1803 24 SN 0 0.0 E HTPR C 402 88 6 25 8 26 * 0 0 9 20 18 S 90 E 1803 41 SF 0 0.0 HTPR C 403 88 6 25 8 40 * 0 0 8 49 * 15 S 67 W 1803 24 SF 0 0.0 D H KHAR*V 404 88 6 25 9 40 * 9 40 9 51 * 24 S 80 E 1803 40 1N 0 0.0 CATA*C 405 88 6 25 11 9 * 11 13 11 24 * 19 S 65 W 1803 24 SF 0 0.0 RAMY*E 406 88 6 25 11 13 +2 11 15 +0 11 46 * 20 S 80 E 1803 41 1N 140 0.0 E H RAMY*E CATA C HTPR C 407 88 6 25 11 41 * 11 46 12 15 * 16 S 57 W 1803 24 SN 0 0.0 E HTPR*C 408 88 6 25 12 13 * 0 0 12 19 18 S 90 E 1803 41 SN 0 0.0 E HTPR C 409 88 6 25 12 48 12 56 13 44 * 16 S 64 W 1803 24 SN 0 0.0 F RAMY E HOLL E 410 88 6 25 12 48 13 32 13 44 * 16 S 64 W 1803 24 SN 0 0.0 F RAMY E HOLL E 410 88 6 25 16 36 +0 16 39 16 57 * 20 S 89 E 1803 41 SN 0 0.0 E RAMY*E HOLL*E PALE E 411 88 6 25 16 36 +0 16 45 +2 16 57 * 20 S 89 E 1803 41 SN 0 0.0 E RAMY*E HOLL*E PALE E 411 88 6 25 16 57 * 17 14 17 25 * 35 N 72 W 1803 22 SF 0 0.0 RAMY*E 412 88 6 25 17 23 +0 17 23 +3 17 38 * 17 S 69 W 1803 24 SF 20 0.0 RAMY*E HOLL*E 413 88 6 25 17 28 * 17 30 17 36 * 35 N 72 W 1803 22 SF 0 0.0 HOLL*E 414 88 6 25 17 38 * 17 41 17 55 * 35 N 71 W 1803 22 SF 0 0.0 HOLL*E 415 88 6 25 18 25 * 18 34 18 38 * 35 N 71 W 1803 22 SF 0 0.0 HOLL*E 416 88 6 25 18 27 +2 18 30 +5 18 42 * 21 S 86 E 1803 41 SF 35 0.0 HOLL*E PALE*E 417 88 6 26 0 14 +6 0 23 +0 0 37 * 20 S 89 E 1803 41 SN 0 0.0 D HI PALE*E CULG*C VORO*C 418 88 6 26 3 9 * 3 9 3 29 35 N 76 W 1803 22 SF 0 0.0 PALE E 419 88 6 26 5 23 * 5 26 5 37 * 22 S 73 W 1803 24 SN 0 0.0 D CULG*C 420 88 6 26 7 3 * 7 5 7 9 * 21 S 80 E 1803 41 SF 0 0.0 F LEAR*E 421 88 6 26 11 36 * 11 36 11 40 38 N 90 W 1803 22 1F 0 0.0 CATA P 422 88 6 26 12 33 * 12 41 12 57 * 17 S 77 W 1803 24 SF 0 0.0 F RAMY*E 423 88 6 26 12 48 * 12 48 12 53 * 12 N 81 E 1803 42 SF 0 0.0 RAMY*E 424 88 6 26 12 56 * 12 57 13 5 * 22 S 78 E 1803 41 SF 0 0.0 RAMY*E 425 88 6 26 13 35 * 13 37 13 41 * 13 N 80 E 1803 42 SF 0 0.0 RAMY*E 426 88 6 26 13 40 * 13 45 +2 13 53 * 19 S 78 W 1803 24 SN 0 0.0 E RAMY*E SVTO E 427 88 6 26 14 23 * 14 30 14 41 * 22 S 67 E 1803 41 SN 0 0.0 F RAMY*E 428 88 6 26 15 29 15 33 15 46 * 22 S 76 E 1803 41 SF 0 0.0 F RAMY E 429 88 6 26 16 8 * 16 10 16 11 * 21 S 71 E 1803 41 SF 0 0.0 F RAMY*E 430 88 6 26 16 30 +0 16 30 +0 16 36 * 17 S 78 W 1803 24 SF 50 0.0 HOLL*E RAMY*E 431 88 6 26 16 40 * 16 40 16 45 * 20 S 70 E 1803 41 SF 0 0.0 HOLL*E 432 88 6 26 17 36 +2 17 36 +2 17 51 * 18 S 79 W 1803 24 SF 60 0.0 HOLL*E PALE*E 433 88 6 26 22 11 22 11 22 28 * 12 N 74 E 1803 42 SF 0 0.0 RAMY E 434 88 6 26 22 48 * 22 55 23 15 * 21 S 86 W 1803 24 SN 0 0.0 D CULG*C 435 88 6 27 0 35 * 0 46 0 52 * 13 N 78 E 1803 42 SN 0 0.0 PALE*E 436 88 6 27 2 49 2 49 3 10 * 20 S 89 W 1803 24 SN 0 0.0 PALE E 437 88 6 27 2 49 3 4 3 58 * 20 S 66 E 1803 41 SN 0 0.0 PALE E 438 88 6 27 4 36 * 4 43 4 56 * 25 S 15 W 1803 31 SF 0 0.0 E ABST*C 439 88 6 27 5 6 +2 5 10 +0 5 19 * 14 N 69 E 1803 42 SN 0 0.0 D J ABST*C LEAR*E 440 88 6 27 5 40 * 5 43 5 46 * 20 S 62 E 1803 41 SF 0 0.0 D J ABST*C 441 88 6 27 5 48 +1 5 58 6 28 * 15 N 68 E 1803 42 SF 0 0.0 D J ABST*C LEAR*E SVTO E 442 88 6 27 5 48 +1 6 17 +2 6 28 * 15 N 68 E 1803 42 SF 0 0.0 D J ABST*C LEAR*E SVTO E 442 88 6 27 8 25 8 25 8 27 * 24 S 27 W 1803 31 SN 0 0.0 D YUNN P 443 88 6 27 8 29 * 8 32 8 37 * 13 N 66 E 1803 42 SF 0 0.0 LEAR*E 444 88 6 27 8 35 * 8 38 8 46 * 18 S 61 E 1803 41 SN 0 0.0 E YUNN*C 445 88 6 27 9 4 * 0 0 9 38 * 19 S 59 E 1803 41 SN 0 0.0 YUNN P KHAR C 446 88 6 27 9 17 9 19 9 19 13 N 66 E 1803 42 SN 0 0.0 D YUNN P 447 88 6 27 9 42 +2 9 44 +1 9 54 * 12 N 66 E 1803 42 SF 0 0.0 KHAR V SVTO*E KANZ* 448 88 6 27 11 52 +2 11 53 +1 12 5 * 20 S 57 E 1803 41 SF 0 0.0 RAMY*E KANZ* 449 88 6 27 13 2 * 13 4 13 9 * 19 S 55 E 1803 41 SF 0 0.0 RAMY*E 450 88 6 27 13 57 * 14 3 14 19 * 18 S 55 E 1803 41 SF 0 0.0 RAMY*E KANZ 451 88 6 27 14 38 * 14 43 15 8 * 14 N 61 E 1803 42 1N 0 0.0 RAMY*E SVTO E 452 88 6 27 14 38 * 14 58 15 8 * 14 N 61 E 1803 42 1N 0 0.0 RAMY*E SVTO E 452 88 6 27 14 58 * 14 59 15 6 * 20 S 57 E 1803 41 SF 0 0.0 F RAMY*E 453 88 6 27 14 59 * 14 59 15 6 * 24 S 33 W 1803 29 SF 0 0.0 RAMY*E 454 88 6 27 16 17 * 16 17 16 23 * 18 S 53 E 1803 41 SF 0 0.0 RAMY*E 455 88 6 27 16 41 * 16 42 16 47 * 13 N 62 E 1803 42 SF 0 0.0 RAMY*E 456 88 6 27 18 32 * 18 33 18 36 * 13 N 61 E 1803 42 SF 0 0.0 F RAMY*E 457 88 6 27 19 7 19 8 19 19 14 N 61 E 1803 42 SF 0 0.0 F HOLL E 458 88 6 27 19 53 19 55 20 26 * 14 N 60 E 1803 42 SN 0 0.0 F HOLL E 459 88 6 27 21 54 * 22 20 22 55 * 20 S 49 E 1803 41 SF 0 0.0 PALE*E 460 88 6 27 22 23 * 22 26 22 35 * 14 N 61 E 1803 42 SF 0 0.0 PALE*E 461 88 6 27 23 1 +0 23 2 +1 23 29 * 18 S 50 E 1803 41 SN 70 1.2 HOLL E PALE*E 462 88 6 28 0 1 +0 0 1 +4 0 12 * 20 S 52 E 1803 41 SF 20 0.3 HOLL*E PALE*E 463 88 6 28 0 3 * 0 15 0 39 * 14 N 60 E 1803 42 SF 0 0.0 PALE*E 464 88 6 28 0 15 * 0 18 0 19 19 S 46 E 1803 41 SF 0 0.0 HOLL E 465 88 6 28 1 18 +2 1 20 +1 1 30 * 21 S 54 E 1803 41 SN 20 0.4 E YUNN*C PALE*E 466 88 6 28 1 52 +1 1 53 +0 2 8 * 22 S 56 E 1803 41 SF 15 0.3 D PALE*E YUNN*C LEAR*E 467 88 6 28 1 52 +1 2 0 2 8 * 22 S 56 E 1803 41 SF 15 0.3 D PALE*E YUNN*C LEAR*E 467 88 6 28 1 52 * 1 54 1 57 * 25 S 34 W 1803 31 SF 0 0.0 LEAR*E 468 88 6 28 3 38 * 3 38 3 50 * 23 S 50 E 1803 41 SF 0 0.0 PALE*E 469 88 6 28 4 11 +5 4 13 +3 4 23 * 22 S 52 E 1803 41 SN 0 0.0 H PALE*E MITK*C 470 88 6 28 4 18 +7 4 27 +0 4 36 * 21 S 50 E 1803 41 SN 0 0.0 J YUNN*C PALE*E LEAR*E ABST*C 471 88 6 28 4 14 * 4 30 4 37 * 13 N 55 E 1803 42 SF 0 0.0 LEAR*E 472 88 6 28 4 40 +5 4 44 +4 5 35 * 21 S 51 E 1803 41 1N 0 0.0 F J YUNN*C LEAR*E ABST*C SVTO*E MITK*C 473 88 6 28 4 40 +5 4 58 5 35 * 21 S 51 E 1803 41 1N 0 0.0 F J YUNN*C LEAR*E ABST*C SVTO*E MITK*C 473 88 6 28 5 58 +2 6 0 +0 6 19 * 16 S 49 E 1803 41 SF 0 0.0 J SVTO*E ABST*C YUNN*P 474 88 6 28 5 58 +2 6 13 6 19 * 16 S 49 E 1803 41 SF 0 0.0 J SVTO*E ABST*C YUNN*P 474 88 6 28 7 18 * 7 19 7 25 * 16 S 50 E 1803 41 SF 0 0.0 D JV ABST*C 475 88 6 28 7 40 +6 7 41 +5 7 49 * 16 S 45 E 1803 41 SF 0 0.0 E MITK P SVTO*E YUNN*P KANZ* 476 88 6 28 7 48 * 7 48 7 54 * 23 S 49 E 1803 41 SF 0 0.0 LEAR*E 477 88 6 28 8 14 +1 8 16 +0 8 23 * 20 S 51 E 1803 41 SN 0 0.0 D BUCA*C LEAR*E YUNN P 478 88 6 28 8 14 +1 8 22 8 23 * 20 S 51 E 1803 41 SN 0 0.0 D BUCA*C LEAR*E YUNN P 478 88 6 28 8 25 +0 8 26 +0 8 31 * 13 N 53 E 1803 42 SF 40 0.7 D BUCA*C LEAR*E 479 88 6 28 9 21 +0 9 22 +1 9 28 * 13 N 51 E 1803 42 SF 0 0.0 LEAR*E SVTO*E YUNN*C 480 88 6 28 9 29 0 0 9 40 * 20 S 32 E 1803 37 SN 0 0.0 HTPR C 481 88 6 28 9 36 +1 9 38 +1 9 50 * 20 S 49 E 1803 41 SN 0 0.0 E HTPR*C SVTO*E 482 88 6 28 9 47 +6 9 55 +2 10 24 * 21 S 34 E 1803 37 1N 290 3.8 E H HTPR C KHAR V KANZ CATA P 483 88 6 28 10 12 * 10 13 10 18 * 12 N 53 E 1803 42 SF 0 0.0 SVTO*E 484 88 6 28 10 34 +0 10 36 +1 10 40 * 22 S 50 E 1803 41 SF 0 0.0 KHAR V KANZ* 485 88 6 28 10 46 +2 10 47 +1 10 55 * 22 S 48 E 1803 41 SF 0 0.0 SVTO*E KANZ* 486 88 6 28 11 0 * 11 0 11 10 22 S 40 E 1803 41 1B 0 0.0 CATA P 487 88 6 28 11 0 * 11 6 11 10 22 S 40 E 1803 41 1B 0 0.0 CATA P 487 88 6 28 10 58 +8 11 6 +4 11 22 * 14 N 49 E 1803 42 SN 80 1.3 E SVTO*E KANZ* CATA P RAMY E 488 88 6 28 11 9 +1 11 16 11 44 * 21 S 47 E 1803 41 SN 0 0.0 F SVTO*E RAMY*E KANZ* 489 88 6 28 11 9 +1 11 24 +2 11 44 * 21 S 47 E 1803 41 SN 0 0.0 F SVTO*E RAMY*E KANZ* 489 88 6 28 12 4 >9 12 14 +2 12 22 * 16 S 48 E 1803 41 SF 0 0.0 F RAMY*E KANZ* 490 88 6 28 12 38 +0 12 38 +0 12 43 * 13 N 50 E 1803 42 SF 0 0.0 SVTO*E KANZ* 491 88 6 28 13 12 * 13 25 14 13 * 22 S 45 E 1803 41 SF 0 0.0 F RAMY*E 492 88 6 28 16 53 +6 16 59 17 43 * 23 S 43 E 1803 41 SF 90 1.3 RAMY*E PALE*E SVTO E 493 88 6 28 16 53 +6 17 28 +4 17 43 * 23 S 43 E 1803 41 SF 90 1.3 RAMY*E PALE*E SVTO E 493 88 6 28 19 19 * 19 21 19 48 * 20 S 46 E 1803 41 SF 0 0.0 F HOLL*E 494 88 6 28 19 55 +3 19 59 +0 20 28 * 21 S 43 E 1803 41 SB 80 1.2 F U HOLL*E PALE*E RAMY E 495 88 6 28 20 52 * 20 58 21 19 * 18 S 30 E 1803 37 SF 0 0.0 HOLL*E 496 88 6 28 21 13 * 21 14 21 22 * 14 N 46 E 1803 42 SF 0 0.0 HOLL*E 497 88 6 28 21 27 * 21 28 21 31 * 12 N 47 E 1803 42 SF 0 0.0 RAMY*E 498 88 6 28 21 28 +6 22 8 +1 22 20 18 S 39 E 1803 41 1N 0 0.0 F HOLL*E PALE*E 499 88 6 28 21 43 * 21 54 22 7 * 11 N 37 E 1803 42 SF 0 0.0 E PALE*E 500 88 6 28 21 49 * 21 49 22 11 * 14 N 49 E 1803 42 SF 0 0.0 HOLL*E 501 88 6 28 23 12 * 23 12 23 18 13 N 48 E 1803 42 SF 0 0.0 HOLL E 502 88 6 28 23 35 * 23 35 23 41 * 20 S 40 E 1803 41 SF 0 0.0 HOLL*E 503 88 6 29 0 5 +2 0 8 +1 0 32 * 13 N 46 E 1803 42 SF 30 0.4 LEAR*E PALE*E HOLL E 504 88 6 29 0 17 * 0 29 1 26 21 S 40 E 1803 37 1B 0 0.0 F U PALE*E HOLL E LEAR E 505 88 6 29 0 17 * 0 50 +3 1 26 21 S 40 E 1803 37 1B 0 0.0 F U PALE*E HOLL E LEAR E 505 88 6 29 1 51 +1 1 52 +2 2 3 * 19 S 32 E 1803 37 SN 0 0.0 YUNN*C LEAR*E 506 88 6 29 1 29 1 30 1 33 * 13 N 38 E 1803 42 SN 0 0.0 YUNN P 507 88 6 29 2 8 +7 2 16 +4 2 41 * 24 S 35 E 1803 41 1N 0 0.0 F PALE*E YUNN*C LEAR*E 508 88 6 29 3 9 +3 3 12 +1 3 20 * 24 S 35 E 1803 41 1N 160 2.2 D YUNN*C CULG*C LEAR*E 509 88 6 29 3 24 * 3 29 3 34 * 17 S 31 E 1803 41 1F 0 0.0 E CULG*C 510 88 6 29 4 38 4 38 4 56 * 21 S 26 E 1803 37 SF 0 0.0 D YUNN P 511 88 6 29 5 3 * 5 11 5 15 * 23 S 39 E 1803 41 1F 0 0.0 YUNN*P 512 88 6 29 5 6 +4 5 11 +0 5 16 * 14 N 39 E 1803 42 SF 0 0.0 YUNN*C LEAR*E 513 88 6 29 5 44 * 5 46 5 56 * 19 S 31 E 1803 41 1N 0 0.0 E YUNN*C 514 88 6 29 6 15 6 15 6 19 * 20 S 26 E 1803 37 SN 0 0.0 E YUNN P 515 88 6 29 6 37 +2 6 39 +2 6 48 * 18 S 33 E 1803 41 SF 0 0.0 E CULG*C SVTO*E LEAR*E YUNN P 516 88 6 29 7 34 +1 7 35 +3 8 45 * 19 S 24 E 1803 37 2B 0 0.0 F SVTO*E LEAR*E YUNN*P KANZ* CATA P HTPR C 517 88 6 29 7 27 7 27 7 50 * 15 S 33 E 1803 41 SN 0 0.0 YUNN P CATA P KANZ 518 88 6 29 7 27 7 36 +1 7 50 * 15 S 33 E 1803 41 SN 0 0.0 YUNN P CATA P KANZ 518 88 6 29 9 17 +6 9 23 +2 9 28 * 18 S 27 E 1803 37 SN 30 0.4 HTPR*C YUNN*C SVTO*E 519 88 6 29 9 25 +2 9 27 +1 9 37 * 17 S 38 E 1803 41 SN 50 0.7 D YUNN P HTPR*C CATA*C 520 88 6 29 9 33 * 9 35 9 44 * 14 N 38 E 1803 42 SF 0 0.0 HTPR*C 521 88 6 29 10 25 +5 10 30 +3 10 47 * 20 S 33 E 1803 41 SN 0 0.0 CATA*C SVTO*E 522 88 6 29 10 27 * 10 29 10 36 * 13 N 38 E 1803 42 SF 0 0.0 SVTO*E 523 88 6 29 11 14 +0 11 16 +4 11 28 * 23 S 30 E 1803 41 SF 60 0.8 SVTO*E KAND*P RAMY E 524 88 6 29 11 20 * 0 0 11 35 14 N 39 E 1803 42 SN 0 0.0 E KAND P 525 88 6 29 13 5 13 7 13 20 * 14 N 40 E 1803 42 SF 0 0.0 E HOLL E 526 88 6 29 13 25 +4 13 26 13 44 * 15 N 37 E 1803 42 SF 0 0.0 HOLL E SVTO*E 527 88 6 29 13 25 +4 13 34 13 44 * 15 N 37 E 1803 42 SF 0 0.0 HOLL E SVTO*E 527 88 6 29 16 48 +4 16 53 +3 17 14 * 20 S 24 E 1803 37 1F 0 0.0 F PALE*E RAMY*E 528 88 6 29 17 51 +0 17 52 +2 18 8 * 19 S 28 E 1803 41 SF 20 0.2 F HOLL*E PALE*E 529 88 6 29 18 23 * 18 28 18 36 * 17 S 26 E 1803 41 SF 0 0.0 HOLL*E 530 88 6 29 19 19 +5 19 19 +6 19 36 * 21 S 28 E 1803 41 SF 20 0.2 PALE*E HOLL*E 531 88 6 29 20 15 +0 20 16 +1 21 19 * 19 S 27 E 1803 41 1B 200 2.4 F UZ PALE*E HOLL*E 532 88 6 29 20 22 +0 20 23 +0 20 54 * 13 N 34 E 1803 42 SF 50 0.6 F PALE*E HOLL*E 533 88 6 29 21 27 * 21 29 21 33 * 18 S 25 E 1803 41 SF 0 0.0 PALE*E 534 88 6 29 22 6 * 22 16 22 35 * 19 S 25 E 1803 41 SF 0 0.0 F PALE*E 535 88 6 30 0 3 +2 0 4 +3 0 19 * 14 N 33 E 1803 42 SF 25 0.3 PALE*E HOLL*E 536 88 6 30 0 56 +0 0 56 +4 1 12 * 18 S 23 E 1803 41 SF 30 0.3 F PALE*E HOLL*E YUNN P 537 88 6 30 1 38 +0 1 42 +0 1 45 * 21 S 17 E 1803 37 SF 0 0.0 D IJ PALE*E VORO*C 538 88 6 30 1 55 +2 2 2 +6 2 29 * 13 N 30 E 1803 42 SF 50 0.6 I J VORO C PALE*E LEAR*E 539 88 6 30 4 52 * 4 56 5 21 * 13 N 30 E 1803 42 SF 35 0.4 LEAR*E YUNN P 540 88 6 30 5 4 5 4 5 8 * 17 S 27 E 1803 41 SB 0 0.0 YUNN P 541 88 6 30 6 24 +8 6 30 +2 6 38 * 13 N 29 E 1803 42 SF 0 0.0 G YUNN*P KHAR*V LEAR*E KANZ* 542 88 6 30 8 10 >9 8 22 +1 8 58 * 22 S 22 E 1803 41 SN 0 0.0 F SVTO*E KHAR P YUNN*C LEAR*E KANZ* 543 88 6 30 9 3 +3 9 5 +3 9 31 * 16 S 23 E 1803 41 2B 0 0.0 F HXZ SVTO*E LEAR*E YUNN*P KANZ* CATA*C KHAR*P 544 88 6 30 9 5 * 9 6 9 13 * 15 N 28 E 1803 42 SF 0 0.0 SVTO*E 545 88 6 30 10 3 +2 10 3 +4 10 13 * 14 N 28 E 1803 42 SF 0 0.0 E G KANZ* KHAR V SVTO*E 546 88 6 30 10 24 * 10 28 10 28 22 S 24 E 1803 41 SF 0 0.0 KANZ 547 88 6 30 11 11 +0 11 15 +2 11 25 * 22 S 22 E 1803 41 SF 0 0.0 KANZ* RAMY*E 548 88 6 30 12 53 +1 12 54 +2 13 36 * 19 S 15 E 1803 41 SF 50 0.6 F RAMY*E SVTO*E HOLL*E 549 88 6 30 13 20 * 13 26 13 27 * 13 N 26 E 1803 42 SF 0 0.0 RAMY*E 550 88 6 30 13 59 * 13 59 14 2 * 13 N 28 E 1803 42 SF 0 0.0 HOLL*E 551 88 6 30 14 35 +2 14 39 +2 14 48 * 21 S 15 E 1803 41 1F 0 0.0 F HOLL*E SVTO*E 552 88 6 30 17 7 >9 17 29 +0 17 47 * 20 S 17 E 1803 41 SF 40 0.4 F HOLL*E PALE*E 553 88 6 30 17 54 +1 18 2 +0 18 27 * 18 S 13 E 1803 41 SF 0 0.0 F HOLL*E PALE*E 554 88 6 30 20 18 * 20 21 20 27 * 14 N 20 E 1803 42 SF 0 0.0 PALE*E 555 88 6 30 22 17 * 22 25 22 37 * 22 S 9 E 1803 41 SF 0 0.0 PALE*E 556 88 6 30 23 49 * 23 49 23 54 * 15 S 15 E 1803 41 SF 0 0.0 HOLL*E 557 88 7 1 0 1 * 0 3 0 8 * 13 N 16 E 1803 43 SF 0 0.0 PALE*E 1 88 7 1 0 31 +1 0 34 +1 0 42 * 12 N 15 E 1803 43 SF 20 0.2 HOLL*E LEAR*E 2 88 7 1 2 16 * 2 17 2 33 * 20 S 11 E 1803 41 SF 0 0.0 LEAR*E 3 88 7 1 3 50 >9 4 6 4 41 * 19 S 8 E 1803 41 SN 0 0.0 E TACH C LEAR*E 4 88 7 1 3 50 >9 4 23 4 41 * 19 S 8 E 1803 41 SN 0 0.0 E TACH C LEAR*E 4 88 7 1 4 12 * 4 20 4 31 * 18 S 12 W 1803 36 SB 0 0.0 E L TACH*C 5 88 7 1 5 0 +1 5 1 +0 5 14 * 21 S 8 E 1803 41 SF 20 0.2 F SVTO*E LEAR*E 6 88 7 1 6 30 6 30 6 40 * 17 S 9 E 1803 41 SN 0 0.0 CATA P 7 88 7 1 8 32 +3 8 41 +9 9 16 * 20 S 4 W 1803 37 1N 280 3.1 F HK LEAR*E SVTO*E KHAR*P YUNN P CATA P 8 88 7 1 9 40 +0 9 40 9 58 * 14 S 10 E 1803 41 SF 0 0.0 E HTPR*C CATA*C 9 88 7 1 11 15 * 11 15 11 30 * 17 S 6 E 1803 41 SN 0 0.0 CATA*C 10 88 7 1 13 15 13 18 13 22 21 S 9 W 1803 37 SF 0 0.0 HOLL E 11 88 7 1 14 7 0 0 14 22 18 S 1 E 1803 41 SN 0 0.0 HTPR C 12 88 7 1 14 50 0 0 14 54 18 S 10 W 1803 37 SF 0 0.0 HTPR C 13 88 7 1 14 58 * 14 58 15 12 * 18 S 3 E 1803 41 SF 0 0.0 F HOLL*E 14 88 7 1 15 39 15 53 16 16 19 S 3 E 1803 41 SN 0 0.0 F KANZ HOLL E 15 88 7 1 19 1 * 19 1 19 29 * 18 S 8 W 1803 37 SF 0 0.0 PALE*E 16 88 7 1 21 9 21 10 21 23 * 20 S 8 W 1803 37 SF 0 0.0 RAMY E 17 88 7 1 23 4 * 23 7 23 22 * 14 S 6 W 1803 41 SN 0 0.0 F PALE*E 18 88 7 2 0 41 +7 0 51 1 56 * 18 S 11 W 1803 37 2B 850 9.3 F HU LEAR*E CULG*C MITK*P PEKG*C PALE*E 19 88 7 2 0 41 +7 0 59 +1 1 56 * 18 S 11 W 1803 37 2B 850 9.3 F HU LEAR*E CULG*C MITK*P PEKG*C PALE*E 19 88 7 2 1 28 >9 1 36 +0 1 50 * 13 N 6 E 1803 43 SN 35 0.4 E LEAR*E PALE*E PEKG*C 20 88 7 2 1 28 >9 1 47 1 50 * 13 N 6 E 1803 43 SN 35 0.4 E LEAR*E PALE*E PEKG*C 20 88 7 2 5 29 +2 5 30 +3 5 37 * 13 N 4 E 1803 43 SN 50 0.5 D H TACH*C PEKG*C HTPR*C 21 88 7 2 6 8 * 6 14 6 20 * 27 S 5 W 1803 41 SF 0 0.0 HTPR*C 22 88 7 2 6 35 +3 6 43 +3 7 0 * 21 S 12 W 1803 37 1N 0 0.0 I PEKG*C ABST P LEAR*E HTPR*C MITK*C SVTO*E 23 88 7 2 6 53 +0 6 55 +1 6 58 * 12 N 3 E 1803 43 SF 50 0.5 D PEKG*C HTPR*C 24 88 7 2 8 2 +3 8 5 +0 8 10 * 15 S 2 W 1803 41 SN 0 0.0 E H SVTO*E HTPR*C KHAR*P 25 88 7 2 8 24 +2 8 28 +0 8 32 * 15 S 2 W 1803 41 SF 45 0.5 E HTPR*C LEAR*E 26 88 7 2 9 52 0 0 9 52 12 N 6 W 1803 43 SN 0 0.0 CATA P 27 88 7 2 10 48 * 10 51 +2 11 1 * 15 S 3 W 1803 41 SN 80 0.8 E HTPR*C CATA P 28 88 7 2 13 15 13 18 13 22 21 S 9 W 1803 41 SF 0 0.0 HOLL E 29 88 7 2 13 36 13 39 13 49 26 S 12 W 1803 41 SF 0 0.0 HOLL E 30 88 7 2 13 36 0 0 14 8 18 S 16 W 1803 37 SN 0 0.0 E HTPR C 31 88 7 2 14 28 * 14 30 14 45 * 24 N 90 W 1803 0 SN 0 0.0 HTPR*C 32 88 7 2 16 3 * 16 4 16 11 * 20 S 16 W 1803 41 SF 0 0.0 F HOLL*E 33 88 7 2 16 4 +5 16 6 +5 16 20 * 12 N 3 W 1803 43 SF 0 0.0 E SVTO*E HOLL*E HTPR C 34 88 7 2 16 34 * 16 35 16 40 * 16 S 6 W 1803 41 SF 0 0.0 F HOLL*E 35 88 7 2 20 22 * 20 26 20 39 * 12 N 8 W 1803 43 SF 0 0.0 F HOLL*E 36 88 7 2 20 26 +0 20 26 +1 20 34 * 23 S 11 W 1803 41 SF 10 0.1 F PALE*E HOLL*E 37 88 7 2 20 44 +0 20 45 +1 21 0 * 13 N 6 W 1803 43 SF 30 0.3 F PALE*E HOLL*E 38 88 7 2 22 10 +1 22 12 +0 22 18 * 16 S 15 W 1803 41 SF 10 0.1 F HOLL*E PALE*E 39 88 7 2 22 18 +1 22 18 +1 22 25 * 12 N 10 W 1803 43 SF 15 0.2 HOLL*E PALE*E 40 88 7 3 0 2 * 0 3 0 8 * 20 S 11 W 1803 41 SF 0 0.0 LEAR*E 41 88 7 3 0 16 +1 0 18 +1 0 32 * 12 N 12 W 1803 43 SF 30 0.3 F PALE*E HOLL*E LEAR*E 42 88 7 3 0 42 +5 0 46 +2 0 55 * 17 S 14 W 1803 41 SF 0 0.0 LEAR*E PEKG*C HOLL*E PALE*E 43 88 7 3 0 54 +5 0 54 +1 1 2 * 14 N 13 W 1803 43 SF 20 0.2 F HOLL*E PEKG*C LEAR*E PALE*E 44 88 7 3 0 54 +5 1 1 1 2 * 14 N 13 W 1803 43 SF 20 0.2 F HOLL*E PEKG*C LEAR*E PALE*E 44 88 7 3 2 16 * 2 18 2 32 * 17 S 16 W 1803 41 SF 0 0.0 F LEAR*E 45 88 7 3 3 43 +0 3 43 +1 3 54 * 12 N 15 W 1803 43 SF 20 0.2 F PALE*E LEAR*E 46 88 7 3 4 4 +3 4 5 +4 4 14 * 15 N 16 W 1803 43 SN 0 0.0 F K TACH*C PALE*E LEAR*E ABST*C 47 88 7 3 4 5 +8 4 11 +3 4 23 * 18 S 17 W 1803 41 SN 80 0.9 D TACH*C ABST*C 48 88 7 3 4 49 * 4 52 5 3 * 14 N 18 W 1803 42 SN 0 0.0 D JK ABST*C 49 88 7 3 5 8 * 5 11 5 25 * 13 N 12 W 1803 43 SN 0 0.0 F K ABST*C 50 88 7 3 12 47 * 13 17 13 44 * 12 N 22 W 1803 42 SF 0 0.0 F RAMY*E 51 88 7 3 14 18 +0 14 18 +1 15 12 * 12 N 18 W 1803 43 SN 90 1.0 F RAMY*E SVTO*E HOLL*E 52 88 7 3 14 26 * 14 27 14 30 * 20 S 18 W 1803 41 SF 0 0.0 RAMY*E 53 88 7 3 15 21 * 15 37 15 52 * 13 N 22 W 1803 43 SF 0 0.0 F RAMY*E 54 88 7 3 15 54 +3 16 3 +2 16 28 * 13 N 19 W 1803 43 SF 80 0.9 F RAMY*E SVTO*E HOLL*E 55 88 7 3 15 54 +3 16 26 16 28 * 13 N 19 W 1803 43 SF 80 0.9 F RAMY*E SVTO*E HOLL*E 55 88 7 3 16 25 * 16 29 16 31 * 25 S 25 W 1803 41 SF 0 0.0 RAMY*E 56 88 7 3 17 7 0 0 17 12 * 19 S 37 W 1803 37 SN 0 0.0 PALE E 57 88 7 3 18 52 +1 18 54 +2 19 12 * 12 N 20 W 1803 43 SF 25 0.3 HOLL*E PALE*E 58 88 7 3 19 16 +1 19 24 +0 19 43 * 13 N 20 W 1803 43 SF 60 0.6 PALE*E HOLL*E 59 88 7 3 20 23 +1 20 25 +0 20 35 * 12 N 21 W 1803 43 SF 30 0.3 PALE*E HOLL*E 60 88 7 3 21 46 * 21 47 21 58 * 12 N 20 W 1803 43 SN 70 0.8 F PALE*E HOLL E 61 88 7 4 2 23 * 2 25 2 33 * 13 N 23 W 1803 43 SF 0 0.0 F LEAR*E 62 88 7 4 4 9 * 4 12 4 20 * 12 N 26 W 1803 43 SF 0 0.0 F ABST*C 63 88 7 4 4 10 * 4 11 4 20 * 26 S 30 W 1803 41 SF 0 0.0 D ABST*C 64 88 7 4 5 25 * 5 27 5 38 * 20 S 32 W 1803 41 SF 0 0.0 F LEAR*E 65 88 7 4 8 30 * 8 30 8 36 * 12 N 29 W 1803 43 SN 0 0.0 C D KAND*P 66 88 7 4 11 33 * 11 33 11 38 * 21 S 41 W 1803 37 SN 0 0.0 D I KAND*P 67 88 7 4 12 21 * 12 21 12 29 * 22 S 39 W 1803 41 SF 0 0.0 RAMY*E 68 88 7 4 17 5 * 17 6 17 11 * 25 S 39 W 1803 41 SF 0 0.0 RAMY*E 69 88 7 4 17 32 * 17 32 17 48 * 18 S 38 W 1803 41 SF 0 0.0 F HOLL*E 70 88 7 5 0 59 * 1 1 1 15 * 13 N 37 W 1803 43 SF 0 0.0 PALE*E 71 88 7 5 3 42 * 3 44 3 47 * 11 N 42 W 1803 43 SF 0 0.0 PALE*E 72 88 7 5 4 31 * 4 33 4 40 * 18 S 54 W 1803 37 SN 0 0.0 D ABST*C 73 88 7 5 6 11 +3 6 14 +1 6 39 * 15 S 43 W 1803 41 SN 0 0.0 F KANZ* ABST*C 74 88 7 5 6 29 +7 6 30 6 43 * 13 N 43 W 1803 43 SF 0 0.0 D K SVTO*E KANZ* ABST*C 75 88 7 5 6 29 +7 6 39 +1 6 43 * 13 N 43 W 1803 43 SF 0 0.0 D K SVTO*E KANZ* ABST*C 75 88 7 5 7 38 0 0 9 25 18 S 42 W 1803 41 SN 0 0.0 E HTPR C 76 88 7 5 10 38 +7 10 44 +1 10 52 * 20 S 56 W 1803 37 SN 30 0.6 E HTPR*C KANZ* SVTO*E KHAR*V KAND P 77 88 7 5 12 49 +1 12 52 +0 12 57 * 21 S 43 W 1803 41 SF 25 0.4 D I KANZ* KAND*P SVTO*E 78 88 7 5 13 17 0 0 14 0 * 18 S 45 W 1803 41 SF 0 0.0 E HTPR C RAMY E 79 88 7 5 14 11 +0 14 11 +1 14 18 * 19 S 60 W 1803 37 SF 25 0.5 RAMY*E KANZ* HOLL*E 80 88 7 5 14 13 +6 14 21 +5 14 39 * 19 S 45 W 1803 41 SF 30 0.5 E K HTPR*C HOLL*E KANZ* 81 88 7 5 14 43 * 14 52 15 5 * 13 N 48 W 1803 43 SF 0 0.0 RAMY*E 82 88 7 5 15 30 +1 15 31 15 39 18 S 47 W 1803 41 SF 20 0.3 E HTPR*C RAMY*E 83 88 7 5 16 9 +2 16 13 16 27 * 12 N 49 W 1803 43 SN 15 0.2 HTPR*C HOLL*E 84 88 7 5 19 32 * 19 33 19 49 * 19 S 54 W 1803 41 SF 0 0.0 PALE*E 85 88 7 5 21 53 * 21 55 22 10 * 15 S 52 W 1803 41 1N 0 0.0 PALE*E 86 88 7 6 4 36 * 4 36 4 40 * 16 S 48 W 1803 41 SN 0 0.0 D ABST*C 87 88 7 6 4 52 * 4 55 5 5 * 21 S 60 W 1803 41 SN 0 0.0 D ABST*C 88 88 7 6 5 58 * 6 2 6 10 * 13 N 72 W 1803 38 SF 0 0.0 SVTO*E 89 88 7 6 7 22 * 7 25 7 35 * 13 N 72 W 1803 38 SF 0 0.0 SVTO*E 90 88 7 6 8 1 * 8 4 8 9 * 17 S 59 W 1803 41 SN 0 0.0 E HTPR*C 91 88 7 6 8 32 * 8 48 9 15 * 12 N 62 W 1803 42 SN 0 0.0 HTPR*C 92 88 7 6 8 56 +0 8 58 +3 9 7 * 15 S 58 W 1803 41 SF 15 0.3 D KAND*P HTPR*C 93 88 7 6 10 20 +5 10 25 +6 10 40 * 13 N 57 W 1803 43 SN 0 0.0 KAND*P HTPR*C SVTO*E CATA*P RAMY E 94 88 7 6 10 30 10 31 10 36 * 48 N 21 E 1804 0 SF 0 0.0 RAMY E 95 88 7 6 11 2 0 0 11 12 * 16 S 60 W 1803 41 SF 0 0.0 HTPR C 96 88 7 6 11 32 * 11 32 11 38 * 14 N 57 W 1803 43 SF 0 0.0 RAMY*E KANZ 97 88 7 6 11 49 +7 11 54 +3 12 13 * 15 S 60 W 1803 41 SN 90 1.9 E I HTPR*C KAND*P RAMY*E KANZ 98 88 7 6 11 59 11 59 12 3 * 15 N 56 W 1803 43 SF 0 0.0 KANZ 99 88 7 6 12 57 +0 12 58 +1 13 0 * 16 S 61 W 1803 41 SN 15 0.3 D KAND*P HTPR*C 100 88 7 6 14 36 +5 14 40 +2 15 1 * 15 S 62 W 1803 41 SF 25 0.6 E HTPR*C KANZ* RAMY*E 101 88 7 6 15 27 * 15 32 15 50 21 S 59 W 1803 41 SF 0 0.0 F HOLL E 102 88 7 6 17 2 +0 17 3 +0 17 10 * 12 N 61 W 1803 43 SF 25 0.5 RAMY*E HTPR*C 103 88 7 6 17 4 * 17 12 17 20 * 15 S 61 W 1803 41 SF 0 0.0 E HTPR*C 104 88 7 6 18 23 +3 18 27 +2 18 46 * 21 N 44 E 1804 8 SF 25 0.4 HOLL*E RAMY*E 105 88 7 6 19 52 +1 19 53 +1 20 14 * 20 N 43 E 1804 8 SF 10 0.1 RAMY*E PALE*E 106 88 7 6 20 24 +3 20 27 +1 20 40 * 12 N 63 W 1803 43 SF 40 0.9 RAMY*E HOLL*E 107 88 7 6 20 48 +4 20 54 +1 21 7 * 12 N 63 W 1803 43 SF 20 0.4 RAMY*E HOLL*E 108 88 7 6 21 15 +2 21 17 +3 21 31 * 17 S 65 W 1803 41 SF 50 0.0 H HOLL*E RAMY*E 109 88 7 6 21 51 * 21 54 21 59 * 22 N 44 E 1804 8 SF 0 0.0 PALE*E 110 88 7 6 22 3 +0 22 4 +0 22 11 * 12 N 64 W 1803 43 SF 45 1.0 F PALE*E HOLL*E 111 88 7 7 5 27 0 0 5 38 * 22 N 30 E 1804 8 SF 0 0.0 HTPR C 112 88 7 7 5 55 +3 5 58 +6 6 26 * 13 N 73 W 1803 38 SN 0 0.0 E HTPR*C TACH*C SVTO*E YUNN P KANZ 113 88 7 7 6 52 +4 6 59 +1 7 4 * 22 N 39 E 1804 8 SF 0 0.0 E HTPR*C KANZ* 114 88 7 7 7 17 +5 7 23 +6 7 44 * 13 N 72 W 1803 42 1N 0 0.0 E U HTPR*C LEAR*E SVTO*E KAND*P KANZ* YUNN P 115 88 7 7 9 37 * 9 41 9 45 * 14 N 70 W 1803 43 SF 0 0.0 E HTPR*C 116 88 7 7 9 44 +1 9 45 +0 9 50 * 13 N 41 E 1804 11 SF 0 0.0 E HTPR*C CATA*C 117 88 7 7 11 8 +2 11 10 +0 11 28 * 22 N 36 E 1804 8 SF 0 0.0 E HTPR*C KANZ* 118 88 7 7 11 8 +2 11 21 11 28 * 22 N 36 E 1804 8 SF 0 0.0 E HTPR*C KANZ* 118 88 7 7 11 54 11 54 12 16 14 N 90 W 1803 38 SB 0 0.0 RAMY E 119 88 7 7 12 22 +4 12 32 +2 12 42 * 14 N 73 W 1803 43 SN 50 0.0 HTPR*C RAMY*E KANZ* 120 88 7 7 12 53 +2 12 55 +7 13 13 * 15 S 71 W 1803 41 SF 0 0.0 E K HTPR*C RAMY*E KANZ* HOLL*E 121 88 7 7 13 53 * 14 4 14 8 * 15 S 68 W 1803 41 SF 0 0.0 E HTPR*C 122 88 7 7 14 35 * 14 36 14 43 * 13 N 40 E 1804 11 SF 0 0.0 HTPR*C 123 88 7 7 14 37 +4 14 44 +2 15 7 * 15 S 73 W 1803 41 1B 90 0.0 E HTPR*C RAMY*E SVTO*E KANZ* HOLL*E 124 88 7 7 14 37 +4 14 52 15 7 * 15 S 73 W 1803 41 1B 90 0.0 E HTPR*C RAMY*E SVTO*E KANZ* HOLL*E 124 88 7 7 14 42 * 14 42 14 46 * 11 N 72 W 1803 43 SF 0 0.0 HOLL*E 125 88 7 7 14 52 +0 14 52 +2 15 7 * 13 N 75 W 1803 42 SF 60 0.0 KANZ* HOLL*E RAMY*E 126 88 7 7 14 54 * 14 56 15 5 * 22 N 75 E 1804 15 SF 0 0.0 HOLL*E 127 88 7 7 15 27 * 15 30 15 38 * 13 N 74 W 1803 43 SF 0 0.0 KANZ* 128 88 7 7 15 26 +4 15 30 +3 15 37 * 21 N 35 E 1804 8 SF 35 0.4 E H HTPR*C KANZ* RAMY*E HOLL*E SVTO E 129 88 7 7 17 1 * 17 4 +0 17 22 * 19 S 74 W 1803 41 SF 0 0.0 F HOLL*E RAMY E 130 88 7 7 17 11 * 17 12 17 17 * 13 N 76 W 1803 43 SF 0 0.0 HOLL*E 131 88 7 7 17 40 +1 17 42 +1 18 10 * 13 N 77 W 1803 42 SF 35 0.0 E HTPR*C HOLL*E 132 88 7 7 18 11 +6 18 17 +6 18 28 * 21 N 30 E 1804 8 SF 30 0.4 E HTPR*C RAMY*E HOLL*E 133 88 7 7 18 40 +3 18 46 +0 19 7 * 13 N 75 W 1803 43 SF 25 0.0 HOLL*E RAMY*E 134 88 7 7 20 50 * 21 8 21 20 12 N 80 W 1803 42 SF 0 0.0 RAMY E 135 88 7 8 0 55 * 1 2 1 6 * 13 N 81 W 1803 42 SF 0 0.0 LEAR*E 136 88 7 8 1 21 * 1 27 1 31 * 13 N 82 W 1803 42 SF 0 0.0 LEAR*E 137 88 7 8 3 35 * 3 35 3 43 * 13 S 80 W 1803 41 SF 0 0.0 LEAR*E 138 88 7 8 3 47 3 47 3 50 22 N 25 E 1804 8 SF 0 0.0 LEAR E 139 88 7 8 6 15 * 6 17 6 21 * 15 N 90 W 1803 42 SF 0 0.0 HTPR*C 140 88 7 8 7 8 +0 7 10 +1 7 21 * 21 N 22 E 1804 8 SN 0 0.0 HTPR*C LEAR*E KHAR P 141 88 7 8 7 45 * 7 47 7 55 * 23 N 23 E 1804 8 SF 0 0.0 SVTO*E 142 88 7 8 7 53 +2 7 55 +1 8 7 * 19 S 87 W 1803 41 SN 70 0.0 E H KHAR*P SVTO*E LEAR*E HTPR*C KANZ* 143 88 7 8 9 34 +3 9 35 +6 9 56 * 22 N 24 E 1804 8 SN 70 0.8 E H HTPR*C CATA P KANZ* SVTO*E KHAR*V 144 88 7 8 11 40 +7 11 55 12 24 * 14 N 90 W 1803 42 1B 0 0.0 E HTPR C KAND*P SVTO*E 145 88 7 8 11 40 +7 12 3 12 24 * 14 N 90 W 1803 42 1B 0 0.0 E HTPR C KAND*P SVTO*E 145 88 7 8 13 6 +3 13 9 +2 13 14 * 18 S 90 W 1803 41 SN 25 0.0 HTPR*C HOLL*E RAMY*E 146 88 7 8 13 10 * 13 15 13 27 * 15 N 90 W 1803 42 SF 0 0.0 HTPR*C 147 88 7 8 13 58 +9 14 9 +3 14 25 * 22 N 22 E 1804 8 SN 50 0.6 E HOLL*E RAMY*E HTPR*C 148 88 7 8 14 44 * 14 47 14 55 * 20 N 10 E 1804 8 SF 0 0.0 E HTPR*C 149 88 7 8 15 38 +3 15 41 +2 15 48 * 14 N 90 W 1803 42 SF 30 0.0 HTPR*C RAMY*E HOLL*E SVTO*E 150 88 7 8 16 4 +2 16 6 +3 16 14 * 13 N 90 W 1803 42 SF 0 0.0 SVTO*E HOLL*E HTPR*C RAMY*E 151 88 7 8 16 41 +1 16 43 +1 16 48 * 14 N 90 W 1803 42 SF 30 0.0 RAMY*E HTPR*C HOLL*E SVTO*E 152 88 7 8 17 15 +1 17 17 +0 17 28 * 14 N 90 W 1803 42 SN 50 0.0 HOLL*E RAMY*E HTPR*C 153 88 7 8 17 46 +1 17 50 +3 18 5 * 14 N 90 W 1803 42 1N 160 0.0 HOLL*E HTPR*C RAMY*E 154 88 7 8 17 53 +2 17 56 +2 18 8 * 20 N 19 E 1804 8 SN 25 0.3 E HTPR*C RAMY*E 155 88 7 8 18 16 +0 18 16 +1 18 24 * 22 N 19 E 1804 8 SF 25 0.3 F RAMY*E HOLL*E 156 88 7 8 18 29 * 18 31 18 35 * 22 N 19 E 1804 8 SF 0 0.0 RAMY*E 157 88 7 8 20 28 +1 20 28 +1 20 32 * 13 N 90 W 1803 42 SF 20 0.0 HOLL*E RAMY*E 158 88 7 8 21 0 +1 21 1 +3 21 13 * 20 N 16 E 1804 8 SF 15 0.2 PALE*E RAMY*E 159 88 7 9 1 9 * 1 10 1 21 * 20 N 13 E 1804 8 SF 0 0.0 LEAR*E 160 88 7 9 3 39 * 3 40 3 43 * 20 N 13 E 1804 8 SF 0 0.0 LEAR*E 161 88 7 9 3 57 * 3 57 4 2 * 25 N 55 E 1804 16 SF 0 0.0 LEAR*E 162 88 7 9 6 3 +4 6 13 6 29 * 21 N 3 E 1804 8 SF 60 0.6 E CULG*C HTPR C 163 88 7 9 6 48 * 0 0 6 55 * 22 N 8 E 1804 8 SF 0 0.0 E L KHAR*P 164 88 7 9 7 16 +3 7 19 +2 7 41 * 22 N 12 E 1804 8 SN 0 0.0 KHAR*V HTPR*C KAND*P SVTO*E LEAR*E KANZ* CATA P 165 88 7 9 9 34 +8 9 38 9 51 * 15 N 90 W 1803 42 SF 0 0.0 D R HTPR*C KHAR*V 166 88 7 9 9 43 +1 9 47 10 8 * 20 N 1 E 1804 8 SN 50 0.5 H HTPR*C KHAR V CATA P 167 88 7 9 10 16 +2 10 18 +3 10 31 * 22 N 10 E 1804 8 SF 0 0.0 HTPR*C SVTO*E 168 88 7 9 11 39 >9 13 20 +2 13 33 * 22 N 9 E 1804 8 SF 30 0.3 RAMY*E HTPR*C SVTO E 169 88 7 9 13 53 * 13 58 14 1 * 21 N 8 E 1804 8 SF 0 0.0 RAMY*E 170 88 7 9 14 1 * 14 3 14 7 * 25 N 1 E 1804 8 SF 0 0.0 HTPR*C 171 88 7 9 14 9 +3 14 19 +2 15 13 * 21 N 7 E 1804 8 SF 25 0.3 F HTPR*C RAMY*E 172 88 7 9 15 36 * 15 58 16 5 * 21 N 7 E 1804 8 SF 0 0.0 RAMY*E 173 88 7 9 16 37 * 16 39 16 44 * 22 N 4 E 1804 8 SF 0 0.0 F RAMY*E 174 88 7 9 17 3 +2 17 7 +0 17 48 * 21 N 4 E 1804 8 SF 0 0.0 HTPR*C RAMY*E 175 88 7 9 17 3 +2 17 32 17 48 * 21 N 4 E 1804 8 SF 0 0.0 HTPR*C RAMY*E 175 88 7 9 17 36 >9 17 59 18 12 * 15 N 8 E 1804 11 SF 0 0.0 HTPR*C RAMY*E 176 88 7 9 19 4 * 19 11 19 20 * 20 N 2 E 1804 8 SF 0 0.0 RAMY*E 177 88 7 9 21 31 * 21 33 21 40 * 24 N 50 E 1804 16 SF 0 0.0 HOLL*E 178 88 7 9 23 16 * 23 18 23 24 * 28 N 38 E 1804 14 SF 0 0.0 F PALE*E 179 88 7 9 23 39 +1 23 43 +1 24 19 * 22 N 1 E 1804 8 1N 0 0.0 F PALE*E LEAR*E 180 88 7 10 4 51 +7 4 55 +4 5 11 * 22 N 2 W 1804 8 SN 130 1.4 TACH*C ABST*C LEAR*E 181 88 7 10 6 52 +2 6 54 +1 7 44 * 21 N 4 W 1804 8 1N 0 0.0 F LEAR*E ABST P CATA P SVTO*E KANZ* KHAR V 182 88 7 10 6 52 +2 7 24 7 44 * 21 N 4 W 1804 8 1N 0 0.0 F LEAR*E ABST P CATA P SVTO*E KANZ* KHAR V 182 88 7 10 8 3 +0 8 5 +2 8 18 * 21 N 2 W 1804 8 SF 15 0.2 E LEAR*E SVTO*E KANZ* KHAR V 183 88 7 10 11 37 * 11 42 +3 11 50 * 21 N 7 W 1804 8 SF 30 0.3 F SVTO*E RAMY E 184 88 7 10 11 59 * 12 2 12 5 * 21 N 5 W 1804 8 SF 0 0.0 RAMY*E 185 88 7 10 12 17 * 12 21 12 46 * 27 N 30 E 1804 14 SF 0 0.0 F RAMY*E 186 88 7 10 20 22 +1 20 26 +4 21 3 * 22 N 8 W 1804 8 SF 60 0.6 F RAMY*E PALE*E 187 88 7 11 0 21 * 0 23 0 48 * 22 N 11 W 1804 8 SF 0 0.0 F HOLL*E 188 88 7 11 0 29 * 0 38 +4 0 53 * 16 S 89 E 1804 19 1N 120 0.0 D HOLL*E LEAR E PALE E CULG P 189 88 7 11 6 42 * 6 50 7 0 * 23 N 13 W 1804 8 SF 0 0.0 KANZ* 190 88 7 11 10 10 * 10 14 10 18 * 14 S 74 E 1804 19 SF 0 0.0 KANZ* 191 88 7 11 10 31 * 10 41 10 47 * 21 N 17 W 1804 8 SF 0 0.0 SVTO*E 192 88 7 11 11 26 +0 11 26 +0 11 33 * 23 N 27 E 1804 16 SF 0 0.0 SVTO*E KANZ* 193 88 7 11 14 41 14 42 14 52 * 24 N 20 W 1804 8 SF 0 0.0 HOLL E 194 88 7 11 16 26 +8 16 35 +1 16 52 * 21 N 19 W 1804 8 SF 25 0.3 F RAMY*E HOLL*E 195 88 7 11 19 23 * 19 24 19 48 * 21 N 23 W 1804 8 SF 0 0.0 F HOLL*E 196 88 7 11 22 58 * 23 1 23 8 * 22 S 73 E 1804 21 SF 0 0.0 F HOLL*E 197 88 7 12 0 36 0 41 0 49 * 10 S 66 E 1804 18 SF 0 0.0 D CULG P 198 88 7 12 0 53 * 0 55 1 5 * 10 S 66 E 1804 18 SF 0 0.0 D CULG*C 199 88 7 12 2 37 * 2 47 3 3 * 15 S 66 E 1804 19 SF 0 0.0 D CULG*C 200 88 7 12 5 55 * 5 55 6 1 * 20 S 78 E 1804 21 SF 0 0.0 HTPR*C 201 88 7 12 6 59 +2 7 4 +1 7 17 * 27 N 15 E 1804 16 SN 70 0.8 D HTPR*C ABST*C 202 88 7 12 7 15 +4 7 20 +2 7 35 * 28 N 4 E 1804 14 SN 70 0.8 HTPR*C ABST*C 203 88 7 12 6 46 >9 6 56 8 22 * 24 S 79 E 1804 21 SN 0 0.0 D K HTPR*C ABST C 204 88 7 12 6 46 >9 7 26 8 22 * 24 S 79 E 1804 21 SN 0 0.0 D K HTPR*C ABST C 204 88 7 12 7 39 +1 7 40 +4 7 50 * 15 S 62 E 1804 19 1F 100 2.3 E HTPR*C CATA*P 205 88 7 12 8 25 * 8 28 8 35 * 28 N 7 E 1804 14 SF 0 0.0 E HTPR*C 206 88 7 12 10 55 * 11 10 11 17 * 20 S 68 E 1804 21 SN 0 0.0 E HTPR*C 207 88 7 12 13 8 * 13 20 13 40 * 14 S 72 E 1804 21 SF 0 0.0 HTPR*C 208 88 7 12 14 44 * 14 48 15 0 * 20 S 70 E 1804 21 SF 0 0.0 E HTPR*C 209 88 7 12 14 46 +6 14 57 +2 15 34 * 24 N 11 E 1804 16 SN 80 0.9 E HOLL*E RAMY*E SVTO*E 210 88 7 12 14 50 * 14 56 15 20 * 22 N 3 W 1804 0 SB 0 0.0 E K HTPR*C 211 88 7 12 15 50 +5 15 55 +2 16 22 * 22 S 74 E 1804 21 SF 30 0.0 E HTPR*C HOLL*E RAMY*E 212 88 7 12 16 50 +2 16 52 17 17 * 21 S 71 E 1804 21 SF 0 0.0 HTPR*C HOLL*E 213 88 7 12 16 50 +2 17 0 17 17 * 21 S 71 E 1804 21 SF 0 0.0 HTPR*C HOLL*E 213 88 7 12 17 40 * 17 41 17 52 * 22 N 12 E 1804 16 SF 0 0.0 HOLL*E 214 88 7 12 17 32 * 18 21 18 29 * 19 S 68 E 1804 21 SF 0 0.0 E HTPR C HOLL E 215 88 7 12 18 15 * 18 16 18 27 * 24 N 10 E 1804 16 SF 0 0.0 HOLL*E 216 88 7 12 18 49 * 18 51 18 59 * 27 N 10 E 1804 16 SF 0 0.0 HOLL*E 217 88 7 12 19 9 * 19 15 20 14 * 30 N 3 E 1804 14 SF 0 0.0 F HOLL*E 218 88 7 12 21 25 * 21 29 21 37 * 20 S 70 E 1804 21 SF 0 0.0 HOLL*E 219 88 7 12 21 33 * 21 37 21 59 * 22 N 6 E 1804 16 SF 0 0.0 E HOLL*E 220 88 7 12 23 1 * 23 9 23 37 * 24 N 5 E 1804 16 SF 0 0.0 HOLL*E 221 88 7 12 23 12 * 23 18 23 31 * 21 S 69 E 1804 21 SN 0 0.0 HOLL*E 222 88 7 13 0 23 * 0 23 0 37 * 22 N 5 E 1804 16 SF 0 0.0 HOLL*E 223 88 7 13 0 25 +5 0 31 +0 1 15 * 29 N 2 W 1804 14 1N 0 0.0 F YUNN P HOLL*E PALE*E LEAR*E PEKG C 224 88 7 13 0 25 +5 0 35 +1 0 47 * 22 S 68 E 1804 21 SN 60 0.0 D HOLL*E YUNN*C PALE*E LEAR*E PEKG P 225 88 7 13 1 3 * 1 7 1 12 * 20 S 68 E 1804 21 SF 0 0.0 LEAR*E 226 88 7 13 1 6 +1 1 7 +1 1 18 * 21 N 5 E 1804 16 SN 0 0.0 HOLL*E PEKG*C PALE*E 227 88 7 13 1 32 >9 1 37 1 50 * 22 S 68 E 1804 21 SN 35 0.0 D PEKG P LEAR*E PALE*E 228 88 7 13 1 32 >9 1 44 +1 1 50 * 22 S 68 E 1804 21 SN 35 0.0 D PEKG P LEAR*E PALE*E 228 88 7 13 1 56 * 1 59 2 6 * 23 S 66 E 1804 21 SF 0 0.0 LEAR*E 229 88 7 13 3 55 +1 3 59 +1 4 13 * 21 N 0 1804 15 SF 110 1.2 E I CULG P TACH*C 230 88 7 13 4 25 +3 4 30 +0 4 59 * 28 N 4 W 1804 14 1B 280 3.1 E I TACH*C PEKG*C SVTO E 231 88 7 13 4 25 +3 4 41 4 59 * 28 N 4 W 1804 14 1B 280 3.1 E I TACH*C PEKG*C SVTO E 231 88 7 13 4 26 * 4 30 4 37 * 19 S 67 E 1804 21 SF 0 0.0 E PEKG*C 232 88 7 13 4 44 +1 4 46 +3 4 55 * 20 S 60 E 1804 21 SF 60 1.3 D PEKG*C CULG*C 233 88 7 13 5 28 * 5 35 5 36 23 S 68 E 1804 21 SF 0 0.0 D PEKG C 234 88 7 13 6 10 +3 6 13 +4 6 25 * 21 N 0 1804 15 SN 0 0.0 HTPR*C LEAR*E CULG*C SVTO*E ABST*C 235 88 7 13 8 10 * 8 12 8 20 * 20 S 59 E 1804 21 SN 0 0.0 HTPR*C 236 88 7 13 8 46 +2 8 47 +4 9 3 * 28 N 8 W 1804 14 SN 100 1.1 D HTPR*C KANZ* ABST*C 237 88 7 13 9 47 * 9 47 9 53 * 20 S 60 E 1804 21 SF 0 0.0 HTPR*C 238 88 7 13 13 25 +0 13 28 +2 13 42 * 22 S 60 E 1804 21 SF 25 0.6 HOLL*E RAMY*E 239 88 7 13 13 54 * 13 59 14 2 * 22 S 60 E 1804 21 SF 0 0.0 RAMY*E 240 88 7 13 16 5 +1 16 7 +0 16 21 * 28 N 11 W 1804 14 SN 60 0.7 E HTPR*C RAMY*E HOLL*E 241 88 7 13 16 35 +1 16 36 +0 16 51 * 23 N 46 W 1804 8 SF 35 0.5 HTPR*C HOLL*E 242 88 7 13 16 49 +1 16 51 17 41 * 20 S 59 E 1804 21 SF 25 0.5 E RAMY*E HTPR C 243 88 7 13 17 41 +0 17 41 18 1 23 N 4 W 1804 16 SF 0 0.0 F RAMY*E HOLL*E 244 88 7 13 17 41 +0 17 48 18 1 23 N 4 W 1804 16 SF 0 0.0 F RAMY*E HOLL*E 244 88 7 13 20 9 +2 20 10 +2 20 25 * 22 N 51 W 1804 8 SF 25 0.4 F HOLL*E PALE*E 245 88 7 13 20 10 +1 20 11 +1 20 24 * 28 N 14 W 1804 14 SF 45 0.5 F HOLL*E PALE*E 246 88 7 13 20 51 +1 20 54 +0 21 10 * 28 N 14 W 1804 14 SF 40 0.5 PALE*E HOLL*E RAMY*E 247 88 7 13 20 51 +1 21 3 21 10 * 28 N 14 W 1804 14 SF 40 0.5 PALE*E HOLL*E RAMY*E 247 88 7 13 21 53 +0 21 53 +1 22 0 * 21 N 7 W 1804 15 SF 20 0.2 E PALE*E HOLL*E 248 88 7 13 22 11 * 22 12 22 25 * 29 N 16 W 1804 14 SF 0 0.0 HOLL*E 249 88 7 13 22 52 * 23 13 23 31 * 29 N 15 W 1804 14 SF 0 0.0 HOLL*E 250 88 7 14 2 6 * 2 7 2 14 * 21 S 54 E 1804 21 SF 0 0.0 LEAR*E 251 88 7 14 2 51 * 2 51 2 54 * 25 N 7 W 1804 16 SF 0 0.0 PALE*E 252 88 7 14 5 32 * 5 33 5 46 * 26 N 8 W 1804 16 SF 0 0.0 D ABST*C 253 88 7 14 6 38 +3 6 44 +6 6 58 * 25 N 14 W 1804 15 SN 30 0.3 E YUNN*C KAND*P PEKG P 254 88 7 14 12 28 * 12 29 12 35 * 20 S 48 E 1804 21 SF 0 0.0 RAMY*E 255 88 7 14 12 57 +0 12 57 +0 13 1 * 27 N 17 W 1804 14 SF 20 0.2 D RAMY*E KAND*P 256 88 7 14 13 25 13 29 13 50 19 S 57 E 1804 21 SF 0 0.0 HOLL E 257 88 7 14 14 30 * 14 30 14 37 * 23 N 13 W 1804 16 SF 0 0.0 RAMY*E 258 88 7 14 15 21 * 15 26 15 37 * 23 N 13 W 1804 16 SF 0 0.0 RAMY*E 259 88 7 14 17 8 * 17 15 17 33 * 19 S 46 E 1804 21 SF 0 0.0 RAMY*E 260 88 7 14 18 26 * 18 27 18 30 * 28 N 21 W 1804 14 SF 0 0.0 PALE*E 261 88 7 14 22 21 * 22 23 22 40 * 19 S 43 E 1804 21 SF 0 0.0 PALE*E 262 88 7 15 4 8 +7 4 16 +4 4 36 * 22 N 22 W 1804 16 SN 0 0.0 F L TACH*C LEAR*E 263 88 7 15 9 2 +3 9 3 +2 9 15 * 23 S 34 E 1804 21 SF 50 0.7 E HTPR*C CATA*C 264 88 7 15 9 5 +1 9 7 +0 9 17 * 22 N 24 W 1804 16 SF 0 0.0 E HTPR*C LEAR*E 265 88 7 15 9 45 * 9 47 10 5 * 26 S 34 E 1804 21 SF 0 0.0 E HTPR*C 266 88 7 15 10 20 * 0 0 10 25 * 27 S 40 E 1804 21 SF 0 0.0 D KAND*P 267 88 7 15 12 26 * 12 28 12 30 * 14 S 22 E 1804 19 SF 0 0.0 E HTPR*C 268 88 7 15 16 40 * 16 46 +3 17 6 * 20 S 31 E 1804 21 SF 50 0.6 E HTPR*C SVTO E 269 88 7 15 17 28 * 17 29 +0 17 40 * 23 N 31 W 1804 15 SF 25 0.3 RAMY*E PALE E 270 88 7 15 18 27 +1 18 28 +1 18 38 * 19 S 24 E 1804 21 SF 30 0.4 F RAMY*E PALE*E HOLL E 271 88 7 16 0 35 +3 0 42 +2 1 7 * 19 S 26 E 1804 21 SF 40 0.5 F PALE*E LEAR*E 272 88 7 16 3 35 3 52 4 4 21 S 17 E 1804 19 SB 0 0.0 E H TACH C 273 88 7 17 5 51 * 5 53 5 57 * 19 S 5 E 1804 21 SF 0 0.0 E ABST*P 274 88 7 17 10 20 * 0 0 10 35 * 16 S 14 E 1804 22 SF 0 0.0 D KHAR*V 275 88 7 17 10 56 * 10 57 11 12 * 27 S 13 E 1804 21 SN 0 0.0 D KHAR*V 276 88 7 16 7 14 * 7 14 7 20 * 20 S 18 E 1804 21 SN 0 0.0 E HTPR*C 277 88 7 16 8 7 * 8 10 8 36 * 25 S 22 E 1804 21 SF 0 0.0 E HTPR*C 278 88 7 16 8 31 * 8 32 8 38 * 20 S 11 E 1804 19 SF 0 0.0 E HTPR*C 279 88 7 16 9 19 * 9 23 9 30 * 19 S 12 E 1804 19 SN 0 0.0 E HTPR*C 280 88 7 16 11 18 * 11 29 11 45 * 18 S 21 E 1804 21 SN 0 0.0 E HTPR*C 281 88 7 16 13 33 >9 13 43 +2 14 2 * 15 S 25 E 1804 22 SF 20 0.2 F HTPR*C SVTO*E HOLL*E RAMY*E 282 88 7 16 14 58 * 15 3 15 28 * 30 N 50 W 1804 14 SF 0 0.0 HTPR*C 283 88 7 16 15 43 * 15 46 +4 15 58 * 25 S 20 E 1804 21 SN 50 0.6 HTPR*C HOLL E RAMY E 284 88 7 16 16 22 +5 16 32 17 41 * 16 S 24 E 1804 22 SF 80 0.9 F HK HTPR*C RAMY*E PALE E HOLL E 285 88 7 16 16 22 +5 17 3 +0 17 41 * 16 S 24 E 1804 22 SF 80 0.9 F HK HTPR*C RAMY*E PALE E HOLL E 285 88 7 16 19 11 * 19 11 19 20 * 22 N 43 W 1804 16 SF 0 0.0 HOLL*E 286 88 7 16 21 3 * 21 4 21 12 * 21 S 76 E 1804 29 SF 0 0.0 HOLL*E 287 88 7 17 4 19 * 4 31 4 42 * 21 S 3 E 1804 19 SN 0 0.0 E YUNN*C 288 88 7 17 13 32 +0 13 33 +0 13 59 * 21 S 6 E 1804 21 SF 20 0.2 RAMY*E SVTO*E 289 88 7 17 14 19 * 14 19 14 22 * 20 S 2 E 1804 21 SF 0 0.0 H RAMY*E 290 88 7 17 15 13 +1 15 17 +1 15 30 * 22 N 55 W 1804 16 SF 15 0.3 HOLL*E RAMY*E 291 88 7 18 0 5 0 5 0 22 * 24 S 3 E 1804 21 SF 0 0.0 LEAR E 292 88 7 18 0 30 * 0 31 0 34 * 24 S 2 E 1804 21 SF 0 0.0 LEAR*E 293 88 7 18 2 21 +1 2 22 +1 2 31 * 16 S 4 E 1804 22 SF 0 0.0 E YUNN*C LEAR*E 294 88 7 18 2 25 * 2 33 3 3 * 22 N 59 W 1804 16 SF 0 0.0 F LEAR*E 295 88 7 18 3 5 +0 3 17 +3 3 30 * 20 S 8 W 1804 19 SF 45 0.5 YUNN*C LEAR*E 296 88 7 18 3 24 * 3 25 3 27 * 19 N 61 W 1804 16 SF 0 0.0 LEAR*E 297 88 7 18 7 0 * 7 2 7 7 * 28 N 75 W 1804 14 SF 0 0.0 LEAR*E 298 88 7 18 7 41 +4 7 54 +8 8 12 * 23 S 10 W 1804 21 SN 40 0.5 E CATA P LEAR*E SVTO*E YUNN*C KANZ* PEKG V 299 88 7 18 8 18 * 8 23 8 38 * 28 N 75 W 1804 14 SF 0 0.0 LEAR*E 300 88 7 18 9 28 * 9 32 9 36 * 19 S 11 W 1804 19 SF 0 0.0 KANZ* 301 88 7 18 9 50 +2 9 52 +1 9 57 * 28 N 77 W 1804 14 SF 0 0.0 KANZ* SVTO*E 302 88 7 18 10 51 +4 10 53 +4 11 3 * 29 N 75 W 1804 14 SN 50 0.0 H CATA*P RAMY*E KANZ SVTO*E 303 88 7 18 12 52 +1 12 53 +0 13 0 * 27 N 78 W 1804 14 SF 30 0.0 RAMY*E SVTO*E 304 88 7 18 15 40 * 15 41 15 44 * 21 S 13 W 1804 21 SF 0 0.0 H SVTO*E 305 88 7 18 16 0 +7 16 9 16 38 * 22 S 18 W 1804 19 1F 0 0.0 F H SVTO*E RAMY*E 306 88 7 18 16 0 +7 16 26 +1 16 38 * 22 S 18 W 1804 19 1F 0 0.0 F H SVTO*E RAMY*E 306 88 7 18 19 48 * 20 7 20 16 21 S 13 W 1804 21 SF 0 0.0 HOLL E 307 88 7 18 19 59 * 20 4 20 12 22 N 68 W 1804 16 SF 0 0.0 HOLL E 308 88 7 18 20 24 20 24 20 28 * 28 N 85 W 1804 14 SF 0 0.0 HOLL E 309 88 7 19 0 27 +0 0 30 +1 0 51 * 24 S 18 W 1804 21 1N 0 0.0 F LEAR*E PALE*E CULG P 310 88 7 19 1 43 +0 1 43 +1 1 59 * 22 S 12 W 1804 21 SF 30 0.3 F PALE*E LEAR*E 311 88 7 19 4 24 * 4 29 4 45 * 20 S 9 W 1804 21 SF 0 0.0 LEAR*E 312 88 7 19 5 38 +2 5 39 +2 5 56 * 22 N 73 W 1804 16 SN 70 0.0 G TACH*C LEAR*E ABST*P SVTO*E 313 88 7 19 5 38 +2 5 49 5 56 * 22 N 73 W 1804 16 SN 70 0.0 G TACH*C LEAR*E ABST*P SVTO*E 313 88 7 19 7 48 +7 7 53 +3 8 8 * 24 S 23 W 1804 21 SN 0 0.0 E HTPR*C ABST*C LEAR*E KANZ* SVTO*E CATA*P 314 88 7 19 10 34 * 10 48 11 40 * 24 S 23 W 1804 21 SN 0 0.0 E HTPR*C 315 88 7 19 12 10 +2 12 15 +6 12 31 * 22 S 27 W 1804 21 SF 0 0.0 H HTPR*C RAMY*E 316 88 7 19 12 49 * 12 53 13 6 * 12 S 15 W 1804 22 SF 0 0.0 F HOLL*E 317 88 7 19 13 33 +5 13 37 +2 13 45 * 17 S 23 W 1804 21 SF 25 0.3 F HTPR*C SVTO*E RAMY*E HOLL*E 318 88 7 19 14 38 * 14 38 14 40 * 21 S 22 W 1804 21 SN 0 0.0 E HTPR*C 319 88 7 19 14 38 * 14 43 15 0 * 23 S 29 W 1804 21 SF 0 0.0 E HTPR*C 320 88 7 19 17 45 * 17 46 17 58 * 20 S 25 W 1804 21 SF 0 0.0 HOLL*E 321 88 7 19 21 48 * 21 50 22 1 24 S 30 W 1804 21 SF 0 0.0 F HOLL E 322 88 7 19 23 55 * 23 59 24 12 * 22 S 33 W 1804 21 SF 0 0.0 LEAR*E 323 88 7 20 1 28 * 1 37 2 47 * 20 S 49 W 1804 17 SN 0 0.0 YUNN*C 324 88 7 20 2 54 >9 3 6 +0 3 14 * 17 S 50 W 1804 17 SF 25 0.4 YUNN*C LEAR*E 325 88 7 20 4 48 +5 4 50 +5 4 57 * 17 S 50 W 1804 17 SF 20 0.3 D SVTO*E LEAR*E ABST*C 326 88 7 20 7 46 +6 7 52 +3 8 10 * 23 S 38 W 1804 21 SF 110 1.6 E HTPR*C CATA*C 327 88 7 20 9 24 +3 9 25 +5 9 41 * 24 S 37 W 1804 21 SN 70 1.0 E HTPR*C CATA*C KAND*P SVTO*E 328 88 7 20 13 18 * 13 19 13 35 * 17 S 55 W 1804 17 SF 0 0.0 RAMY*E 329 88 7 20 14 10 +2 14 16 +1 14 24 * 32 S 41 W 1804 21 SF 70 1.1 F H SVTO*E KANZ* RAMY*E 330 88 7 20 17 32 +2 17 36 +1 17 49 * 16 S 41 W 1804 19 SF 30 0.4 F RAMY*E KANZ PALE*E 331 88 7 20 18 47 * 18 49 18 52 * 22 S 44 W 1804 21 SF 0 0.0 F RAMY*E 332 88 7 20 23 47 +2 23 50 +1 23 56 * 22 S 47 W 1804 21 SF 50 0.8 HOLL*E LEAR*E PALE*E 333 88 7 21 1 29 +1 1 31 +1 1 48 * 15 S 48 W 1804 19 SN 100 1.6 LEAR*E PALE*E 334 88 7 21 4 13 * 4 14 4 24 * 19 S 56 W 1804 19 SF 0 0.0 LEAR*E 335 88 7 21 5 4 * 5 5 5 18 * 17 S 65 W 1804 17 SF 0 0.0 LEAR*E 336 88 7 21 6 15 * 6 49 7 0 * 23 S 44 W 1804 21 SF 0 0.0 E HTPR*C 337 88 7 21 7 8 +1 7 8 +5 7 23 * 16 S 50 W 1804 19 1N 150 2.5 E SVTO*E LEAR*E HTPR*C YUNN*P ABST*C KANZ* 338 88 7 21 7 56 * 8 0 +0 8 9 * 23 S 51 W 1804 21 SF 100 1.8 HTPR*C CATA P 339 88 7 21 10 14 * 10 21 10 47 * 25 S 40 W 1804 21 SN 0 0.0 E HTPR*C 340 88 7 21 11 20 * 11 21 11 26 * 24 S 53 W 1804 21 SF 0 0.0 D KHAR*V 341 88 7 21 11 29 +4 11 34 11 55 * 26 S 44 W 1804 21 SF 45 0.7 E HTPR*C RAMY*E SVTO*E KANZ CATA P 342 88 7 21 11 29 +4 11 39 +3 11 55 * 26 S 44 W 1804 21 SF 45 0.7 E HTPR*C RAMY*E SVTO*E KANZ CATA P 342 88 7 21 14 32 * 14 36 14 57 * 30 S 56 E 1804 0 SN 0 0.0 E HTPR*C 343 88 7 21 15 33 * 15 33 15 35 * 17 S 69 W 1804 17 SF 0 0.0 HOLL*E 344 88 7 21 18 23 +2 18 34 +2 18 47 * 19 S 88 E 1804 39 1B 260 0.0 RAMY*E PALE*E 345 88 7 21 18 34 * 18 34 18 35 17 S 75 E 1804 36 1F 0 0.0 RAMY E 346 88 7 21 22 34 * 22 34 22 43 * 22 S 51 W 1804 21 SF 0 0.0 HOLL*E 347 88 7 22 0 25 +1 0 28 +0 0 35 * 17 S 58 W 1804 19 SF 50 1.0 PALE*E HOLL*E 348 88 7 22 1 5 +1 1 12 +0 1 18 * 17 S 59 W 1804 19 SF 30 0.6 H HOLL*E PALE*E 349 88 7 22 1 54 * 1 56 +2 2 3 * 17 S 59 W 1804 19 1N 100 2.1 D PALE*E PEKG C 350 88 7 22 3 2 * 3 53 4 3 * 18 S 59 W 1804 21 1B 0 0.0 D TACH*C 351 88 7 22 5 0 * 5 9 5 14 * 17 S 76 W 1804 17 SF 0 0.0 LEAR*E 352 88 7 22 5 53 +3 5 56 +1 5 59 * 18 S 61 W 1804 19 1F 100 2.2 E HTPR*C LEAR*E PEKG*C 353 88 7 22 6 30 +0 6 30 +2 6 34 * 18 S 76 W 1804 17 SN 0 0.0 SVTO*E HTPR*C LEAR*E 354 88 7 22 8 15 +0 8 15 +0 8 23 * 18 S 79 W 1804 17 SN 10 0.0 HTPR*C LEAR*E SVTO*E 355 88 7 22 9 7 +5 9 13 +5 9 19 * 18 S 80 W 1804 17 SN 30 0.0 HTPR*C SVTO*E 356 88 7 22 9 59 9 59 10 11 * 18 S 90 W 1804 17 SB 0 0.0 CATA P 357 88 7 22 9 59 9 59 10 35 * 23 S 6 E 1804 31 1B 0 0.0 CATA P 358 88 7 22 11 12 +3 11 18 +2 11 34 * 20 S 90 E 1804 39 1N 130 0.0 A E HTPR*C KANZ* RAMY E CATA P 359 88 7 22 13 36 * 13 40 13 48 * 13 N 90 E 1804 40 SB 0 0.0 HTPR*C 360 88 7 22 14 15 * 14 17 14 18 * 17 S 60 W 1804 21 SN 0 0.0 HTPR*C 361 88 7 22 16 58 * 17 1 17 5 * 22 S 67 W 1804 21 SF 0 0.0 SVTO*E 362 88 7 22 20 39 * 20 39 20 45 * 22 S 66 W 1804 21 SF 0 0.0 HOLL*E 363 88 7 22 23 22 * 23 30 24 5 * 22 S 1 W 1804 31 SF 0 0.0 F HOLL*E 364 88 7 23 8 23 * 8 24 8 32 * 20 S 71 W 1804 21 SF 0 0.0 HTPR*C 365 88 7 23 11 11 * 11 20 11 38 * 23 S 70 W 1804 21 SN 0 0.0 HTPR*C 366 88 7 23 13 10 +6 13 16 +4 13 36 * 18 S 61 W 1804 21 1N 100 2.2 E HOLL*E HTPR*C KANZ* SVTO*E 367 88 7 23 15 4 +1 15 12 +1 15 36 * 11 N 65 E 1804 37 SF 70 1.7 H HTPR*C SVTO*E KANZ* HOLL*E RAMY*E 368 88 7 23 16 21 +4 16 23 +3 16 34 * 23 S 74 W 1804 21 SF 20 0.0 E HTPR*C RAMY*E HOLL*E 369 88 7 23 17 42 +2 17 45 +1 17 53 * 12 N 62 E 1804 37 SF 60 1.3 H HTPR*C HOLL*E RAMY*E 370 88 7 23 18 23 * 18 29 18 39 * 12 N 64 E 1804 37 SF 0 0.0 HOLL*E 371 88 7 23 18 24 * 18 29 18 42 * 24 S 78 W 1804 21 SF 0 0.0 HOLL*E 372 88 7 23 21 47 * 21 48 21 52 * 19 S 71 W 1804 21 SF 0 0.0 HOLL*E 373 88 7 23 22 2 * 22 12 22 20 * 10 N 62 E 1804 37 SF 0 0.0 F HOLL*E 374 88 7 24 2 50 * 2 52 2 58 * 12 N 63 E 1804 37 SF 0 0.0 LEAR*E 375 88 7 24 6 35 +2 6 49 +9 9 15 * 21 S 62 E 1804 39 2N 0 0.0 F U KANZ* CATA*C SVTO*E 376 88 7 24 8 30 * 8 30 10 59 * 16 S 60 E 1804 39 2F 0 0.0 U SVTO*E 377 88 7 24 10 18 +4 10 22 +3 10 39 * 14 N 69 E 1804 40 SF 0 0.0 KANZ* SVTO*E 378 88 7 24 12 14 +1 12 16 +1 12 21 * 13 N 58 E 1804 37 SF 15 0.3 H KANZ* SVTO*E RAMY*E 379 88 7 24 15 58 +3 16 1 +2 16 38 * 22 S 35 W 1804 28 1F 0 0.0 F U HOLL*E SVTO*E RAMY*E KANZ* 380 88 7 24 19 50 * 19 52 20 18 * 13 N 68 E 1804 40 SF 0 0.0 F HOLL*E 381 88 7 25 5 35 +4 5 38 +2 6 7 * 15 N 60 E 1804 40 1N 150 3.1 E HLS TACH C LEAR*E CULG*C SVTO*E 382 88 7 25 11 56 * 11 59 12 19 * 23 S 46 W 1804 28 SF 0 0.0 RAMY*E 383 88 7 25 14 18 +2 14 20 +2 14 40 * 23 S 35 W 1804 29 SF 25 0.3 H HOLL*E KANZ* RAMY*E 384 88 7 25 15 26 * 15 29 15 32 * 22 S 90 W 1804 21 SF 0 0.0 HOLL*E 385 88 7 25 19 28 * 19 57 20 47 * 27 S 51 E 1804 39 1F 0 0.0 F H HOLL*E RAMY E 386 88 7 25 19 28 * 20 7 20 47 * 27 S 51 E 1804 39 1F 0 0.0 F H HOLL*E RAMY E 386 88 7 26 2 51 2 55 3 14 * 25 S 47 E 1804 41 1N 0 0.0 PEKG V TACH C 387 88 7 26 3 8 * 3 44 6 10 * 26 N 94 E 1805 7 SB 0 0.0 A KY TACH C HTPR C 388 88 7 26 4 49 4 53 5 0 24 S 47 E 1804 41 SF 0 0.0 D ABST P 389 88 7 26 7 37 * 7 44 8 5 * 24 S 28 E 1804 39 1B 0 0.0 E U HTPR*C 390 88 7 26 7 38 * 7 43 8 5 * 25 N 90 E 1805 7 SF 0 0.0 HTPR*C 391 88 7 26 8 1 * 8 3 8 8 * 15 S 90 W 1804 22 SF 0 0.0 HTPR*C 392 88 7 26 8 10 >9 8 24 9 13 * 24 N 90 E 1805 7 SN 0 0.0 HTPR*C CATA*C 393 88 7 26 8 10 >9 8 46 9 13 * 24 N 90 E 1805 7 SN 0 0.0 HTPR*C CATA*C 393 88 7 26 9 33 * 9 35 9 38 * 21 S 29 E 1804 39 SF 0 0.0 E HTPR*C 394 88 7 26 9 52 * 9 56 10 7 * 15 N 34 E 1804 37 SN 0 0.0 E HTPR*C 395 88 7 26 10 7 * 10 13 10 39 * 21 S 40 E 1804 41 SB 0 0.0 L HTPR*C KHAR V 396 88 7 26 10 30 * 10 32 10 40 * 36 N 82 E 1805 7 SB 0 0.0 HTPR*C 397 88 7 26 10 35 * 11 22 12 52 * 23 S 25 E 1804 39 SN 0 0.0 E I HTPR*C 398 88 7 26 12 6 12 8 12 18 25 S 13 E 1804 0 SN 0 0.0 F RAMY E 399 88 7 26 12 10 12 11 12 18 27 N 70 E 1805 0 SF 0 0.0 F RAMY E 400 88 7 26 13 20 +4 13 28 +0 13 48 * 26 N 90 E 1805 7 SF 35 0.0 E HTPR*C HOLL*E 401 88 7 26 13 54 * 13 57 14 15 * 25 S 26 E 1804 39 SN 0 0.0 E HTPR*C 402 88 7 26 13 54 * 13 58 14 4 * 36 N 80 E 1805 7 SB 0 0.0 HTPR*C 403 88 7 26 14 55 * 14 57 15 8 * 15 N 30 E 1804 37 SN 0 0.0 E HTPR*C 404 88 7 26 15 30 * 15 38 15 58 * 24 S 24 E 1804 39 SB 0 0.0 E HTPR*C 405 88 7 26 16 48 * 16 48 17 1 * 23 S 39 E 1804 41 SF 0 0.0 HOLL*E 406 88 7 26 17 0 * 17 12 17 35 * 27 N 80 E 1805 7 SN 0 0.0 E HTPR*C 407 88 7 26 17 32 * 17 32 17 37 * 25 S 24 E 1804 39 SF 0 0.0 E HTPR*C 408 88 7 27 0 38 * 0 39 0 46 * 21 S 30 E 1804 41 SF 0 0.0 F HOLL*E 409 88 7 28 6 35 * 6 40 7 10 * 25 N 65 E 1805 7 SN 0 0.0 E HTPR*C 410 88 7 28 7 25 * 7 34 7 43 * 29 N 71 E 1805 7 SN 0 0.0 E HTPR*C 411 88 7 27 7 29 >9 7 44 +2 8 1 * 24 S 29 E 1804 41 1N 340 4.4 U SVTO*E CATA P ABST*C YUNN*P KANZ* 412 88 7 27 9 34 +0 9 34 +1 9 41 * 22 S 29 E 1804 41 SF 0 0.0 D KANZ* KHAR*P 413 88 7 27 9 44 >9 9 55 +2 10 5 * 13 N 36 E 1805 2 SF 60 0.8 D L KHAR*P KANZ* SVTO*E CATA*P 414 88 7 27 10 31 +6 10 33 +2 10 58 * 28 N 81 E 1805 7 SF 0 0.0 SVTO*E KHAR*V KANZ* 415 88 7 27 10 31 +6 10 41 10 58 * 28 N 81 E 1805 7 SF 0 0.0 SVTO*E KHAR*V KANZ* 415 88 7 27 11 0 +4 11 4 11 41 * 20 S 28 E 1804 41 SF 0 0.0 KANZ* SVTO*E 416 88 7 27 11 0 +4 11 24 11 41 * 20 S 28 E 1804 41 SF 0 0.0 KANZ* SVTO*E 416 88 7 27 12 6 12 8 12 8 17 S 26 E 1804 39 SN 0 0.0 F RAMY E 417 88 7 27 12 14 +7 12 18 +3 12 34 * 21 S 27 E 1804 41 SF 0 0.0 KANZ* SVTO*E 418 88 7 27 13 56 +0 13 56 +0 14 11 * 21 S 24 E 1804 41 SF 0 0.0 SVTO*E KANZ* 419 88 7 27 14 55 +0 14 56 +1 15 6 * 16 N 32 E 1805 2 SF 20 0.2 HOLL*E SVTO*E 420 88 7 27 17 32 * 17 32 17 41 * 23 S 24 E 1804 41 SF 0 0.0 RAMY*E 421 88 7 28 0 11 * 0 12 0 17 * 26 N 69 E 1805 7 SF 0 0.0 LEAR*E 422 88 7 28 0 12 * 0 13 0 20 * 28 N 87 E 1805 7 SF 0 0.0 PALE*E 423 88 7 28 1 22 +0 1 22 +2 1 38 * 14 N 30 E 1805 0 SF 30 0.4 PALE*E LEAR*E 424 88 7 28 4 41 * 4 43 4 45 * 25 N 72 E 1805 7 SF 0 0.0 LEAR*E 425 88 7 28 6 36 * 6 36 6 46 * 25 N 71 E 1805 7 SF 0 0.0 LEAR*E 426 88 7 28 7 34 * 7 36 7 41 * 28 N 76 E 1805 7 SF 0 0.0 LEAR*E 427 88 7 28 8 58 * 9 0 10 5 * 25 N 64 E 1805 7 SN 0 0.0 E HTPR*C 428 88 7 28 12 4 * 12 10 12 40 * 28 S 15 E 1805 1 1B 0 0.0 E I HTPR*C 429 88 7 28 12 6 * 12 8 +3 12 16 * 27 N 73 E 1805 7 SF 50 0.0 F SVTO*E RAMY E 430 88 7 28 12 7 * 12 12 12 42 * 26 N 62 E 1805 7 1B 0 0.0 E V HTPR*C 431 88 7 28 15 56 * 16 3 16 15 * 25 N 62 E 1805 7 SB 0 0.0 HTPR*C 432 88 7 28 17 3 * 17 23 17 50 * 24 N 63 E 1805 7 SN 0 0.0 E HTPR*C 433 88 7 28 17 10 * 17 24 18 10 * 25 N 41 E 1805 0 SF 0 0.0 E HTPR*C 434 88 7 28 19 26 * 19 29 19 30 * 21 S 9 E 1804 41 SF 0 0.0 PALE*E 435 88 7 28 19 32 * 19 33 19 38 * 32 N 77 E 1805 10 SF 0 0.0 F PALE*E 436 88 7 28 22 7 * 22 25 22 29 * 28 N 66 E 1805 7 SF 0 0.0 HOLL*E 437 88 7 28 23 25 * 23 26 23 53 25 N 40 E 1805 0 SF 0 0.0 HOLL E 438 88 7 29 1 17 1 24 1 36 * 26 N 40 E 1805 0 SF 0 0.0 PALE E 439 88 7 29 3 22 * 3 25 3 41 15 N 14 E 1805 0 SB 0 0.0 E TACH C 440 88 7 29 5 29 * 5 29 5 34 * 33 N 67 E 1805 10 SF 0 0.0 LEAR*E 441 88 7 29 6 32 * 6 35 6 37 * 33 N 70 E 1805 10 SF 0 0.0 LEAR*E 442 88 7 29 7 9 +1 7 16 7 59 * 15 N 6 E 1805 2 SF 0 0.0 E ABST*C HTPR*C 443 88 7 29 7 9 +1 7 29 7 59 * 15 N 6 E 1805 2 SF 0 0.0 E ABST*C HTPR*C 443 88 7 29 7 48 +1 7 48 +1 7 58 * 20 S 5 E 1804 41 SF 60 0.7 E V LEAR*E HTPR*C KANZ* ABST*C 444 88 7 29 8 2 +2 8 2 +2 8 10 * 26 N 61 E 1805 7 SF 50 1.1 D V LEAR*E KHAR*V KANZ* ABST*C HTPR*C SVTO*E 445 88 7 29 12 55 +2 12 57 +2 13 17 * 25 S 4 W 1804 39 SF 10 0.1 E HTPR*C RAMY*E KANZ* HOLL E 446 88 7 29 13 46 +3 13 51 +1 14 4 * 27 N 55 E 1805 7 SN 80 1.5 E SVTO*E HOLL*E RAMY*E 447 88 7 29 14 2 0 0 15 9 * 15 N 2 E 1805 2 SF 0 0.0 E HTPR C 448 88 7 29 15 8 * 15 13 15 25 * 26 N 48 E 1805 7 SB 35 0.6 E HTPR*C RAMY E 449 88 7 29 15 50 >9 16 15 +3 16 32 14 N 2 E 1805 2 SF 0 0.0 I HTPR*C RAMY*E 450 88 7 29 16 23 * 16 23 16 34 * 24 N 50 E 1805 7 SF 0 0.0 E HTPR*C 451 88 7 29 16 56 * 16 59 17 6 * 26 N 52 E 1805 7 SF 0 0.0 E HTPR*C 452 88 7 29 17 6 * 17 20 17 32 * 22 S 8 W 1804 39 SN 0 0.0 E HTPR*C 453 88 7 29 18 40 * 18 40 19 6 * 14 N 2 E 1805 2 SF 0 0.0 F PALE*E 454 88 7 29 21 31 * 21 33 22 15 32 N 61 E 1805 10 1F 0 0.0 F PALE E 455 88 7 29 22 27 * 22 36 22 52 * 13 N 2 W 1805 2 SF 0 0.0 F PALE*E HOLL E 456 88 7 29 22 47 >9 22 49 23 9 * 21 S 3 W 1804 41 SF 0 0.0 F HOLL*E PALE*E 457 88 7 29 23 19 23 21 23 40 * 22 S 7 W 1804 41 SF 0 0.0 F HOLL E 458 88 7 29 23 36 23 40 23 56 * 32 N 56 E 1805 10 SF 0 0.0 HOLL E 459 88 7 29 23 54 * 24 14 25 31 * 16 N 0 1805 2 SF 0 0.0 LEAR*E 460 88 7 30 0 8 +5 0 13 +0 0 51 * 22 S 4 W 1804 41 SF 40 0.4 F LEAR*E HOLL E PALE*E 461 88 7 30 0 8 +5 0 24 0 51 * 22 S 4 W 1804 41 SF 40 0.4 F LEAR*E HOLL E PALE*E 461 88 7 30 0 11 0 11 0 33 * 26 N 47 E 1805 7 SF 0 0.0 LEAR E 462 88 7 30 2 37 * 2 39 2 50 * 20 S 7 W 1804 41 SF 0 0.0 F PALE*E 463 88 7 30 2 55 +2 3 4 3 30 * 20 S 10 W 1804 41 SN 0 0.0 F MITK*C PALE*E TACH C 464 88 7 30 2 55 +2 3 11 3 30 * 20 S 10 W 1804 41 SN 0 0.0 F MITK*C PALE*E TACH C 464 88 7 30 2 59 +3 3 2 +1 3 30 * 14 N 4 W 1805 2 SN 0 0.0 TACH*C MITK*C PALE*E 465 88 7 30 5 46 * 5 46 6 0 * 33 N 53 E 1805 10 SF 0 0.0 LEAR*E 466 88 7 30 6 53 +4 6 53 +5 7 2 * 12 N 6 W 1805 2 SF 0 0.0 E CULG*C SVTO*E 467 88 7 30 6 55 +0 6 55 +2 7 24 * 21 S 8 W 1804 41 SN 30 0.3 SVTO*E LEAR*E CULG*C CATA P HTPR C 468 88 7 30 7 20 +5 7 21 +5 7 31 * 14 N 11 W 1805 2 SF 0 0.0 HTPR*C KHAR*V 469 88 7 30 7 59 * 8 0 8 6 * 25 N 23 E 1805 5 SF 0 0.0 D H KHAR*V 470 88 7 30 8 24 * 8 25 8 32 * 30 N 45 E 1805 7 SF 0 0.0 E HTPR*C 471 88 7 30 8 35 +2 8 40 +0 8 45 * 24 N 40 E 1805 7 SF 50 0.7 HTPR*C CATA*C 472 88 7 30 8 35 +2 8 38 +0 8 51 * 16 N 11 W 1804 40 SF 0 0.0 HTPR*C KHAR*V 473 88 7 30 8 45 +2 8 48 +2 9 18 * 27 N 45 E 1805 7 1B 280 4.3 F IV LEAR E HTPR*C SVTO*E KHAR P CATA P 474 88 7 30 9 52 * 9 54 10 0 * 13 N 9 W 1805 2 SF 0 0.0 SVTO*E 475 88 7 30 11 14 +8 11 22 +5 11 47 22 S 10 W 1804 39 SF 30 0.3 E HTPR*C SVTO*E 476 88 7 30 12 5 * 12 7 12 30 * 15 N 12 W 1805 2 SF 0 0.0 E HTPR*C 477 88 7 30 12 8 * 12 11 12 35 * 26 N 31 E 1805 7 SF 0 0.0 HTPR*C 478 88 7 30 14 12 +0 14 12 +1 14 29 * 20 S 13 W 1804 41 SF 0 0.0 HOLL*E HTPR*C 479 88 7 30 15 35 +3 15 36 +3 15 50 * 28 N 42 E 1805 7 SF 30 0.4 E HTPR*C HOLL*E 480 88 7 30 16 8 +0 16 9 +3 16 29 * 28 N 41 E 1805 7 SF 50 0.7 HOLL*E HTPR*C 481 88 7 30 16 40 * 0 0 18 2 22 S 16 W 1804 41 SN 0 0.0 E HTPR C 482 88 7 30 16 13 * 16 15 16 33 * 12 N 10 W 1805 2 SF 0 0.0 E HTPR*C 483 88 7 30 17 4 * 17 5 17 12 * 24 N 39 E 1805 7 SF 0 0.0 E HTPR*C 484 88 7 30 17 33 +1 17 34 +5 17 48 * 28 N 42 E 1805 7 SN 50 0.7 F HTPR*C HOLL*E PALE*E 485 88 7 30 18 57 * 18 57 19 2 * 27 N 41 E 1805 7 SF 0 0.0 HOLL*E 486 88 7 30 21 4 * 21 6 21 33 * 16 N 15 W 1805 2 SF 0 0.0 F HOLL*E 487 88 7 30 21 25 +3 21 33 +1 21 54 * 22 S 16 W 1804 41 SN 120 1.4 F U HOLL*E PALE*E 488 88 7 30 21 39 +2 21 41 22 12 * 25 N 36 E 1805 7 SF 0 0.0 F HOLL*E PALE*E 489 88 7 30 21 39 +2 21 49 22 12 * 25 N 36 E 1805 7 SF 0 0.0 F HOLL*E PALE*E 489 88 7 30 23 55 +0 23 55 +4 24 4 * 14 N 15 W 1805 2 SF 0 0.0 F I LEAR*E VORO*C PALE*E 490 88 7 31 2 42 +0 2 43 +1 2 49 * 16 N 17 W 1805 2 SF 0 0.0 LEAR*E PALE*E 491 88 7 31 2 52 * 3 0 3 18 * 33 N 42 E 1805 10 SF 0 0.0 LEAR*E 492 88 7 31 3 0 * 3 0 3 7 * 24 N 32 E 1805 7 SF 0 0.0 LEAR*E 493 88 7 31 3 46 * 3 49 4 18 * 13 N 17 W 1805 2 SF 0 0.0 LEAR*E 494 88 7 31 6 11 * 6 24 6 28 * 13 N 19 W 1805 2 SF 0 0.0 F ABST*P 495 88 7 31 6 28 +1 6 37 +1 6 57 * 27 N 35 E 1805 7 SF 0 0.0 F LEAR*E KANZ* 496 88 7 31 6 54 * 6 56 7 3 * 15 N 19 W 1805 2 SF 0 0.0 F LEAR*E 497 88 7 31 7 11 >9 7 24 +8 8 14 * 34 N 41 E 1805 10 1B 0 0.0 F IR CATA P ABST*P KANZ* LEAR*E SVTO*E KHAR P YUNN P 498 88 7 31 7 11 >9 8 4 8 14 * 34 N 41 E 1805 10 1B 0 0.0 F IR CATA P ABST*P KANZ* LEAR*E SVTO*E KHAR P YUNN P 498 88 7 31 8 46 * 0 0 8 52 * 14 N 40 W 1804 37 SF 0 0.0 D H KHAR*V 499 88 7 31 8 52 +4 8 59 +3 9 16 * 13 N 21 W 1805 2 SN 0 0.0 H LEAR*E KHAR*P YUNN P KANZ* CATA P 500 88 7 31 14 52 14 53 15 20 * 34 N 38 E 1805 10 SN 0 0.0 F SVTO E 501 88 7 31 16 2 +3 16 5 +6 16 42 * 32 N 31 E 1805 10 SF 60 0.8 F H RAMY*E HOLL*E KANZ* SVTO E 502 88 7 31 16 42 +2 16 48 +3 17 6 * 27 S 42 E 1805 11 SF 0 0.0 HOLL*E KANZ* 503 88 7 31 18 1 +1 18 3 18 21 * 34 N 35 E 1805 10 SF 0 0.0 F PALE*E RAMY*E HOLL*E 504 88 7 31 18 1 +1 18 9 +0 18 21 * 34 N 35 E 1805 10 SF 0 0.0 F PALE*E RAMY*E HOLL*E 504 88 7 31 21 29 * 21 34 21 44 * 14 N 30 W 1805 2 SF 0 0.0 PALE*E 505 88 7 31 22 17 * 22 21 23 4 * 35 N 33 E 1805 10 SF 0 0.0 D I VORO*C 506 88 7 31 23 10 * 23 12 23 33 * 11 N 47 W 1804 37 SF 0 0.0 HOLL*E 507 88 8 1 0 3 0 3 0 13 * 19 S 37 W 1804 39 SF 0 0.0 F PALE E 1 88 8 1 0 7 0 8 0 18 36 N 29 E 1805 10 SF 0 0.0 E IK VORO C 2 88 8 1 0 7 0 14 0 18 36 N 29 E 1805 10 SF 0 0.0 E IK VORO C 2 88 8 1 3 42 * 3 42 3 45 * 11 N 49 W 1804 37 SF 0 0.0 LEAR*E 3 88 8 1 4 3 +1 4 4 +5 4 36 * 14 N 33 W 1805 2 SN 0 0.0 F Y LEAR*E TACH*C 4 88 8 1 5 24 +4 6 17 >9 7 12 * 34 N 28 E 1805 10 2N 600 7.7 F Y MITK*P CULG*P TACH C SVTO E LEAR E ABST P KANZ P 5 88 8 1 5 24 +4 6 42 +1 7 12 * 34 N 28 E 1805 10 2N 600 7.7 F Y MITK*P CULG*P TACH C SVTO E LEAR E ABST P KANZ P 5 88 8 1 9 8 * 9 11 9 33 * 25 N 7 W 1805 5 SF 0 0.0 D H KHAR*P 6 88 8 1 9 24 * 9 25 9 42 * 14 N 41 W 1804 40 1F 0 0.0 E KHAR*P 7 88 8 1 9 33 * 9 35 9 52 * 13 N 56 W 1804 37 SF 0 0.0 D H KHAR*P 8 88 8 1 9 50 9 58 10 2 * 26 S 33 E 1805 11 SF 0 0.0 D H KHAR V 9 88 8 1 12 7 * 12 7 12 15 * 20 S 44 W 1804 39 SF 0 0.0 KANZ*P 10 88 8 1 16 42 +5 16 46 +1 16 54 * 24 N 11 W 1805 5 SF 0 0.0 F KANZ*P HOLL*E 11 88 8 1 17 3 +3 17 6 +1 17 14 16 N 40 W 1805 2 SF 0 0.0 F HOLL*E KANZ*P 12 88 8 1 17 38 +2 17 40 +2 17 53 * 30 N 15 E 1805 10 SF 20 0.2 HOLL*E RAMY*E KANZ P 13 88 8 1 20 42 20 44 20 44 27 S 30 E 1805 11 SF 0 0.0 HOLL E 14 88 8 1 22 48 * 22 50 22 56 12 N 46 W 1805 2 SF 0 0.0 F PALE E 15 88 8 1 23 11 * 23 19 23 21 * 12 N 48 W 1804 40 SF 0 0.0 F PALE*E 16 88 8 1 23 34 * 23 43 23 47 * 15 N 42 W 1805 2 SF 0 0.0 LEAR*E 17 88 8 1 23 56 * 24 2 24 16 * 11 N 47 W 1804 40 SF 0 0.0 LEAR*E 18 88 8 2 0 20 * 0 32 0 41 * 21 S 46 W 1804 41 SF 0 0.0 LEAR*E YUNN P 19 88 8 2 0 20 * 0 40 0 41 * 21 S 46 W 1804 41 SF 0 0.0 LEAR*E YUNN P 19 88 8 2 4 29 +3 4 34 +5 4 45 * 26 S 27 E 1805 11 SN 30 0.4 D TACH*C PALE*E 20 88 8 2 5 10 +9 5 14 +6 5 30 * 10 N 45 W 1805 2 SN 0 0.0 D TACH*C LEAR*E 21 88 8 2 6 1 +2 6 4 6 7 * 25 N 1 W 1805 7 SN 120 1.3 D TACH*C CULG*C 22 88 8 2 6 48 +4 6 52 +6 7 6 * 14 N 50 W 1804 40 SF 0 0.0 YUNN P KANZ*P SVTO*E PEKG P 23 88 8 2 8 3 +1 8 3 +1 8 13 * 14 N 51 W 1805 2 SF 0 0.0 LEAR*E KANZ*P 24 88 8 2 8 36 +5 8 40 +3 8 47 * 16 N 51 W 1805 2 SN 0 0.0 KHAR*V KANZ*P LEAR*E 25 88 8 2 9 5 * 9 13 9 33 * 16 N 52 W 1805 2 SN 0 0.0 D H KANZ*P KHAR V 26 88 8 2 10 42 +2 10 43 10 46 * 25 N 2 W 1805 7 SF 0 0.0 D KHAR*P KANZ*P 27 88 8 2 12 50 +0 12 50 +0 12 58 * 29 N 7 E 1805 7 SF 0 0.0 RAMY*E KANZ*P 28 88 8 2 15 48 * 15 57 16 34 * 14 N 55 W 1805 2 1N 0 0.0 RAMY*E 29 88 8 2 16 34 16 37 16 57 * 20 N 54 W 1805 2 SF 0 0.0 HOLL E 30 88 8 2 16 0 * 16 11 16 22 * 30 N 10 E 1805 7 SF 0 0.0 RAMY*E 31 88 8 2 17 21 +2 17 24 +1 18 0 * 31 N 10 E 1805 7 1B 0 0.0 H HOLL*E PALE*E 32 88 8 2 17 30 +6 17 33 +4 18 7 * 13 N 56 W 1805 2 SF 0 0.0 F HOLL*E RAMY*E PALE*E 33 88 8 2 18 10 * 18 16 18 47 * 15 N 66 W 1804 37 SF 0 0.0 H HOLL*E 34 88 8 2 18 20 +4 18 33 +1 18 56 * 17 N 62 W 1804 40 SF 50 1.1 F HOLL*E RAMY*E 35 88 8 2 18 57 * 18 58 19 3 * 21 S 61 W 1804 41 SF 0 0.0 F RAMY*E 36 88 8 2 19 40 * 19 42 19 59 * 19 S 61 W 1804 41 SF 0 0.0 RAMY*E 37 88 8 2 20 35 * 20 40 21 16 * 15 N 54 W 1805 2 SF 0 0.0 F HOLL*E 38 88 8 2 22 4 +3 22 5 +2 22 16 * 31 N 7 E 1805 7 SF 50 0.6 F H HOLL*E PALE*E RAMY E 39 88 8 2 22 3 +8 22 11 +3 22 39 * 15 N 59 W 1805 2 SN 90 1.8 F HOLL*E PALE*E RAMY E 40 88 8 3 0 18 * 0 19 0 26 * 22 S 57 W 1804 41 SF 0 0.0 LEAR*E 41 88 8 3 1 41 1 41 1 44 * 26 N 30 W 1805 5 SN 0 0.0 YUNN P 42 88 8 3 2 34 * 2 37 2 56 * 30 N 0 1805 7 SF 0 0.0 YUNN*C 43 88 8 3 2 59 * 3 2 3 3 * 34 N 3 E 1805 10 SF 0 0.0 YUNN*C 44 88 8 3 3 5 3 5 3 41 * 32 N 2 E 1805 10 1N 0 0.0 E CULG P TACH C 45 88 8 3 3 41 * 3 42 4 1 * 25 N 32 W 1805 5 SB 0 0.0 E TACH*C 46 88 8 3 5 24 * 5 27 5 37 * 20 N 60 W 1805 2 SB 0 0.0 D TACH*C 47 88 8 3 5 57 5 57 6 6 28 N 1 W 1805 7 SB 0 0.0 E TACH C 48 88 8 3 5 57 * 5 57 6 6 * 25 N 26 W 1805 5 SB 0 0.0 E TACH*C 49 88 8 3 6 24 * 6 39 7 20 * 13 N 62 W 1805 2 SN 0 0.0 LEAR*E YUNN P YUNN C 50 88 8 3 6 24 * 7 8 7 20 * 13 N 62 W 1805 2 SN 0 0.0 LEAR*E YUNN P YUNN C 50 88 8 3 7 27 * 7 28 7 38 * 21 S 60 W 1804 41 SF 0 0.0 LEAR*E 51 88 8 3 8 29 +1 8 30 +4 9 7 * 15 N 70 W 1804 37 2B 340 0.0 LEAR*E CATA*C YUNN*P 52 88 8 3 10 8 10 33 11 2 * 16 N 63 W 1805 2 1N 0 0.0 F KANZ P KAND P 53 88 8 3 12 24 * 12 24 12 30 * 22 S 68 W 1804 41 SB 0 0.0 D KAND*P 54 88 8 3 12 58 * 13 2 13 9 * 26 N 31 W 1805 5 SF 0 0.0 KANZ*P 55 88 8 3 14 12 * 14 16 14 20 * 29 N 80 E 1805 16 SF 0 0.0 KANZ*P 56 88 8 3 14 35 * 14 41 15 12 * 14 N 67 W 1805 2 SF 0 0.0 F HOLL*E 57 88 8 3 15 25 * 15 42 15 46 * 19 N 68 W 1805 2 SN 0 0.0 F HOLL*E 58 88 8 3 18 48 * 18 48 18 59 * 13 N 68 W 1805 2 SF 0 0.0 F HOLL*E 59 88 8 3 20 34 0 0 21 4 * 14 N 64 W 1805 2 SN 0 0.0 F PALE E 60 88 8 4 0 39 * 0 47 0 54 * 13 N 70 W 1805 2 SF 0 0.0 LEAR*E 61 88 8 4 4 37 * 4 39 4 45 * 29 N 73 E 1805 16 1N 0 0.0 D CULG*C 62 88 8 4 4 48 * 4 49 5 1 * 24 N 45 W 1805 5 SF 0 0.0 D CULG*C 63 88 8 4 4 50 * 4 54 4 59 * 11 N 85 W 1804 37 1N 0 0.0 D V ABST*C 64 88 8 4 4 53 * 4 53 5 4 * 14 N 75 W 1804 40 SF 0 0.0 LEAR*E 65 88 8 4 5 51 * 5 52 6 4 * 31 N 14 W 1805 7 SN 0 0.0 D J ABST*C 66 88 8 4 7 10 +1 7 10 +7 7 26 * 30 N 13 W 1805 7 SN 0 0.0 E CATA*P KAND*P LEAR*E YUNN*C 67 88 8 4 8 4 * 8 5 8 9 * 23 S 75 W 1804 41 SN 0 0.0 D KAND*P 68 88 8 4 11 28 * 11 28 11 33 * 27 N 45 W 1805 5 SN 0 0.0 CATA*C 69 88 8 4 17 16 * 17 17 17 29 * 32 N 78 E 1805 19 SF 0 0.0 F HOLL*E 70 88 8 4 17 31 * 17 33 17 42 * 25 N 47 W 1805 5 SF 0 0.0 HOLL*E 71 88 8 4 18 19 +7 18 28 18 38 29 N 20 W 1805 7 SF 0 0.0 F Z RAMY*E HOLL*E 72 88 8 4 19 26 * 19 27 19 41 * 30 N 74 E 1805 19 SF 0 0.0 RAMY*E 73 88 8 4 19 57 * 20 9 20 16 * 20 N 48 W 1805 5 SF 0 0.0 RAMY*E 74 88 8 4 20 40 20 42 20 45 * 25 N 51 W 1805 5 SF 0 0.0 RAMY E 75 88 8 4 20 52 20 57 21 20 27 N 26 W 1805 7 SF 0 0.0 F RAMY E 76 88 8 4 21 42 * 21 45 21 59 * 23 S 85 W 1804 41 1N 0 0.0 D CULG*C 77 88 8 4 23 15 * 23 23 23 28 * 25 N 28 W 1805 7 SF 0 0.0 PALE*E 78 88 8 5 0 30 +1 0 30 +1 0 47 * 25 N 51 W 1805 5 SF 20 0.3 PALE*E LEAR*E 79 88 8 5 5 20 * 5 24 5 53 * 25 N 57 W 1805 5 SF 0 0.0 D ABST*C 80 88 8 5 6 0 * 6 4 6 21 * 28 N 25 W 1805 7 SF 0 0.0 D ABST*C 81 88 8 5 6 38 * 6 40 6 53 * 29 N 71 E 1805 19 SF 0 0.0 LEAR*E 82 88 8 5 10 45 * 10 50 11 4 * 14 S 12 E 1805 13 SF 0 0.0 E KAND*P 83 88 8 5 10 50 * 10 50 10 55 * 27 N 59 W 1805 5 SN 0 0.0 CATA*C 84 88 8 5 11 44 * 11 45 11 54 * 14 S 12 E 1805 13 SB 0 0.0 E KAND*0 85 88 8 5 17 39 * 17 42 18 3 * 27 N 36 W 1805 7 SF 0 0.0 F HOLL*E 86 88 8 5 21 14 * 21 28 21 53 * 28 N 56 E 1805 19 SF 0 0.0 RAMY*E 87 88 8 5 22 59 23 13 23 46 27 N 56 E 1805 19 SF 0 0.0 PALE E 88 88 8 6 5 16 +2 5 22 +0 5 48 * 28 N 58 E 1805 19 1N 150 3.1 E MITK*C ABST*C 89 88 8 6 6 41 * 6 44 6 58 * 23 N 48 W 1805 7 SF 0 0.0 D ABST*C 90 88 8 6 7 16 +2 7 26 +1 7 47 * 25 N 38 E 1805 16 1N 510 6.8 F CULG P KANZ*P ABST*P CATA P 91 88 8 6 13 11 * 13 11 13 22 * 26 N 47 W 1805 7 SF 0 0.0 F RAMY*E 92 88 8 6 16 35 +1 16 38 +1 17 19 * 28 N 45 W 1805 7 SF 45 0.7 HOLL*E KANZ*P RAMY*E 93 88 8 6 18 58 +0 19 1 +0 19 21 * 27 N 48 W 1805 7 SF 20 0.3 F HOLL*E RAMY*E 94 88 8 6 19 56 +0 19 56 +2 20 13 * 14 S 10 W 1805 12 SF 30 0.3 PALE*E HOLL*E 95 88 8 6 20 32 +3 20 37 +2 21 16 * 29 N 48 E 1805 19 SF 70 1.1 F HOLL*E PALE*E 96 88 8 7 4 45 * 4 46 4 51 * 14 N 88 E 1805 23 SF 0 0.0 LEAR*E 97 88 8 7 6 45 * 6 46 6 58 * 16 N 82 E 1805 23 1F 0 0.0 D V ABST*C 98 88 8 7 10 31 10 50 10 50 16 S 28 W 1805 12 SN 0 0.0 CATA P 99 88 8 7 15 18 +0 15 18 +3 15 37 * 26 N 61 W 1805 7 SF 0 0.0 KANZ*P RAMY*E 100 88 8 7 17 20 * 17 21 17 37 26 N 61 W 1805 7 SF 0 0.0 E RAMY E 101 88 8 7 19 44 * 19 48 19 52 * 28 N 60 W 1805 7 SF 0 0.0 F HOLL*E 102 88 8 7 20 13 * 20 20 20 24 * 27 N 63 W 1805 7 SF 0 0.0 F HOLL*E 103 88 8 7 21 19 * 21 23 21 24 27 N 62 W 1805 7 SF 0 0.0 HOLL E 104 88 8 8 1 21 +1 1 28 1 42 * 28 N 63 W 1805 7 SF 0 0.0 D LEAR*E YUNN*C 105 88 8 8 1 21 +1 1 35 1 42 * 28 N 63 W 1805 7 SF 0 0.0 D LEAR*E YUNN*C 105 88 8 8 1 22 * 1 28 1 38 * 15 S 30 W 1805 12 SF 0 0.0 YUNN*C 106 88 8 8 1 22 * 1 38 1 41 22 N 27 E 1805 17 SF 0 0.0 YUNN P 107 88 8 8 1 48 * 1 58 2 10 * 16 S 27 W 1805 12 SF 0 0.0 YUNN*P 108 88 8 8 5 37 * 5 40 5 43 * 15 S 30 W 1805 12 SF 0 0.0 D ABST*C 109 88 8 8 7 9 * 7 10 7 15 * 27 N 67 W 1805 7 1F 0 0.0 D V ABST*C 110 88 8 8 7 14 7 14 7 26 * 27 N 25 E 1805 18 SF 0 0.0 YUNN P 111 88 8 8 7 45 * 7 47 7 58 * 22 N 77 E 1805 26 SF 0 0.0 D ABST*C 112 88 8 8 7 48 * 7 48 7 56 * 19 N 70 E 1805 23 SF 0 0.0 KANZ*P 113 88 8 8 7 56 +2 8 1 +3 8 52 * 29 N 65 W 1805 7 SN 80 0.0 F KANZ*P LEAR*E CATA P YUNN P 114 88 8 8 8 47 * 8 49 8 53 * 22 N 79 E 1805 26 SF 0 0.0 YUNN*P 115 88 8 8 9 49 +1 9 50 +3 10 10 * 34 N 67 W 1805 10 SN 0 0.0 KANZ*P CATA*C 116 88 8 8 12 32 * 12 32 12 36 * 26 N 84 W 1805 7 SF 0 0.0 KANZ*P 117 88 8 8 16 3 16 5 16 11 * 23 N 22 E 1805 17 SF 0 0.0 RAMY E 118 88 8 9 2 26 +1 2 31 +1 2 42 * 22 N 14 E 1805 17 SF 150 1.6 E MITK*C CULG*C YUNN P 119 88 8 9 4 18 +9 4 30 +2 4 54 * 14 S 42 W 1805 12 1N 190 2.7 TACH*C CULG*C 120 88 8 9 6 29 * 6 33 7 0 * 21 N 13 E 1805 17 SF 0 0.0 D CULG*C ABST P 121 88 8 9 6 35 6 35 6 50 * 30 N 77 W 1805 7 SN 0 0.0 CATA P 122 88 8 9 6 35 * 6 45 7 20 * 24 N 62 E 1805 26 1N 0 0.0 D H BUCA*C ABST P KHAR P 123 88 8 9 6 35 * 6 55 7 20 * 24 N 62 E 1805 26 1N 0 0.0 D H BUCA*C ABST P KHAR P 123 88 8 9 6 59 * 7 1 7 6 23 N 88 W 1805 7 1F 0 0.0 D ABST P 124 88 8 9 7 45 * 7 45 7 51 * 27 N 85 W 1805 7 SB 0 0.0 CATA*C 125 88 8 9 7 55 * 0 0 8 0 23 S 58 W 1805 0 SF 0 0.0 E KHAR P 126 88 8 9 8 22 * 8 22 8 29 * 14 N 55 E 1805 23 SN 0 0.0 KANZ*P 127 88 8 9 8 36 8 37 8 51 * 14 N 57 E 1805 23 SN 0 0.0 YUNN P 128 88 8 9 8 36 8 37 8 48 * 24 N 12 E 1805 17 SN 0 0.0 YUNN P 129 88 8 9 8 36 8 37 9 10 * 14 S 46 W 1805 12 SN 0 0.0 YUNN P 130 88 8 9 8 56 +0 9 2 +2 9 10 * 14 N 54 E 1805 23 SN 0 0.0 YUNN*C KANZ*P 131 88 8 9 10 41 * 10 41 10 45 31 N 78 W 1805 10 SN 0 0.0 KANZ P 132 88 8 9 11 31 * 11 31 11 44 15 N 54 E 1805 23 SB 0 0.0 CATA P 133 88 8 9 15 32 * 15 36 15 52 * 16 N 49 E 1805 23 SF 0 0.0 KANZ*P 134 88 8 9 15 40 +0 15 40 +1 15 55 * 22 N 8 E 1805 17 SF 0 0.0 F KANZ*P RAMY*E 135 88 8 9 23 26 * 23 26 23 38 * 16 N 46 E 1805 23 SF 0 0.0 D CULG*C 136 88 8 9 23 30 * 23 30 23 38 21 N 3 E 1805 17 SN 0 0.0 D CULG P 137 88 8 10 0 28 * 0 32 0 42 * 29 N 81 W 1805 10 SN 0 0.0 D CULG*C 138 88 8 10 0 43 +1 0 48 1 0 * 22 N 2 E 1805 17 SF 0 0.0 YUNN P CULG*C 139 88 8 10 1 47 * 1 49 1 51 * 22 N 2 E 1805 17 SF 0 0.0 D CULG*C 140 88 8 10 1 53 * 1 58 1 58 21 N 1 E 1805 17 SF 0 0.0 YUNN P 141 88 8 10 2 31 +1 2 32 +4 2 45 * 22 N 0 1805 17 SN 0 0.0 F CULG*C YUNN*P LEAR*E PALE*E 142 88 8 10 2 32 2 42 2 59 21 N 49 E 1805 26 SF 0 0.0 D YUNN P 143 88 8 10 2 55 * 2 59 +1 3 15 * 16 S 53 W 1805 12 SN 70 1.3 F CULG*C YUNN P PALE E 144 88 8 10 4 23 * 4 24 4 42 * 22 N 50 E 1805 26 SF 0 0.0 D V ABST*C 145 88 8 10 6 29 * 6 34 6 58 * 15 S 58 W 1805 12 SF 0 0.0 LEAR*E 146 88 8 10 6 44 +0 6 44 7 20 * 23 N 2 W 1805 17 SN 0 0.0 F JK CATA*P ABST*C LEAR E 147 88 8 10 7 21 7 26 7 33 * 26 N 90 W 1805 7 1N 0 0.0 A D ABST P 148 88 8 10 8 5 +1 8 9 +1 8 17 * 15 S 57 W 1805 12 SF 0 0.0 LEAR*E YUNN*C KANZ*P 149 88 8 10 8 6 8 6 8 9 * 23 N 4 W 1805 17 SF 0 0.0 F YUNN P 150 88 8 10 8 24 * 8 28 8 40 * 32 N 3 E 1805 19 SN 0 0.0 YUNN*C 151 88 8 10 8 46 +0 8 47 +3 9 0 * 15 S 57 W 1805 12 SF 0 0.0 LEAR*E KANZ*P 152 88 8 10 9 7 +2 9 12 +3 9 29 * 20 N 45 E 1805 26 SN 90 1.3 YUNN*C CATA*P SVTO*E LEAR*E KANZ*P 153 88 8 10 9 17 +2 9 17 +2 9 24 * 22 N 2 W 1805 17 SF 0 0.0 KANZ*P LEAR*E YUNN*P 154 88 8 10 14 9 +1 14 10 +1 14 15 * 15 N 37 E 1805 23 SF 0 0.0 RAMY*E KANZ*P 155 88 8 10 14 6 +6 14 13 +1 14 25 * 14 S 62 W 1805 12 SF 0 0.0 KANZ*P RAMY*E 156 88 8 10 14 38 * 14 41 15 3 * 15 S 64 W 1805 12 SF 0 0.0 RAMY*E 157 88 8 10 17 36 * 17 36 17 52 * 23 N 41 E 1805 26 SF 0 0.0 RAMY*E 158 88 8 10 23 0 * 23 0 23 8 * 17 N 31 E 1805 23 SF 0 0.0 D CULG*C 159 88 8 11 0 17 +3 0 28 +5 0 44 * 15 S 67 W 1805 12 SF 50 0.0 D LEAR*E CULG*C 160 88 8 11 0 34 * 0 36 0 53 * 16 N 31 E 1805 23 SF 0 0.0 LEAR*E 161 88 8 11 1 30 * 1 33 +0 1 47 * 14 S 67 W 1805 12 SF 0 0.0 F PALE*E CULG P 162 88 8 11 1 36 +4 1 40 +1 1 46 * 16 N 30 E 1805 23 SF 60 0.7 CULG*C LEAR*E 163 88 8 11 2 4 +3 2 6 +2 2 15 * 15 N 34 E 1805 23 SF 20 0.2 CULG*C PALE*E LEAR*E 164 88 8 11 2 17 * 2 19 2 21 * 15 S 65 W 1805 12 SF 0 0.0 D CULG*C 165 88 8 11 3 3 +6 3 5 +6 3 15 * 17 N 30 E 1805 23 SF 60 0.7 TACH C CULG*C YUNN*P PALE*E 166 88 8 11 4 57 +4 5 4 +1 5 10 * 22 S 43 E 1805 28 SF 0 0.0 D CULG*C LEAR*E 167 88 8 11 5 30 * 5 34 5 38 * 17 N 30 E 1805 23 SF 0 0.0 D CULG*C 168 88 8 11 6 32 * 6 34 6 40 * 17 N 30 E 1805 23 SF 0 0.0 D CULG*C 169 88 8 11 14 16 14 20 14 29 * 13 S 77 W 1805 12 SF 0 0.0 HOLL E 170 88 8 11 19 33 * 19 36 19 46 * 22 N 28 E 1805 26 SF 0 0.0 HOLL*E 171 88 8 11 22 52 22 52 23 15 14 N 17 E 1805 23 SF 0 0.0 H PALE E 172 88 8 12 3 2 +7 3 11 +1 3 24 * 20 N 21 E 1805 26 SF 60 0.7 YUNN*P CULG*P 173 88 8 12 3 25 3 25 3 31 * 25 S 72 E 1805 32 SF 0 0.0 D CULG P 174 88 8 12 4 47 * 4 51 5 3 15 N 12 E 1805 23 SF 0 0.0 D CULG P 175 88 8 12 4 49 * 4 51 5 6 * 22 N 29 W 1805 17 SF 0 0.0 E CULG*C 176 88 8 12 5 58 +6 6 6 +1 6 16 * 29 N 24 W 1805 19 SF 0 0.0 F H CULG*C SVTO*E 177 88 8 12 6 14 * 6 14 6 22 * 17 N 17 E 1805 23 SF 0 0.0 D CULG*C 178 88 8 12 9 39 +4 9 40 >9 9 57 * 28 S 69 E 1805 32 SN 70 0.0 D H KHAR*P CATA P KANZ*P SVTO E 179 88 8 12 10 2 * 10 3 10 8 * 24 N 85 E 1805 33 SF 0 0.0 D KHAR*V 180 88 8 12 10 26 0 0 10 48 30 N 28 W 1805 19 SF 0 0.0 E L KHAR V 181 88 8 12 13 5 * 13 7 13 12 * 21 S 18 E 1805 25 SF 0 0.0 D KAND*P 182 88 8 12 14 22 * 14 23 14 33 * 17 N 12 E 1805 23 SF 0 0.0 F HOLL*E 183 88 8 12 15 43 * 15 45 15 49 * 26 N 35 W 1805 17 SF 0 0.0 F HOLL*E 184 88 8 12 17 44 * 17 50 18 8 * 14 N 4 E 1805 23 SF 0 0.0 F H HOLL*E 185 88 8 12 18 21 * 18 24 18 49 * 16 N 10 E 1805 23 SF 0 0.0 HOLL*E 186 88 8 12 20 56 * 20 58 21 3 * 27 N 17 E 1805 26 SF 0 0.0 HOLL*E 187 88 8 13 0 11 * 0 15 0 23 * 26 N 51 W 1805 16 SF 0 0.0 CULG*C 188 88 8 13 2 40 2 46 2 50 25 N 75 E 1805 33 SF 0 0.0 CULG P 189 88 8 13 7 53 +2 7 54 +5 8 16 * 23 N 12 E 1805 26 SF 60 0.6 F H YUNN P KANZ P SVTO*E CATA P 190 88 8 13 10 40 * 10 40 10 45 * 27 N 42 W 1805 18 SB 0 0.0 CATA*C 191 88 8 13 18 36 +1 18 36 +1 18 49 * 24 N 2 E 1805 26 SF 10 0.1 F RAMY*E HOLL*E 192 88 8 13 20 22 * 20 24 20 59 * 22 N 47 W 1805 17 SF 45 0.7 F HOLL E PALE E RAMY E 193 88 8 13 20 22 * 20 48 20 59 * 22 N 47 W 1805 17 SF 45 0.7 F HOLL E PALE E RAMY E 193 88 8 13 21 13 * 21 17 21 21 * 13 N 9 W 1805 23 SF 0 0.0 CULG*C 194 88 8 14 5 10 * 5 12 5 26 * 15 N 80 W 1805 14 SF 0 0.0 D ABST*P 195 88 8 14 6 28 * 6 28 6 34 * 25 S 1 W 1805 28 SN 0 0.0 CULG*C 196 88 8 14 17 59 * 18 5 18 13 * 20 S 3 W 1805 25 SF 0 0.0 HOLL*E 197 88 8 14 19 10 +1 19 12 +1 19 20 * 26 N 10 W 1805 26 SF 30 0.3 E PALE*E RAMY*E HOLL*E 198 88 8 14 22 43 * 22 49 22 53 * 12 N 24 W 1805 23 SF 0 0.0 D CULG*C 199 88 8 14 23 58 * 24 0 24 14 * 24 N 49 E 1805 33 SN 0 0.0 CULG*P 200 88 8 15 1 54 * 1 55 2 6 * 26 N 14 W 1805 26 SF 0 0.0 LEAR*E 201 88 8 15 12 9 * 12 9 12 13 * 27 N 75 W 1805 16 SF 0 0.0 KANZ*P 202 88 8 15 13 10 +4 13 14 +2 13 30 * 25 S 15 W 1805 28 SF 30 0.4 F SVTO*E HOLL*E KANZ*P RAMY*E 203 88 8 15 15 44 * 15 45 15 54 * 25 S 17 W 1805 28 SF 0 0.0 HOLL*E 204 88 8 15 20 34 * 20 34 20 43 * 23 N 20 W 1805 27 SF 0 0.0 H HOLL*E 205 88 8 15 20 43 * 20 44 20 59 * 15 N 32 W 1805 23 SF 0 0.0 HOLL*E 206 88 8 15 21 48 * 21 50 21 55 * 23 N 21 W 1805 27 SF 0 0.0 HOLL*E 207 88 8 16 4 36 +2 4 39 4 53 * 16 N 36 W 1805 23 SF 0 0.0 Z TACH*C LEAR*E 208 88 8 16 4 36 +2 4 48 4 53 * 16 N 36 W 1805 23 SF 0 0.0 Z TACH*C LEAR*E 208 88 8 16 5 14 * 5 20 +0 5 31 * 27 S 24 W 1805 28 SF 25 0.3 D CULG*C SVTO E 209 88 8 16 5 43 +4 5 43 +6 5 58 * 28 S 26 W 1805 28 SF 0 0.0 E YUNN*P LEAR*E HTPR C 210 88 8 16 7 35 +1 7 36 +1 7 47 * 18 N 82 E 1805 39 SF 0 0.0 D HTPR*C KHAR*P 211 88 8 16 9 35 * 9 37 10 0 * 21 S 26 W 1805 25 SF 0 0.0 E HTPR*C 212 88 8 16 10 53 +2 10 55 11 13 * 17 S 17 W 1805 30 SF 0 0.0 E HTPR*C CATA P 213 88 8 16 10 53 +2 11 2 11 13 * 17 S 17 W 1805 30 SF 0 0.0 E HTPR*C CATA P 213 88 8 16 11 20 +6 11 28 11 45 23 N 30 W 1805 26 SN 150 1.8 E HTPR*C CATA P SVTO*E 214 88 8 16 11 20 +6 11 35 11 45 23 N 30 W 1805 26 SN 150 1.8 E HTPR*C CATA P SVTO*E 214 88 8 16 12 13 * 12 18 12 40 * 23 N 40 W 1805 26 SF 0 0.0 HTPR*C 215 88 8 16 15 36 +1 15 37 +0 15 45 * 18 N 45 W 1805 23 SF 20 0.3 E HTPR*C HOLL*E 216 88 8 16 16 46 * 16 54 +0 17 5 * 17 N 43 W 1805 23 SF 30 0.4 F HOLL*E RAMY E 217 88 8 16 21 57 * 22 7 22 24 * 26 S 33 W 1805 28 SF 0 0.0 E CULG*C 218 88 8 16 22 28 * 22 30 22 32 * 27 N 38 W 1805 26 SF 0 0.0 D CULG*C 219 88 8 16 22 40 * 22 46 23 6 * 24 S 33 W 1805 28 SF 0 0.0 D CULG*C 220 88 8 16 23 50 * 23 54 24 2 * 20 S 38 W 1805 25 SF 0 0.0 E CULG*P 221 88 8 17 0 4 +6 0 12 +4 0 56 * 19 S 32 W 1805 25 SF 90 1.2 F CULG*C LEAR*E 222 88 8 17 0 12 * 0 18 0 28 * 36 N 46 W 1805 24 SF 0 0.0 D CULG*C 223 88 8 17 0 50 * 0 52 1 0 * 17 N 44 W 1805 23 SF 0 0.0 D CULG*C 224 88 8 17 1 6 * 1 12 1 28 29 S 33 W 1805 28 SF 0 0.0 D CULG P 225 88 8 17 1 55 * 2 1 2 15 * 11 N 47 W 1805 28 SF 0 0.0 D CULG*C 226 88 8 17 4 55 * 4 57 5 7 * 32 N 48 W 1805 24 SF 0 0.0 D CULG*C 227 88 8 17 6 6 +1 6 6 +1 6 14 * 15 N 51 W 1805 23 SF 0 0.0 CULG*C LEAR*E HTPR C 228 88 8 17 6 43 +1 6 44 +1 6 51 * 15 N 52 W 1805 23 SF 60 1.0 D ABST*C HTPR*C 229 88 8 17 8 0 * 8 19 8 30 * 28 N 42 W 1805 26 SF 0 0.0 E HTPR*C 230 88 8 17 8 34 * 8 34 8 38 26 N 44 W 1805 26 SF 0 0.0 KANZ P 231 88 8 17 8 51 0 0 9 4 18 N 56 W 1805 23 SF 0 0.0 L KHAR V 232 88 8 17 9 30 +8 9 37 +5 9 55 * 25 S 40 W 1805 28 SN 35 0.5 E HTPR*C KAND*P KHAR*V 233 88 8 17 10 54 * 10 55 11 2 * 18 S 30 W 1805 30 SN 0 0.0 E HTPR*C SVTO E 234 88 8 17 10 57 +0 10 57 +0 11 30 * 18 N 52 W 1805 23 SF 0 0.0 E CATA P HTPR*C 235 88 8 17 13 25 +4 13 32 +1 13 53 * 26 N 45 W 1805 26 SF 50 0.8 HTPR*C KANZ*P HOLL*E 236 88 8 17 13 44 +1 13 47 +3 13 52 * 16 N 56 W 1805 23 SF 0 0.0 KANZ*P HOLL*E 237 88 8 17 14 6 * 14 7 14 15 * 26 N 46 W 1805 26 SF 0 0.0 F HOLL*E 238 88 8 17 15 39 +1 15 42 +1 15 52 * 21 S 42 W 1805 28 SF 30 0.5 F HOLL*E SVTO*E HTPR*C 239 88 8 17 17 45 * 17 48 18 1 * 26 N 48 W 1805 26 SF 0 0.0 HOLL*E 240 88 8 17 20 16 * 20 17 20 38 * 25 N 50 W 1805 26 SF 0 0.0 F HOLL*E 241 88 8 17 21 0 * 21 0 21 13 * 24 S 33 E 1805 36 SF 0 0.0 PALE*E 242 88 8 18 1 10 * 1 13 1 23 * 27 N 53 W 1805 26 SF 0 0.0 LEAR*E 243 88 8 18 3 46 * 3 48 3 57 * 23 N 7 E 1805 33 SF 0 0.0 LEAR*E 244 88 8 18 11 4 * 11 8 11 13 * 14 N 69 W 1805 23 SF 0 0.0 HTPR*C 245 88 8 18 11 40 +2 11 42 +1 11 49 * 23 N 4 E 1805 33 SF 0 0.0 E HTPR*C KANZ*P 246 88 8 18 12 10 +1 12 10 12 28 * 14 N 71 W 1805 23 SF 0 0.0 E KANZ*P HTPR*C 247 88 8 18 12 10 +1 12 17 +3 12 28 * 14 N 71 W 1805 23 SF 0 0.0 E KANZ*P HTPR*C 247 88 8 18 12 37 * 12 41 12 50 * 14 N 69 W 1805 23 SF 0 0.0 HTPR*C 248 88 8 18 17 56 +4 18 0 +0 18 8 * 17 N 71 W 1805 23 SF 25 0.0 HOLL*E RAMY*E 249 88 8 19 8 40 * 8 41 8 50 * 25 S 10 E 1805 36 SF 0 0.0 D KAND*P 250 88 8 19 13 28 * 13 30 13 38 * 14 N 79 W 1805 23 SF 0 0.0 HOLL*E 251 88 8 19 13 36 +4 13 42 +3 14 9 * 23 N 75 W 1805 26 1N 190 0.0 A EHI HTPR*C HOLL*E SVTO*E RAMY*E KANZ*P LVOV C 252 88 8 19 13 36 +4 13 51 14 9 * 23 N 75 W 1805 26 1N 190 0.0 A EHI HTPR*C HOLL*E SVTO*E RAMY*E KANZ*P LVOV C 252 88 8 19 15 20 * 15 21 15 24 * 17 S 62 E 1805 0 SF 0 0.0 HTPR*C 253 88 8 19 18 11 * 18 25 18 36 * 18 S 62 W 1805 30 SF 0 0.0 RAMY*E 254 88 8 19 21 6 +6 21 6 +6 21 28 * 22 N 40 E 1805 39 SF 50 0.7 F RAMY*E PALE*E 255 88 8 20 8 3 0 0 8 25 19 N 83 W 1805 23 SF 0 0.0 D H KHAR V 256 88 8 20 8 41 +1 8 41 8 54 * 21 N 44 E 1805 39 SF 0 0.0 E H CATA*C KHAR*V 257 88 8 20 18 16 * 18 17 18 27 * 18 S 77 W 1805 30 SF 0 0.0 RAMY*E 258 88 8 21 20 58 * 21 0 21 6 * 24 S 7 W 1805 37 SF 0 0.0 HOLL*E 259 88 8 22 5 3 5 10 5 34 26 N 11 E 1805 39 SF 0 0.0 D ABST P 260 88 8 22 7 25 7 28 7 32 * 20 N 45 E 1805 44 SF 0 0.0 D L KHAR V 261 88 8 23 8 33 +8 8 48 10 30 17 N 31 E 1805 44 2N 0 0.0 E ILS HTPR*C CATA P KAND*P LEAR E KHAR P 262 88 8 23 8 33 +8 8 56 +5 10 30 17 N 31 E 1805 44 2N 0 0.0 E ILS HTPR*C CATA P KAND*P LEAR E KHAR P 262 88 8 23 10 0 * 10 10 10 29 * 21 N 90 E 1806 10 SN 0 0.0 HTPR*C 263 88 8 23 14 24 * 0 0 14 35 29 S 62 E 1806 6 SF 0 0.0 E HTPR C 264 88 8 23 17 57 * 18 0 18 31 * 24 N 88 E 1806 10 SF 0 0.0 Y RAMY*E 265 88 8 23 23 1 * 23 11 23 27 * 18 N 23 W 1805 38 SF 0 0.0 E I VORO*C 266 88 8 23 23 25 >9 23 45 25 29 * 20 N 4 W 1805 40 SF 0 0.0 I PALE*E VORO C 267 88 8 23 23 25 >9 23 53 25 29 * 20 N 4 W 1805 40 SF 0 0.0 I PALE*E VORO C 267 88 8 24 0 56 * 1 3 1 24 19 N 3 W 1805 40 SN 0 0.0 F LEAR*E CULG P 268 88 8 24 3 46 +6 3 49 +6 4 11 * 19 N 5 W 1805 40 SN 60 0.6 LEAR*E TACH*C CULG P PALE*E 269 88 8 24 7 46 * 7 48 7 57 * 21 S 90 E 1806 11 1F 0 0.0 A CE ABST*C 270 88 8 24 8 51 * 9 5 9 35 * 20 N 4 W 1805 40 SF 0 0.0 E I LEAR*E HTPR C KANZ C 271 88 8 24 8 52 0 0 8 53 18 S 85 W 1805 34 SB 0 0.0 A HTPR C 272 88 8 24 8 53 * 8 53 8 58 * 29 S 70 W 1805 34 SF 0 0.0 F LEAR*E 273 88 8 24 18 24 +0 18 25 +1 18 35 * 22 N 14 W 1805 40 SF 15 0.2 PALE*E HOLL*E 274 88 8 24 18 45 * 18 45 18 58 * 21 N 14 W 1805 40 SF 0 0.0 HOLL*E 275 88 8 24 21 24 * 21 25 21 29 * 20 N 17 W 1805 40 SF 0 0.0 F PALE*E 276 88 8 24 21 47 * 21 47 22 3 * 20 N 17 W 1805 40 SF 0 0.0 F PALE*E 277 88 8 24 23 10 +3 23 14 +0 23 27 * 19 N 19 W 1805 40 SF 0 0.0 H IJ VORO*C PALE*E 278 88 8 24 23 33 +4 0 0 24 0 22 N 28 W 1805 38 SF 0 0.0 F CULG*P PALE*E 279 88 8 24 23 44 +7 23 56 +3 24 21 * 20 N 17 W 1805 40 SF 60 0.6 F H LEAR*E PALE*E 280 88 8 25 0 11 >9 0 33 +4 1 5 * 20 N 18 W 1805 40 SN 0 0.0 F CULG*C LEAR*E 281 88 8 25 1 21 * 1 29 1 37 * 20 N 20 W 1805 40 1N 0 0.0 F CULG*C 282 88 8 25 2 13 * 2 17 2 24 * 22 S 72 E 1806 11 SF 0 0.0 LEAR*E 283 88 8 25 3 59 * 4 5 4 11 * 17 N 22 W 1805 40 SF 0 0.0 D CULG*C 284 88 8 25 4 53 >9 5 11 6 0 * 19 N 21 W 1805 40 SF 0 0.0 E U CULG*C ABST*C SVTO E 285 88 8 25 4 53 >9 5 31 6 0 * 19 N 21 W 1805 40 SF 0 0.0 E U CULG*C ABST*C SVTO E 285 88 8 25 9 17 0 0 9 35 20 N 22 W 1805 40 SF 0 0.0 E I HTPR C 286 88 8 25 9 40 0 0 11 15 20 N 22 W 1805 40 SF 0 0.0 E HTPR C 287 88 8 25 9 17 0 0 9 48 22 N 90 E 1806 13 SN 0 0.0 A HTPR C 288 88 8 25 12 0 * 0 0 12 23 15 N 13 E 1806 3 SF 0 0.0 E K HTPR C 289 88 8 25 13 9 13 18 13 46 20 N 26 W 1805 40 1F 0 0.0 B D LVOV C 290 88 8 25 19 32 * 19 32 19 40 * 20 N 28 W 1805 40 SF 0 0.0 F HOLL*E 291 88 8 26 0 46 * 0 48 0 56 * 20 N 30 W 1805 40 SF 0 0.0 LEAR*E 292 88 8 26 1 40 * 1 47 2 0 * 23 S 70 E 1806 11 SF 0 0.0 LEAR*E 293 88 8 26 4 47 * 4 50 4 54 13 S 90 E 1806 16 1N 0 0.0 A CD ABST P 294 88 8 26 6 8 * 6 12 7 59 * 19 N 74 E 1806 13 1N 0 0.0 D K ABST*C 295 88 8 26 7 20 +0 7 20 +2 7 26 * 18 N 69 E 1806 13 SF 45 0.0 CATA*C LEAR*E 296 88 8 26 11 20 * 11 20 11 25 * 18 S 90 E 1806 17 1F 0 0.0 CATA*C 297 88 8 26 14 19 +2 14 23 +0 14 31 * 23 N 48 W 1805 38 SF 0 0.0 KANZ*P RAMY*E SVTO E 298 88 8 26 14 48 +1 14 49 +4 15 0 * 19 N 38 W 1805 40 SF 20 0.3 RAMY*E SVTO*E 299 88 8 26 21 50 * 21 51 22 5 21 N 53 W 1805 38 SF 0 0.0 HOLL E 300 88 8 26 22 13 * 22 14 22 20 * 16 N 26 E 1806 8 SF 0 0.0 HOLL*E 301 88 8 27 4 38 +2 4 44 +0 4 58 * 14 N 10 W 1806 3 SF 0 0.0 F ABST*C LEAR*E 302 88 8 27 5 22 * 5 31 6 56 * 13 N 21 E 1806 8 SF 0 0.0 E K ABST*C 303 88 8 27 6 17 * 6 18 6 28 * 21 N 56 W 1805 38 SF 0 0.0 LEAR*E 304 88 8 27 7 19 >9 7 32 +4 7 42 * 14 N 20 E 1806 7 SF 10 0.1 E K ABST*P LEAR*E SVTO*E 305 88 8 27 8 0 +0 8 27 9 1 * 15 N 19 E 1806 7 SF 0 0.0 SVTO*E LEAR*E YUNN P 306 88 8 27 8 0 +0 8 40 9 1 * 15 N 19 E 1806 7 SF 0 0.0 SVTO*E LEAR*E YUNN P 306 88 8 27 8 8 +2 8 14 +6 8 51 * 19 N 48 W 1805 40 SF 40 0.6 LEAR*E SVTO*E ABST P 307 88 8 27 8 16 8 20 9 10 * 12 N 49 W 1805 40 2N 0 0.0 CATA P 308 88 8 27 8 38 +0 8 41 +1 9 8 * 22 S 52 E 1806 11 SF 45 0.8 E SVTO*E LEAR*E 309 88 8 27 10 39 * 10 43 10 46 * 22 N 58 E 1806 13 SF 0 0.0 SVTO*E 310 88 8 27 11 28 11 28 12 1 20 N 57 E 1806 13 SF 0 0.0 RAMY E 311 88 8 27 12 5 * 12 6 12 29 * 19 S 76 E 1806 17 SF 0 0.0 F RAMY*E 312 88 8 27 14 15 * 14 23 14 36 * 22 N 56 E 1806 13 SF 0 0.0 SVTO*E 313 88 8 27 14 22 +4 14 23 +3 14 45 * 19 N 44 W 1805 40 SF 20 0.3 F RAMY*E HOLL*E 314 88 8 27 17 59 * 18 5 18 12 * 20 N 61 W 1805 38 SF 0 0.0 RAMY*E 315 88 8 27 20 37 +1 20 39 +0 20 47 * 14 N 41 W 1805 41 SF 15 0.2 PALE*E HOLL*E 316 88 8 27 20 37 * 20 44 20 53 * 15 N 12 E 1806 7 SF 0 0.0 PALE*E 317 88 8 28 1 43 +1 1 45 +1 1 49 * 14 N 10 E 1806 7 SF 0 0.0 D PEKG*C LEAR*E 318 88 8 28 3 38 +2 3 41 +1 3 50 * 18 S 68 E 1806 17 SN 0 0.0 CULG P TACH*C 319 88 8 28 7 28 +8 7 35 +3 7 56 * 20 S 71 E 1806 17 SF 70 0.0 D KANZ*P LEAR*E PEKG*C 320 88 8 28 11 28 * 11 31 11 47 * 23 S 66 E 1806 17 SF 0 0.0 KANZ*P 321 88 8 28 14 6 +5 14 11 +3 14 22 * 19 S 67 E 1806 17 SF 0 0.0 KANZ*P RAMY*E 322 88 8 28 14 10 +0 14 10 +2 14 18 * 15 N 50 W 1805 41 SF 0 0.0 H KANZ*P RAMY*E 323 88 8 28 14 41 +2 14 45 +1 14 57 * 19 N 42 E 1806 13 SF 0 0.0 KANZ*P RAMY*E SVTO*E 324 88 8 28 14 41 +2 14 53 14 57 * 19 N 42 E 1806 13 SF 0 0.0 KANZ*P RAMY*E SVTO*E 324 88 8 28 17 46 * 17 46 17 54 * 14 S 60 E 1806 16 SF 0 0.0 RAMY*E 325 88 8 28 23 12 * 23 15 23 40 * 12 S 58 E 1806 16 SN 80 1.6 PALE*E CULG P 326 88 8 28 23 30 +3 23 35 +5 24 2 * 22 N 36 E 1806 13 SN 40 0.5 H CULG*P PEKG*C PALE*E 327 88 8 28 23 30 +3 23 48 24 2 * 22 N 36 E 1806 13 SN 40 0.5 H CULG*P PEKG*C PALE*E 327 88 8 29 0 12 * 0 16 0 28 * 8 N 56 W 1805 41 SF 0 0.0 CULG*C 328 88 8 29 0 42 0 42 0 50 * 25 S 49 W 1805 45 SN 0 0.0 CULG P 329 88 8 29 2 27 * 2 35 2 51 * 16 S 63 E 1806 17 SF 0 0.0 D CULG*C 330 88 8 29 5 53 * 5 57 6 11 * 10 N 59 W 1805 41 SF 0 0.0 D CULG*C 331 88 8 29 6 29 +7 6 40 +2 7 1 * 21 N 35 E 1806 13 SF 0 0.0 KANZ*C LEAR*E 332 88 8 29 8 8 +2 8 12 +1 8 27 * 21 S 48 E 1806 17 SF 0 0.0 D KANZ*P KAND*P 333 88 8 29 8 48 * 9 51 10 31 * 16 S 57 E 1806 16 SN 0 0.0 SVTO*E 334 88 8 29 15 44 * 15 50 +4 16 13 * 17 S 53 E 1806 17 1N 0 0.0 F SVTO*E RAMY E 335 88 8 29 18 1 18 1 18 10 * 20 S 50 E 1806 17 SF 0 0.0 PALE E 336 88 8 29 18 21 * 18 25 18 46 18 S 52 E 1806 17 1N 0 0.0 F PALE E 337 88 8 29 22 3 * 22 5 22 11 * 12 S 53 E 1806 16 SF 0 0.0 D CULG*C 338 88 8 29 23 1 * 23 5 23 15 * 16 S 53 E 1806 17 SF 0 0.0 D CULG*C 339 88 8 30 1 5 >9 2 12 +1 2 36 * 26 N 11 W 1806 9 SN 180 2.0 E CULG*C PEKG*C 340 88 8 30 1 55 +2 1 55 2 16 * 21 S 49 E 1806 17 SF 0 0.0 E LEAR*E PEKG*C 341 88 8 30 1 55 +2 2 9 2 16 * 21 S 49 E 1806 17 SF 0 0.0 E LEAR*E PEKG*C 341 88 8 30 2 1 * 2 5 2 13 * 20 S 80 W 1805 45 SF 0 0.0 E PEKG*C 342 88 8 30 2 34 * 2 36 2 40 * 14 S 38 E 1806 16 SF 0 0.0 F CULG*C 343 88 8 30 4 4 >9 4 15 +1 4 24 * 19 S 43 E 1806 17 SN 80 1.2 CULG*C LEAR*E TACH*C 344 88 8 30 4 28 * 4 28 4 30 17 S 50 E 1806 17 SF 0 0.0 D ABST C 345 88 8 30 4 55 * 4 59 5 35 * 19 S 41 E 1806 17 SF 0 0.0 E CULG*C 346 88 8 30 4 55 * 5 27 5 35 * 19 S 41 E 1806 17 SF 0 0.0 E CULG*C 346 88 8 30 5 51 * 5 55 6 1 * 17 S 42 E 1806 17 SF 0 0.0 E CULG*C 347 88 8 30 6 13 * 6 17 6 39 * 17 S 43 E 1806 17 1F 0 0.0 U CULG*C 348 88 8 30 6 51 * 6 51 6 59 * 17 S 43 E 1806 17 SN 0 0.0 D CULG*C 349 88 8 30 7 1 +1 7 1 +4 7 16 * 19 S 42 E 1806 17 SF 50 0.7 D CULG*C LEAR*E 350 88 8 30 8 12 * 8 14 8 25 * 21 S 43 E 1806 17 SF 0 0.0 LEAR*E 351 88 8 30 11 19 +3 11 19 +6 11 46 * 19 S 79 W 1805 45 SN 60 0.0 CATA*C SVTO*E 352 88 8 30 13 41 +5 13 54 14 19 * 21 S 43 E 1806 17 SF 0 0.0 F SVTO*E RAMY*E KANZ C 353 88 8 30 13 41 +5 14 9 +3 14 19 * 21 S 43 E 1806 17 SF 0 0.0 F SVTO*E RAMY*E KANZ C 353 88 8 30 14 19 * 14 21 14 25 * 19 S 81 W 1805 45 SF 0 0.0 RAMY*E 354 88 8 30 14 36 * 14 36 14 45 * 21 S 41 E 1806 17 SF 0 0.0 RAMY*E 355 88 8 30 17 39 * 17 42 18 11 * 21 S 40 E 1806 17 SN 0 0.0 F RAMY*E 356 88 8 30 18 0 * 18 5 18 20 * 18 N 78 W 1805 41 SF 0 0.0 RAMY*E 357 88 8 30 21 48 21 49 22 1 * 13 N 81 W 1805 41 SF 0 0.0 HOLL E 358 88 8 30 23 28 * 23 36 23 56 * 19 S 28 E 1806 17 SN 0 0.0 D CULG*C 359 88 8 30 23 36 +2 23 40 +4 23 53 * 23 N 12 E 1806 13 SF 40 0.4 F CULG*C PALE*E HOLL*E 360 88 8 31 1 18 +1 1 20 +0 1 33 * 19 S 35 E 1806 17 SF 0 0.0 F CULG*P LEAR*E 361 88 8 31 3 14 * 3 16 3 25 * 13 S 24 E 1806 16 SF 0 0.0 U Y CULG*P 362 88 8 31 3 48 * 3 49 3 54 * 23 N 13 E 1806 13 SB 0 0.0 E TACH*C 363 88 8 31 4 3 >9 5 9 +1 5 34 * 21 N 7 E 1806 13 1N 0 0.0 LEAR*E CULG*C 364 88 8 31 5 29 * 5 32 5 44 * 18 S 31 E 1806 17 SN 0 0.0 D CULG*C 365 88 8 31 6 13 +0 6 13 +0 6 23 * 22 N 9 E 1806 13 SF 0 0.0 LEAR*E KANZ*C 366 88 8 31 6 26 +9 6 34 +2 6 53 * 23 N 9 E 1806 13 SB 60 0.6 D KAND*P CATA P KANZ*P 367 88 8 31 6 35 * 6 36 6 40 * 21 S 22 E 1806 17 SN 0 0.0 E KAND*P 368 88 8 31 7 6 * 7 10 7 33 * 22 S 4 W 1806 11 SF 0 0.0 KANZ*P CATA P 369 88 8 31 8 14 +1 8 16 +3 8 31 * 22 N 8 E 1806 13 SF 60 0.6 E XY LEAR*E KHAR*V KAND*P KANZ*P SVTO E 370 88 8 31 9 32 * 9 34 9 42 * 14 S 24 E 1806 16 SF 0 0.0 H KHAR*V 371 88 8 31 9 56 * 9 57 10 0 * 20 S 21 E 1806 17 SN 0 0.0 E H KAND*P 372 88 8 31 11 6 * 11 21 11 32 * 20 S 30 E 1806 17 SF 0 0.0 SVTO*E 373 88 8 31 11 18 +2 11 20 +0 11 24 * 21 N 9 E 1806 13 SN 20 0.2 D RAMY*E KAND*P 374 88 8 31 12 30 * 12 33 12 40 * 23 N 10 E 1806 13 SF 0 0.0 RAMY*E 375 88 8 31 12 50 +3 12 54 +1 13 6 19 N 4 E 1806 13 SF 0 0.0 U SVTO*E RAMY*E 376 88 8 31 17 30 +0 17 33 +1 17 37 * 20 S 7 W 1806 11 SF 30 0.3 RAMY*E PALE*E 377 88 8 31 17 41 * 17 43 17 46 * 19 S 8 W 1806 11 SF 0 0.0 PALE*E 378 88 8 31 18 5 +5 18 6 +4 18 19 * 19 S 23 E 1806 17 SF 20 0.2 HOLL*E PALE*E RAMY*E 379 88 8 31 20 15 +0 20 15 +1 20 20 * 17 S 26 E 1806 17 SF 30 0.4 HOLL*E PALE*E 380 88 8 31 20 46 * 20 49 21 42 15 S 25 E 1806 17 SF 0 0.0 HOLL E 381 88 9 1 2 49 * 2 50 2 53 * 21 S 17 E 1806 17 SF 0 0.0 PALE*E 1 88 9 1 6 20 * 6 27 6 53 * 23 S 13 E 1806 17 SF 0 0.0 H SVTO*E 2 88 9 1 7 7 * 7 8 7 14 * 24 N 1 W 1806 13 SF 0 0.0 F H SVTO*E 3 88 9 1 7 28 * 7 35 7 44 * 21 S 16 E 1806 17 SF 0 0.0 LEAR*E 4 88 9 1 9 47 * 9 49 9 52 * 20 S 17 E 1806 17 SN 0 0.0 D KAND*P 5 88 9 1 10 5 +9 10 7 +0 10 22 * 15 S 13 E 1806 16 SF 0 0.0 E SVTO*E KAND*P KANZ*P 6 88 9 1 10 5 +9 10 14 10 22 * 15 S 13 E 1806 16 SF 0 0.0 E SVTO*E KAND*P KANZ*P 6 88 9 1 11 52 * 11 52 11 55 * 22 S 12 E 1806 17 SN 0 0.0 D KAND*P 7 88 9 1 13 43 13 44 13 46 22 S 6 E 1806 17 SN 0 0.0 D LVOV C 8 88 9 1 16 42 * 16 42 16 58 * 21 S 9 E 1806 17 SF 0 0.0 HOLL*E 9 88 9 1 18 34 +5 18 43 +0 18 53 * 20 N 11 W 1806 13 SF 60 0.6 PALE*E HOLL*E 10 88 9 1 20 28 * 20 31 20 45 * 21 N 12 W 1806 13 SF 0 0.0 F PALE*E 11 88 9 1 20 52 +0 20 53 +1 21 4 * 20 S 9 E 1806 17 SB 100 1.1 F HOLL*E PALE*E 12 88 9 2 7 37 * 7 45 7 50 20 N 4 W 1806 0 SN 0 0.0 CATA C 13 88 9 2 7 53 +2 7 58 +0 8 20 * 19 S 3 E 1806 17 SF 0 0.0 E ABST*C LEAR*E KHAR P 14 88 9 2 8 22 8 39 8 50 21 N 1 W 1806 18 SN 0 0.0 CATA C 15 88 9 2 9 36 +1 9 36 +4 9 50 * 23 S 2 W 1806 17 SN 0 0.0 CATA*C LEAR*E 16 88 9 2 10 32 * 10 36 10 40 * 24 S 5 E 1806 17 SF 0 0.0 D KHAR*V 17 88 9 2 10 45 * 10 47 10 55 * 24 S 3 E 1806 17 SF 0 0.0 D L KHAR*P 18 88 9 2 15 18 * 15 20 15 29 * 22 S 4 W 1806 17 SF 0 0.0 F RAMY*E 19 88 9 3 4 9 +1 4 12 +0 4 19 * 21 S 10 W 1806 17 SF 45 0.5 F LEAR*E PALE*E 20 88 9 3 4 34 * 4 35 4 41 * 21 S 14 W 1806 17 SF 0 0.0 LEAR*E 21 88 9 3 5 4 * 5 7 5 25 * 21 N 37 W 1806 13 SF 0 0.0 D CULG*P 22 88 9 3 5 13 >9 5 30 +4 5 44 * 21 S 14 W 1806 17 SN 0 0.0 D CULG*P LEAR*E TACH*V 23 88 9 3 7 6 * 7 10 +6 7 50 * 22 S 41 W 1806 11 SN 0 0.0 F KANZ*P LEAR E YUNN P 24 88 9 3 7 6 * 7 26 7 50 * 22 S 41 W 1806 11 SN 0 0.0 F KANZ*P LEAR E YUNN P 24 88 9 3 8 18 +2 8 20 +6 8 48 * 33 N 90 E 1806 32 1F 0 0.0 H KHAR*P CATA*C 25 88 9 3 8 59 * 8 59 9 10 * 23 S 17 W 1806 17 SN 0 0.0 CATA*C 26 88 9 3 10 5 * 10 5 10 15 * 33 N 90 E 1806 32 1N 0 0.0 CATA*C 27 88 9 3 11 36 11 36 11 40 33 N 90 E 1806 32 1F 0 0.0 CATA C 28 88 9 3 12 46 * 12 49 +2 13 5 * 24 N 37 E 1806 26 SF 50 0.7 SVTO*E RAMY E 29 88 9 3 13 17 +1 13 19 +3 13 38 * 22 S 14 W 1806 17 SF 30 0.4 F RAMY*E SVTO*E KANZ*P 30 88 9 3 16 18 * 16 18 16 36 22 S 14 W 1806 17 SF 0 0.0 F RAMY E 31 88 9 3 17 21 * 17 31 17 58 * 24 S 45 W 1806 11 SF 0 0.0 HOLL*E 32 88 9 3 18 56 * 18 59 19 14 * 24 S 47 W 1806 11 SF 0 0.0 HOLL*E 33 88 9 3 21 49 21 49 22 2 * 17 S 19 W 1806 17 SF 0 0.0 HOLL E 34 88 9 3 23 22 * 23 27 23 30 * 24 S 50 W 1806 11 SF 0 0.0 HOLL*E 35 88 9 3 23 56 * 23 57 24 11 * 19 S 20 W 1806 17 SF 0 0.0 HOLL*E 36 88 9 4 2 31 * 2 31 2 44 * 16 S 18 W 1806 17 SF 0 0.0 F H LEAR*E 37 88 9 4 6 44 +1 6 44 +3 7 7 * 21 N 43 W 1806 13 SF 35 0.5 LEAR*E SVTO*E 38 88 9 4 6 49 +0 6 50 +1 6 55 * 19 S 20 W 1806 17 SF 25 0.3 LEAR*E SVTO*E 39 88 9 4 8 0 * 8 4 8 14 * 19 S 24 W 1806 17 SF 0 0.0 LEAR*E 40 88 9 4 13 40 +3 13 44 +1 13 53 * 23 S 32 W 1806 17 SF 0 0.0 KANZ*P HOLL*E 41 88 9 4 14 46 +2 14 52 +3 15 16 * 16 S 25 W 1806 17 SF 0 0.0 RAMY*E KANZ P 42 88 9 4 18 11 * 18 12 18 24 * 18 S 30 W 1806 17 SF 0 0.0 F HOLL*E 43 88 9 4 18 45 +1 18 45 +1 19 7 * 21 N 50 W 1806 13 SF 35 0.6 F HOLL*E RAMY E 44 88 9 4 18 32 >9 18 57 +6 19 27 * 17 S 28 W 1806 17 SF 60 0.7 F RAMY*E HOLL*E 45 88 9 5 6 39 6 39 6 41 17 S 44 W 1806 16 SB 0 0.0 CATA C 46 88 9 5 14 10 +4 14 18 +2 14 48 * 21 S 37 W 1806 17 SF 40 0.6 F Z KANZ*P SVTO*E RAMY*E 47 88 9 5 14 14 * 14 14 14 18 11 N 50 E 1806 30 SF 0 0.0 KANZ P 48 88 9 5 15 30 +4 15 37 +1 16 27 * 16 S 40 W 1806 17 SF 40 0.6 F H SVTO*E HOLL*E RAMY*E 49 88 9 5 15 30 +4 15 59 16 27 * 16 S 40 W 1806 17 SF 40 0.6 F H SVTO*E HOLL*E RAMY*E 49 88 9 5 18 13 +0 18 24 19 4 * 18 S 42 W 1806 17 1F 0 0.0 F PALE*E RAMY*E HOLL*E 50 88 9 5 18 13 +0 18 31 +2 19 4 * 18 S 42 W 1806 17 1F 0 0.0 F PALE*E RAMY*E HOLL*E 50 88 9 5 19 24 * 19 25 19 30 * 19 S 48 W 1806 17 SF 0 0.0 HOLL*E 51 88 9 6 0 16 * 0 17 0 26 * 18 S 51 W 1806 17 SF 0 0.0 LEAR*E 52 88 9 6 8 55 * 8 59 9 4 * 19 S 58 W 1806 17 SF 0 0.0 D KAND*P 53 88 9 6 14 52 * 14 52 15 1 * 19 S 60 W 1806 17 SF 0 0.0 HOLL*E 54 88 9 6 16 40 * 16 42 16 51 * 20 S 54 W 1806 17 SF 0 0.0 HOLL*E 55 88 9 6 17 48 * 17 49 17 53 * 21 S 57 W 1806 17 SF 0 0.0 HOLL*E 56 88 9 6 18 35 +1 18 36 +1 18 43 * 19 S 62 W 1806 17 SF 10 0.2 PALE*E HOLL*E RAMY*E 57 88 9 6 20 59 * 21 2 21 4 * 21 S 52 W 1806 17 SF 0 0.0 RAMY*E 58 88 9 6 22 11 22 22 22 29 * 21 S 58 W 1806 17 SF 0 0.0 HOLL E 59 88 9 6 22 41 * 22 41 22 48 * 19 S 65 W 1806 17 SF 0 0.0 HOLL*E 60 88 9 7 6 31 +0 6 31 7 2 * 18 S 49 E 1806 35 SF 0 0.0 D CATA*C CULG*C 61 88 9 7 6 31 +0 6 41 7 2 * 18 S 49 E 1806 35 SF 0 0.0 D CATA*C CULG*C 61 88 9 7 22 8 * 22 28 22 42 * 25 S 59 W 1806 17 SN 0 0.0 CULG*C 62 88 9 7 22 48 * 23 23 23 39 * 26 S 61 W 1806 17 1N 0 0.0 CULG*C 63 88 9 8 0 35 +2 0 45 +0 0 59 * 23 S 72 W 1806 17 SN 35 0.0 D PEKG*P CULG*C LEAR*E 64 88 9 8 0 35 +2 0 53 +1 0 59 * 23 S 72 W 1806 17 SN 35 0.0 D PEKG*P CULG*C LEAR*E 64 88 9 8 2 6 * 2 10 2 20 * 13 S 44 E 1806 37 SF 0 0.0 E CULG*C 65 88 9 8 12 33 * 12 38 12 51 * 21 S 77 W 1806 17 1N 0 0.0 SVTO*E KANZ P 66 88 9 8 15 37 * 15 37 15 45 * 18 S 32 E 1806 35 SF 0 0.0 HOLL*E 67 88 9 8 16 53 >9 17 54 +5 18 16 * 22 S 69 W 1806 17 SF 20 0.0 PALE*E HOLL*E 68 88 9 8 18 40 * 18 41 19 6 * 25 S 72 W 1806 17 SN 0 0.0 HOLL*E 69 88 9 8 19 15 * 19 21 19 31 * 19 S 27 E 1806 35 SF 0 0.0 HOLL*E 70 88 9 8 20 49 * 20 52 20 59 * 25 S 72 W 1806 17 SF 0 0.0 HOLL*E 71 88 9 9 5 44 * 5 56 6 0 23 S 85 W 1806 17 1F 0 0.0 TACH C 72 88 9 9 8 57 * 8 57 9 0 * 23 S 90 W 1806 17 SN 0 0.0 CATA*C 73 88 9 9 20 56 * 21 0 21 27 * 13 S 16 E 1806 37 SF 0 0.0 F HOLL*E 74 88 9 10 11 9 +6 11 15 +4 11 33 * 31 N 49 E 1806 43 SN 0 0.0 KANZ*P SVTO*E CATA C 75 88 9 10 14 3 14 4 14 20 16 S 7 E 1806 37 SF 0 0.0 D LVOV C 76 88 9 11 0 1 * 0 8 0 25 15 S 4 E 1806 37 SF 0 0.0 HOLL E 77 88 9 11 3 20 +2 3 22 +2 3 41 * 32 N 41 E 1806 43 SN 0 0.0 F L TACH*C LEAR*E 78 88 9 11 11 45 * 11 48 11 53 * 9 S 80 E 1806 48 SF 0 0.0 SVTO*E 79 88 9 11 13 7 * 13 11 13 21 * 13 S 75 E 1806 48 SF 0 0.0 KANZ*P 80 88 9 11 13 27 +1 13 28 +1 13 48 * 20 S 11 W 1806 35 SF 0 0.0 D SVTO*E KANZ*P LVOV C 81 88 9 11 13 27 +1 13 35 13 48 * 20 S 11 W 1806 35 SF 0 0.0 D SVTO*E KANZ*P LVOV C 81 88 9 11 14 14 * 14 14 14 31 * 10 S 75 E 1806 48 SF 0 0.0 HOLL*E 82 88 9 11 22 11 22 11 22 15 11 S 76 E 1806 48 SF 0 0.0 CULG P 83 88 9 11 22 57 * 22 57 23 1 * 13 S 63 E 1806 48 SF 0 0.0 D CULG*C 84 88 9 11 23 1 * 23 3 23 9 * 27 N 80 W 1806 26 SF 0 0.0 D CULG*C 85 88 9 11 23 5 * 23 7 23 13 * 11 S 76 E 1806 48 SF 0 0.0 D CULG*C 86 88 9 11 23 53 * 23 55 23 59 * 27 N 80 W 1806 26 SN 0 0.0 D CULG*C 87 88 9 12 0 25 +1 0 28 +2 0 43 * 27 N 80 W 1806 26 SN 30 0.0 D PEKG*P CULG*C 88 88 9 12 3 22 3 22 3 28 * 10 S 71 E 1806 48 SF 0 0.0 D CULG P 89 88 9 12 6 1 * 6 3 6 9 * 22 S 15 W 1806 35 SF 0 0.0 D CULG*C 90 88 9 12 6 54 * 6 56 7 0 * 34 N 19 E 1806 43 SF 0 0.0 D KAND*P 91 88 9 12 7 19 +3 7 19 +3 7 31 * 14 S 71 E 1806 48 SN 50 0.0 E LEAR*E SVTO*E CATA*C KAND*P KANZ*P 92 88 9 12 10 54 +1 10 55 +0 11 5 * 25 S 51 W 1806 28 SN 45 0.8 SVTO*E CATA*C 93 88 9 12 17 33 +0 17 36 +0 17 50 * 14 S 65 E 1806 48 SF 60 0.0 F HOLL*E PALE*E 94 88 9 12 20 32 * 20 51 +4 21 13 * 13 S 60 E 1806 48 1F 100 2.1 F H PALE*E HOLL E 95 88 9 13 0 3 * 0 5 0 7 34 N 8 E 1806 43 SF 0 0.0 D CULG P 96 88 9 13 3 15 * 3 33 4 21 * 33 N 12 E 1806 43 SB 0 0.0 E TACH*C 97 88 9 13 4 4 * 4 19 5 18 * 5 S 43 E 1806 0 SB 0 0.0 E K TACH*C 98 88 9 13 6 47 * 6 53 7 6 * 11 S 56 E 1806 48 1F 0 0.0 E ABST*P 99 88 9 13 7 51 +9 8 1 8 43 * 12 S 55 E 1806 48 1N 0 0.0 F U SVTO*E ABST*P KAND*P LEAR*E 100 88 9 13 7 51 +9 8 10 +1 8 43 * 12 S 55 E 1806 48 1N 0 0.0 F U SVTO*E ABST*P KAND*P LEAR*E 100 88 9 13 9 12 * 9 13 9 23 * 20 S 17 W 1806 39 SF 0 0.0 E SVTO*E HTPR C 101 88 9 13 9 14 0 0 10 10 * 14 S 51 E 1806 48 SN 0 0.0 E HTPR C 102 88 9 13 10 52 +7 10 58 +2 11 9 * 31 N 9 E 1806 43 SF 30 0.3 E KHAR*P HTPR*C SVTO*E KAND*P 103 88 9 13 11 3 * 11 8 11 22 * 11 S 52 E 1806 48 SN 0 0.0 E HTPR*C 104 88 9 13 11 16 11 17 11 24 18 N 26 W 1806 38 SF 0 0.0 D KHAR V 105 88 9 13 11 18 * 11 21 11 33 * 19 S 18 W 1806 39 SF 0 0.0 E HTPR*C 106 88 9 13 11 41 * 11 42 11 46 * 32 N 10 E 1806 43 SF 0 0.0 E HTPR*C 107 88 9 13 12 10 * 12 16 12 26 * 32 N 9 E 1806 43 SF 0 0.0 E HTPR*C 108 88 9 13 14 38 * 14 45 14 49 * 20 S 22 W 1806 39 SF 0 0.0 E HTPR*C 109 88 9 13 18 6 * 18 13 19 1 * 19 S 20 W 1806 39 SF 0 0.0 H HOLL*E 110 88 9 13 19 16 +0 19 27 +1 20 25 * 14 N 14 E 1806 45 SF 60 0.6 F U HOLL*E PALE*E 111 88 9 14 0 45 * 0 45 0 53 * 20 S 23 W 1806 39 SF 0 0.0 CULG*C 112 88 9 14 1 28 * 1 28 1 38 * 21 S 42 W 1806 35 SF 0 0.0 CULG*C 113 88 9 14 2 26 * 2 28 2 34 * 12 S 49 E 1806 48 SF 0 0.0 D CULG*C 114 88 9 14 3 16 +3 3 20 +3 3 32 * 16 N 11 E 1806 45 SF 0 0.0 S CULG*C PALE*E 115 88 9 14 3 40 * 3 42 3 58 * 21 S 42 W 1806 35 SF 0 0.0 D CULG*C 116 88 9 14 5 30 * 5 34 5 38 * 34 N 6 W 1806 43 SF 0 0.0 CULG*C 117 88 9 14 7 20 * 7 23 7 26 * 19 S 34 W 1806 39 SF 0 0.0 D KAND*P 118 88 9 14 7 49 * 7 53 8 8 * 20 S 90 E 1806 59 SF 0 0.0 HTPR*C 119 88 9 14 8 35 * 8 39 8 43 * 16 S 36 E 1806 48 SF 0 0.0 HTPR*C 120 88 9 14 8 40 * 8 50 9 0 * 22 N 60 E 1806 54 SF 0 0.0 E HTPR*C 121 88 9 14 11 33 +2 11 36 +0 11 52 * 12 S 37 E 1806 48 SF 70 0.9 H RAMY*E KAND*P 122 88 9 14 12 47 0 0 13 0 * 18 S 43 W 1806 35 SF 0 0.0 E HTPR C 123 88 9 14 18 8 +1 18 10 +1 18 14 * 20 S 49 W 1806 35 SF 20 0.3 PALE*E HOLL*E RAMY*E 124 88 9 14 18 47 +1 18 49 +3 19 16 * 33 N 8 W 1806 43 SF 30 0.3 F H HOLL*E RAMY*E PALE*E 125 88 9 14 20 57 +2 21 1 +2 21 13 * 12 S 34 E 1806 48 SF 10 0.1 D PALE*E HOLL*E CULG P 126 88 9 14 22 26 * 22 28 22 32 * 23 S 51 W 1806 35 SF 0 0.0 D CULG*C 127 88 9 14 23 6 +6 23 12 +5 23 24 * 11 S 31 E 1806 48 SF 30 0.4 E CULG*C HOLL*E 128 88 9 14 23 20 +3 23 22 +2 23 30 * 31 N 16 W 1806 43 SF 20 0.2 D H CULG*C HOLL*E 129 88 9 15 0 14 * 0 16 0 18 32 N 18 W 1806 43 SF 0 0.0 D CULG P 130 88 9 15 2 5 * 2 9 2 17 * 19 S 52 W 1806 35 SF 0 0.0 D CULG*C 131 88 9 15 2 29 * 2 35 2 43 * 26 N 50 E 1806 54 SF 0 0.0 D CULG*C 132 88 9 15 2 43 * 2 49 2 51 31 N 19 W 1806 43 SF 0 0.0 D CULG P 133 88 9 15 3 27 3 27 3 33 * 21 S 54 W 1806 35 SF 0 0.0 D CULG P 134 88 9 15 11 51 0 0 12 45 * 23 N 37 E 1806 0 SF 0 0.0 E HTPR C 135 88 9 15 12 33 * 12 35 12 38 * 18 S 70 E 1806 59 SF 0 0.0 HTPR*C 136 88 9 15 13 20 * 13 23 13 26 * 30 N 22 W 1806 43 SN 0 0.0 HTPR*C 137 88 9 15 13 27 * 13 29 13 34 * 16 N 78 W 1806 29 SF 0 0.0 HTPR*C 138 88 9 15 14 43 * 14 47 14 50 * 13 S 45 E 1806 0 SF 0 0.0 HTPR*C 139 88 9 15 15 30 +0 15 31 +0 15 37 * 20 S 60 W 1806 35 SF 20 0.4 HOLL*E HTPR*C 140 88 9 15 23 29 * 23 31 23 39 * 34 N 50 W 1806 0 SF 0 0.0 D CULG*C 141 88 9 16 4 38 * 4 52 5 18 * 20 S 70 W 1806 35 1N 0 0.0 E ABST*C 142 88 9 16 6 6 * 6 26 6 41 * 20 S 90 E 1807 3 1F 0 0.0 E ABST*C 143 88 9 16 9 18 * 9 19 9 35 * 30 N 33 W 1806 43 SF 0 0.0 HTPR*C 144 88 9 16 10 56 * 11 0 11 10 * 22 S 71 W 1806 35 SF 0 0.0 HTPR*C 145 88 9 16 22 38 +2 22 40 23 6 * 11 S 5 E 1806 48 SF 0 0.0 CULG*C HOLL*E 146 88 9 16 22 38 +2 22 51 23 6 * 11 S 5 E 1806 48 SF 0 0.0 CULG*C HOLL*E 146 88 9 17 3 8 3 11 3 56 * 13 S 1 W 1806 48 SB 0 0.0 D TACH C YUNN P 147 88 9 17 3 8 3 23 3 56 * 13 S 1 W 1806 48 SB 0 0.0 D TACH C YUNN P 147 88 9 17 3 9 3 37 5 59 30 N 40 W 1806 43 SB 0 0.0 K TACH C 148 88 9 17 3 9 4 30 5 59 30 N 40 W 1806 43 SB 0 0.0 K TACH C 148 88 9 17 6 10 6 10 6 16 * 29 N 46 W 1806 43 SF 0 0.0 D CULG P 149 88 9 17 7 12 * 7 14 7 30 * 33 N 41 W 1806 43 SF 0 0.0 HTPR*C 150 88 9 17 10 42 0 0 10 53 * 33 N 42 W 1806 43 SF 0 0.0 E HTPR C 151 88 9 17 12 55 * 13 7 13 15 * 33 N 42 W 1806 43 SF 0 0.0 E HTPR*C 152 88 9 17 14 6 * 14 20 14 40 * 30 S 52 W 1806 46 SF 0 0.0 HTPR*C 153 88 9 17 15 11 +0 15 15 +4 15 48 * 23 N 22 E 1806 54 SF 15 0.2 F HTPR C HOLL*E RAMY*E 154 88 9 18 4 18 +3 4 20 +1 4 25 * 35 S 61 E 1807 5 SN 30 0.0 CULG*P LEAR*E 155 88 9 18 5 4 * 5 10 5 24 * 32 N 51 W 1806 43 SF 0 0.0 D CULG*C 156 88 9 18 6 38 +3 6 45 +3 7 6 * 19 N 17 E 1806 55 1N 230 2.5 ABST*C CATA*C LEAR*E 157 88 9 18 9 57 * 10 6 10 27 * 40 S 67 E 1807 5 1N 0 0.0 CATA*C 158 88 9 18 14 35 * 14 35 15 12 * 21 N 11 E 1806 54 SF 35 0.4 F RAMY*E HOLL E 159 88 9 18 14 35 * 14 57 +1 15 12 * 21 N 11 E 1806 54 SF 35 0.4 F RAMY*E HOLL E 159 88 9 18 19 37 * 19 38 19 56 * 19 N 10 E 1806 55 SF 0 0.0 F HOLL*E 160 88 9 18 20 12 * 20 13 20 27 * 30 N 59 W 1806 43 SF 30 0.6 HOLL*E RAMY E 161 88 9 18 21 40 21 45 22 25 30 N 87 E 1807 9 SN 60 0.0 PALE E CULG P 162 88 9 18 23 22 * 23 24 +2 23 34 * 35 S 51 E 1807 5 SF 40 0.9 HOLL*E PALE E CULG P 163 88 9 19 5 33 5 35 5 40 37 S 43 E 1807 0 SF 0 0.0 SVTO E 164 88 9 19 5 48 * 5 50 6 0 * 31 N 85 E 1807 9 SF 0 0.0 D ABST*C 165 88 9 19 5 59 * 6 13 7 6 * 29 N 66 E 1807 0 SF 0 0.0 SVTO*E 166 88 9 19 7 12 +3 7 14 +1 7 25 * 23 N 1 E 1806 54 SN 0 0.0 YUNN*C CATA*C 167 88 9 19 7 20 * 7 24 7 31 * 30 N 65 W 1806 43 SN 0 0.0 YUNN*C 168 88 9 19 10 20 * 10 20 10 45 * 18 S 29 W 1806 51 SN 0 0.0 CATA*C 169 88 9 19 10 25 >9 10 37 +2 10 45 * 39 S 47 E 1807 5 SN 0 0.0 CATA*C KANZ P 170 88 9 19 11 4 * 11 4 11 28 * 30 N 78 E 1807 9 2B 0 0.0 H CATA*C KANZ P RAMY E 171 88 9 19 11 4 * 11 17 11 28 * 30 N 78 E 1807 9 2B 0 0.0 H CATA*C KANZ P RAMY E 171 88 9 19 21 42 +1 21 47 +1 22 0 * 30 N 73 E 1807 9 SF 45 0.0 HOLL*E PALE*E 172 88 9 19 23 51 * 23 55 24 1 * 15 N 3 E 1806 57 SF 0 0.0 E CULG*P 173 88 9 20 1 58 +3 2 0 +3 2 7 * 31 N 69 E 1807 9 SF 25 0.0 D PALE*E CULG*C 174 88 9 20 2 23 +1 2 25 +0 2 41 * 29 N 68 E 1807 9 SF 30 0.0 D PALE*E LEAR*E CULG P 175 88 9 20 2 43 * 2 48 3 12 * 35 S 48 E 1807 5 SF 0 0.0 E CULG*P 176 88 9 20 3 4 3 4 3 6 * 19 S 45 W 1806 47 SF 0 0.0 D CULG P 177 88 9 20 3 56 * 4 2 4 8 * 29 N 67 E 1807 9 SB 60 0.0 D TACH*C CULG P 178 88 9 20 4 18 * 4 22 4 39 * 30 N 67 E 1807 9 1N 0 0.0 CULG*C 179 88 9 20 5 16 +1 5 19 +1 5 33 * 35 S 44 E 1807 5 SN 70 1.3 E CULG P LEAR*E TACH*C 180 88 9 20 5 33 5 35 5 40 37 S 43 E 1807 5 SF 0 0.0 SVTO E 181 88 9 20 5 39 +8 6 11 +2 7 2 * 28 N 66 E 1807 9 1N 0 0.0 E K CULG*C TACH*C SVTO E HTPR C KANZ P YUNN C 182 88 9 20 5 39 +8 6 46 +4 7 2 * 28 N 66 E 1807 9 1N 0 0.0 E K CULG*C TACH*C SVTO E HTPR C KANZ P YUNN C 182 88 9 20 6 19 * 6 21 6 26 * 33 S 45 E 1807 5 SF 0 0.0 CULG*C 183 88 9 20 6 40 +1 6 46 +3 7 5 * 18 S 47 W 1806 47 SF 20 0.3 D YUNN P HTPR*C CULG*C 184 88 9 20 7 39 +7 7 44 +3 7 57 * 27 N 66 E 1807 9 SN 0 0.0 E HTPR*C KANZ*P LEAR*E 185 88 9 20 7 39 +7 7 53 7 57 * 27 N 66 E 1807 9 SN 0 0.0 E HTPR*C KANZ*P LEAR*E 185 88 9 20 7 44 * 7 50 7 59 * 20 S 27 E 1807 1 SF 0 0.0 HTPR*C 186 88 9 20 8 9 * 0 0 8 20 40 S 42 E 1807 5 SF 0 0.0 HTPR C 187 88 9 20 10 26 0 0 10 36 * 28 N 65 E 1807 9 SB 0 0.0 HTPR C 188 88 9 20 10 35 * 10 40 10 45 * 18 S 27 E 1807 1 SF 0 0.0 D KAND*P 189 88 9 20 11 38 * 11 44 12 6 * 20 S 90 W 1806 0 SF 0 0.0 HTPR*C 190 88 9 20 11 46 +0 11 49 +2 12 0 * 29 N 65 E 1807 9 SF 0 0.0 KANZ*P RAMY*E 191 88 9 20 13 7 +2 13 11 +0 13 29 * 19 S 26 E 1807 1 SF 20 0.2 HTPR*C SVTO*E 192 88 9 20 13 11 * 13 13 13 24 * 33 N 27 E 1807 2 SF 0 0.0 HTPR*C 193 88 9 20 13 34 +3 13 37 +3 14 16 * 33 N 24 E 1807 2 SF 0 0.0 E HTPR*C KANZ P SVTO*E 194 88 9 20 13 53 * 14 2 14 12 * 20 S 25 E 1807 1 SF 0 0.0 HTPR*C 195 88 9 20 13 56 >9 14 13 +1 14 41 * 36 S 36 E 1807 5 SF 90 1.5 E SVTO*E HTPR*C 196 88 9 20 14 17 * 14 18 14 42 * 27 N 56 E 1807 9 SB 0 0.0 E HTPR*C 197 88 9 20 14 34 +1 14 39 +1 14 51 * 17 S 25 E 1807 1 SF 25 0.3 E HTPR*C SVTO E 198 88 9 20 14 37 * 14 42 14 42 35 N 22 E 1807 2 SF 0 0.0 SVTO E 199 88 9 20 15 14 +1 15 16 +0 15 21 * 35 S 31 E 1807 5 SF 30 0.5 HTPR*C RAMY*E 200 88 9 20 20 57 * 21 11 21 24 * 14 S 24 E 1807 1 SF 0 0.0 CULG*C 201 88 9 20 21 26 21 28 22 3 * 15 S 25 E 1807 1 SF 0 0.0 PALE E 202 88 9 21 0 59 * 1 5 1 9 * 35 S 31 E 1807 5 SN 0 0.0 CULG*C 203 88 9 21 2 32 * 2 33 2 41 * 21 N 71 E 1807 13 SF 0 0.0 D CULG*C 204 88 9 21 2 48 * 2 51 2 57 * 2 N 18 W 1806 0 SF 0 0.0 D CULG*C 205 88 9 21 2 49 * 2 52 2 54 * 14 S 17 E 1807 1 SF 0 0.0 D CULG*C 206 88 9 21 3 21 * 3 25 3 31 * 39 S 25 E 1807 5 SF 0 0.0 D CULG*C 207 88 9 21 3 32 * 3 35 3 43 * 26 N 90 W 1806 44 SF 0 0.0 CULG*C 208 88 9 21 4 49 * 4 51 4 58 * 35 S 20 E 1807 5 SF 0 0.0 CULG*C 209 88 9 21 5 23 * 5 30 5 41 * 19 N 14 W 1806 57 SF 0 0.0 CULG*C 210 88 9 21 5 25 * 5 28 5 42 * 9 S 50 W 1806 48 SF 0 0.0 D CULG*C 211 88 9 21 5 47 * 5 49 5 54 * 38 S 24 E 1807 5 SF 0 0.0 E CULG*C 212 88 9 21 6 45 +1 6 48 +2 7 34 * 28 N 51 E 1807 9 SN 60 1.0 D K HTPR*C CULG*C ABST*C 213 88 9 21 22 17 * 22 18 22 20 * 15 S 6 E 1807 1 SF 0 0.0 D CULG*C 214 88 9 21 9 13 * 9 17 9 35 * 38 S 22 E 1807 5 SN 0 0.0 E K HTPR*C 215 88 9 21 9 13 * 9 27 9 35 * 38 S 22 E 1807 5 SN 0 0.0 E K HTPR*C 215 88 9 21 9 28 * 9 36 9 43 * 16 N 65 E 1807 11 SN 0 0.0 HTPR*C 216 88 9 21 9 34 * 9 53 10 1 * 27 N 50 E 1807 9 SB 0 0.0 E HTPR*C 217 88 9 21 10 25 * 10 34 10 40 * 27 N 48 E 1807 9 SF 0 0.0 HTPR*C 218 88 9 21 15 35 +0 15 36 +1 15 48 * 10 S 57 W 1806 48 SF 20 0.4 HOLL*E HTPR*C RAMY E 219 88 9 21 20 19 * 20 20 20 20 16 S 6 E 1807 1 SN 0 0.0 D CULG P 220 88 9 21 20 29 * 20 31 20 41 * 28 N 43 E 1807 9 1F 0 0.0 E CULG*C 221 88 9 21 20 36 * 20 53 21 6 * 37 S 27 E 1807 5 SN 0 0.0 E CULG*C 222 88 9 21 20 56 * 20 59 21 2 * 20 N 10 W 1806 60 SF 0 0.0 D CULG*C 223 88 9 21 20 57 * 20 57 21 12 * 15 S 7 E 1807 1 SF 0 0.0 D CULG*C 224 88 9 21 21 16 * 21 19 21 24 * 38 S 16 E 1807 5 SN 0 0.0 CULG*C 225 88 9 21 21 40 * 21 44 21 52 * 14 S 6 E 1807 1 SF 0 0.0 D CULG*C 226 88 9 21 21 41 >9 22 2 +0 22 10 * 17 S 4 E 1807 1 SN 40 0.4 HOLL*E CULG*C PALE*E 227 88 9 21 21 39 +5 21 45 +0 22 8 * 30 N 43 E 1807 9 SF 40 0.6 D HOLL*E CULG*C 228 88 9 21 22 23 * 22 25 22 45 22 N 58 E 1807 13 SF 0 0.0 E CULG P 229 88 9 21 22 33 +2 22 36 +2 22 59 * 34 S 22 E 1807 5 SF 80 1.1 E PALE*E HOLL*E CULG P VORO*C 230 88 9 21 22 49 * 22 56 23 17 * 14 S 9 E 1807 1 SF 0 0.0 HOLL*E 231 88 9 21 23 22 * 23 24 23 27 34 S 12 E 1807 5 SN 0 0.0 CULG P 232 88 9 21 23 22 +3 23 26 +4 23 40 * 27 N 45 E 1807 9 SN 60 0.9 CULG*P VORO*C PALE*E 233 88 9 21 23 48 23 52 23 56 * 18 S 6 E 1807 1 SF 0 0.0 D CULG P 234 88 9 22 0 27 * 0 29 0 32 * 11 S 63 W 1806 48 SF 0 0.0 D CULG*C 235 88 9 22 1 14 +1 1 17 +1 1 29 * 14 S 5 E 1807 1 SF 30 0.3 E CULG*C VORO*C PALE*E 236 88 9 22 1 34 * 1 36 1 38 * 17 S 4 E 1807 1 SF 0 0.0 D CULG*C 237 88 9 22 1 59 * 2 0 2 2 * 38 S 14 E 1807 5 SF 0 0.0 D CULG*C 238 88 9 22 2 12 * 2 15 2 19 * 19 S 73 W 1806 47 SF 0 0.0 D CULG*C 239 88 9 22 2 19 * 2 25 2 28 * 38 S 14 E 1807 5 SF 0 0.0 D CULG*C 240 88 9 22 3 11 * 3 15 +2 3 23 * 28 N 43 E 1807 9 SF 20 0.3 E LEAR*E CULG P YUNN P 241 88 9 22 3 23 +8 3 31 +1 3 41 * 14 S 3 E 1807 1 SN 30 0.3 YUNN*P CULG*C LEAR*E 242 88 9 22 4 12 * 4 14 4 22 * 32 S 17 E 1807 5 SF 0 0.0 CULG*C 243 88 9 22 4 12 * 4 20 4 28 * 23 N 54 E 1807 13 SF 0 0.0 D CULG*C 244 88 9 22 4 52 * 5 41 6 19 * 19 S 69 W 1806 47 SF 0 0.0 CULG*C 245 88 9 22 5 5 * 5 8 5 23 * 14 S 68 W 1806 47 SF 0 0.0 CULG*C 246 88 9 22 5 29 * 5 32 5 37 * 22 N 56 E 1807 13 SF 0 0.0 D CULG*C 247 88 9 22 5 50 * 5 50 5 55 * 21 N 53 E 1807 13 SF 0 0.0 D CULG*C 248 88 9 22 6 3 * 6 5 6 9 * 28 N 39 E 1807 9 SF 0 0.0 D CULG*C 249 88 9 22 6 19 * 6 33 6 55 * 22 N 54 E 1807 13 SF 0 0.0 D CULG*C 250 88 9 22 6 27 * 6 49 7 6 * 14 S 1 E 1807 1 SN 0 0.0 E I CULG*C KAND P 251 88 9 22 7 13 +2 7 14 +6 7 26 * 22 N 56 E 1807 13 SN 0 0.0 E K CULG*C ABST*C HTPR C 252 88 9 22 7 15 * 7 15 7 16 * 21 N 29 E 1807 6 SN 0 0.0 D CULG*C 253 88 9 22 7 34 +2 7 40 +0 7 48 * 13 S 65 W 1806 48 1N 120 0.0 E ABST*C HTPR*C CULG P 254 88 9 22 7 41 * 7 58 8 3 * 35 S 18 E 1807 5 SF 0 0.0 E HTPR*C 255 88 9 22 7 52 * 7 55 8 1 21 N 56 E 1807 13 SF 0 0.0 E ABST P 256 88 9 22 8 3 +2 8 7 +0 8 21 * 26 N 41 E 1807 9 SN 120 1.7 HTPR*C PEKG*P LEAR*E 257 88 9 22 8 7 * 8 18 8 42 * 25 N 43 E 1807 9 SN 0 0.0 E HTPR*C 258 88 9 22 9 15 0 0 9 20 * 20 N 54 E 1807 13 SF 0 0.0 D KHAR V 259 88 9 22 9 33 +2 9 35 +2 9 50 * 29 N 37 E 1807 9 SF 0 0.0 KHAR*V HTPR*C 260 88 9 22 9 37 * 9 38 9 45 * 38 S 13 E 1807 5 SF 0 0.0 E HTPR*C 261 88 9 22 10 0 +1 10 4 10 48 * 14 S 1 W 1807 1 1N 270 2.9 E GHIK HTPR*C KAND*P KHAR P 262 88 9 22 10 0 +1 10 10 +2 10 48 * 14 S 1 W 1807 1 1N 270 2.9 E GHIK HTPR*C KAND*P KHAR P 262 88 9 22 10 11 * 0 0 11 24 * 25 N 62 E 1807 13 1F 0 0.0 H KHAR*V CATA C 263 88 9 22 10 20 * 10 25 10 35 * 28 N 34 E 1807 9 SF 0 0.0 HTPR*C 264 88 9 22 10 30 +0 10 30 +2 10 37 * 13 S 69 W 1806 48 SF 0 0.0 D KAND*P KHAR*V 265 88 9 22 10 43 +4 10 50 11 6 * 28 N 39 E 1807 9 SF 0 0.0 E G HTPR*C KAND*P KHAR V 266 88 9 22 10 43 +4 10 58 +2 11 6 * 28 N 39 E 1807 9 SF 0 0.0 E G HTPR*C KAND*P KHAR V 266 88 9 22 11 18 +3 11 22 +2 11 36 * 15 S 1 W 1807 1 SB 140 1.5 E GH HTPR*C RAMY*E KAND*P KHAR V CATA C 267 88 9 22 11 45 * 12 23 12 54 * 28 N 32 E 1807 9 SN 0 0.0 E HTPR*C 268 88 9 22 12 6 * 12 7 12 25 * 18 S 4 W 1807 1 SF 0 0.0 HTPR*C 269 88 9 22 12 59 * 13 5 13 7 * 35 S 12 E 1807 5 SF 0 0.0 RAMY*E 270 88 9 22 13 42 +7 13 49 +1 13 59 * 28 N 34 E 1807 9 SF 20 0.3 HTPR*C RAMY*E 271 88 9 22 13 49 * 14 31 15 0 * 16 S 18 W 1806 62 SB 0 0.0 K HTPR*C 272 88 9 22 13 49 +6 14 0 +2 14 40 * 16 S 2 W 1807 1 SN 90 1.0 I HTPR*C RAMY*E KANZ*P 273 88 9 22 13 49 +6 14 35 14 40 * 16 S 2 W 1807 1 SN 90 1.0 I HTPR*C RAMY*E KANZ*P 273 88 9 22 14 30 * 14 34 14 42 * 40 S 1 W 1807 0 SF 0 0.0 HTPR*C 274 88 9 22 15 21 +0 15 23 +1 15 42 * 27 N 33 E 1807 9 SF 60 0.8 E K HTPR*C RAMY*E 275 88 9 22 16 29 * 16 32 16 43 * 28 N 36 E 1807 9 SF 0 0.0 H RAMY*E HOLL E 276 88 9 22 16 30 * 16 41 +4 17 12 * 23 N 56 E 1807 13 SF 80 1.5 RAMY*E HOLL E 277 88 9 22 16 49 * 16 50 16 54 * 13 S 3 W 1807 1 SF 0 0.0 RAMY*E 278 88 9 22 17 39 * 17 53 18 20 * 17 S 1 W 1807 1 SF 0 0.0 RAMY*E 279 88 9 22 17 41 * 17 44 18 7 * 24 N 73 E 1807 18 SF 0 0.0 RAMY*E 280 88 9 22 18 31 * 18 31 19 3 * 17 S 5 W 1807 1 SF 0 0.0 H RAMY*E HOLL E 281 88 9 22 18 31 * 18 40 19 3 * 17 S 5 W 1807 1 SF 0 0.0 H RAMY*E HOLL E 281 88 9 22 18 48 +5 18 50 +4 19 8 * 28 N 35 E 1807 9 SF 25 0.3 F HOLL*E RAMY*E 282 88 9 22 20 0 +2 20 3 21 1 * 15 S 5 W 1807 1 SN 0 0.0 F PALE*E RAMY*E CULG P HOLL E 283 88 9 22 20 0 +2 20 18 +0 21 1 * 15 S 5 W 1807 1 SN 0 0.0 F PALE*E RAMY*E CULG P HOLL E 283 88 9 22 20 31 +0 20 32 +2 20 57 * 26 N 31 E 1807 9 SF 40 0.5 F PALE*E RAMY*E CULG*C HOLL E 284 88 9 22 20 31 +0 20 44 +4 20 57 * 26 N 31 E 1807 9 SF 40 0.5 F PALE*E RAMY*E CULG*C HOLL E 284 88 9 22 21 16 * 21 19 21 24 * 38 S 16 E 1807 5 SN 0 0.0 CULG*C 285 88 9 22 21 51 * 21 54 22 13 * 29 N 33 E 1807 9 SB 0 0.0 CULG*C 286 88 9 22 22 41 +0 22 42 +1 23 13 * 8 N 25 E 1807 0 SB 180 2.0 VORO*C CULG*C 287 88 9 22 22 41 22 44 22 56 14 S 7 W 1807 1 SN 0 0.0 F PALE E 288 88 9 22 23 3 * 23 6 23 23 * 23 N 56 E 1807 14 SF 0 0.0 E CULG*C 289 88 9 22 23 12 * 23 13 23 17 * 22 N 30 E 1807 8 SF 0 0.0 CULG*C 290 88 9 22 23 22 * 23 24 23 27 34 S 12 E 1807 5 SN 0 0.0 CULG P 291 88 9 22 23 24 +1 23 26 +3 23 44 * 29 N 32 E 1807 9 SF 70 0.9 D VORO*C LEAR*E CULG P 292 88 9 23 0 14 +3 0 20 +5 1 1 * 14 S 7 W 1807 1 SN 0 0.0 F LEAR*E CULG*C HOLL E YUNN P 293 88 9 23 0 18 * 0 21 0 30 * 9 N 26 E 1807 0 1F 0 0.0 E I VORO*C 294 88 9 23 0 48 +1 0 51 +3 1 14 * 19 N 89 E 1807 19 SN 0 0.0 F H YUNN*C CULG*C 295 88 9 23 0 56 * 1 4 1 26 * 27 N 33 E 1807 9 SF 0 0.0 LEAR*E 296 88 9 23 1 46 * 2 3 2 51 * 19 S 73 E 1807 15 1B 0 0.0 F CULG*C 297 88 9 23 1 59 +1 2 1 +5 2 31 * 28 N 31 E 1807 9 1N 190 2.4 K CULG*C YUNN*C LEAR*E 298 88 9 23 1 59 +1 2 14 2 31 * 28 N 31 E 1807 9 1N 190 2.4 K CULG*C YUNN*C LEAR*E 298 88 9 23 3 3 * 3 6 3 11 * 20 S 4 W 1807 1 SF 0 0.0 D CULG*C 299 88 9 23 3 4 +1 3 5 +6 3 20 * 28 N 31 E 1807 9 SN 0 0.0 CULG*C LEAR*E YUNN P 300 88 9 23 3 59 * 4 1 4 8 * 18 S 34 W 1806 59 SF 0 0.0 D CULG*C 301 88 9 23 4 7 +2 4 11 +0 4 18 * 23 N 26 E 1807 8 SF 0 0.0 E CULG*C LEAR*E 302 88 9 23 4 10 * 4 12 4 15 * 15 S 11 W 1807 1 SF 0 0.0 E CULG*C 303 88 9 23 4 21 * 4 23 +1 4 32 * 18 S 12 W 1807 1 SB 0 0.0 CULG*C YUNN P 304 88 9 23 4 31 +0 4 34 +0 4 48 * 23 N 33 E 1807 9 SB 0 0.0 D V YUNN*C CULG*C ABST P 305 88 9 23 4 51 * 4 53 5 4 * 21 N 17 E 1807 6 SF 0 0.0 E CULG*C 306 88 9 23 4 59 * 5 2 5 8 * 25 N 26 E 1807 8 SF 0 0.0 E CULG*C 307 88 9 23 6 10 * 6 11 6 20 * 16 S 8 W 1807 1 SF 0 0.0 CULG*C 308 88 9 23 6 18 +0 6 20 +0 6 30 * 28 N 28 E 1807 9 SF 80 1.0 E CULG*C ABST*C 309 88 9 23 6 20 +1 6 24 +1 6 37 * 22 N 17 E 1807 6 SN 60 0.6 D J CULG*C ABST*C 310 88 9 23 7 19 +3 7 22 +2 7 29 * 26 N 25 E 1807 8 SF 80 0.9 D K ABST*C KANZ*P CULG*P 311 88 9 23 7 45 * 0 0 8 0 * 24 N 23 E 1807 8 SF 0 0.0 G KHAR*V 312 88 9 23 8 47 +1 8 53 +5 9 29 * 27 N 26 E 1807 9 SN 170 2.0 V CATA*C KANZ*P HTPR C SVTO*E LEAR*E KHAR V 313 88 9 23 8 47 +1 9 7 9 29 * 27 N 26 E 1807 9 SN 170 2.0 V CATA*C KANZ*P HTPR C SVTO*E LEAR*E KHAR V 313 88 9 23 10 4 +5 10 12 +1 10 30 * 27 N 27 E 1807 9 SN 0 0.0 E GH HTPR*C KHAR*V KANZ*P 314 88 9 23 10 30 +0 10 31 +1 10 45 * 19 N 80 E 1807 19 SF 35 0.0 D KHAR*V SVTO*E HTPR*C 315 88 9 23 10 45 * 10 50 11 0 28 N 28 E 1807 9 SF 0 0.0 D KHAR V 316 88 9 23 12 10 +1 12 13 +2 12 20 * 33 N 10 W 1807 2 SF 35 0.4 E KANZ*P HTPR*C RAMY*E 317 88 9 23 12 22 +4 12 26 +4 12 33 * 26 N 25 E 1807 9 SF 10 0.1 E HTPR*C KANZ*P SVTO*E RAMY*E 318 88 9 23 13 36 * 13 39 13 46 * 17 S 90 E 1807 21 SN 0 0.0 HTPR*C 319 88 9 23 13 54 * 14 4 14 10 * 21 N 78 E 1807 19 SF 0 0.0 RAMY*E 320 88 9 23 13 54 * 13 55 13 57 * 15 S 16 W 1807 1 SF 0 0.0 RAMY*E 321 88 9 23 14 8 0 0 14 18 * 14 S 15 W 1807 1 SF 0 0.0 HTPR C 322 88 9 23 14 8 >9 14 27 14 43 * 26 N 23 E 1807 9 SF 30 0.3 E HTPR C RAMY*E 323 88 9 23 15 26 * 15 26 15 32 * 29 N 20 E 1807 9 SF 0 0.0 RAMY*E 324 88 9 23 15 56 15 57 15 59 * 29 N 23 E 1807 9 SF 0 0.0 RAMY E 325 88 9 23 16 7 * 16 8 16 11 * 14 S 17 W 1807 1 SF 0 0.0 HOLL*E 326 88 9 23 16 11 * 16 11 16 17 * 30 N 22 E 1807 9 SF 0 0.0 HOLL*E 327 88 9 23 21 7 * 21 8 21 18 * 18 S 21 W 1807 1 SB 0 0.0 D CULG*C 328 88 9 23 21 13 * 21 16 21 21 * 30 N 16 E 1807 9 SN 0 0.0 U CULG*C 329 88 9 23 21 20 +1 21 27 +1 21 54 * 19 N 8 E 1807 6 SN 0 0.0 F UY CULG*C HOLL*E 330 88 9 23 21 32 * 21 32 21 45 * 19 N 40 W 1806 60 SF 0 0.0 D CULG*C 331 88 9 23 21 46 +0 21 46 +0 21 51 * 19 N 77 E 1807 19 SF 15 0.0 D CULG*C HOLL*E 332 88 9 23 21 52 21 56 21 56 16 N 72 E 1807 19 1F 0 0.0 D CULG P 333 88 9 23 21 49 * 21 50 21 52 * 22 N 33 E 1807 13 SF 0 0.0 D CULG*C 334 88 9 23 21 58 +1 22 2 +0 22 24 * 19 S 13 W 1807 3 SN 0 0.0 E CULG*C HOLL*E 335 88 9 23 22 19 * 22 22 22 30 * 36 N 20 E 1807 19 SN 0 0.0 D CULG*C 336 88 9 23 22 42 * 22 46 23 7 * 19 N 6 E 1807 6 SF 0 0.0 D CULG*C VORO C 337 88 9 23 22 42 * 23 1 23 7 * 19 N 6 E 1807 6 SF 0 0.0 D CULG*C VORO C 337 88 9 23 23 10 +2 23 13 +3 23 22 * 17 S 45 W 1806 56 SF 45 0.7 D CULG*C VORO*C HOLL*E PALE*E 338 88 9 23 23 55 +3 24 2 +2 24 43 * 28 N 19 E 1807 9 SF 60 0.7 F IU CULG*P PALE*E HOLL*E VORO*C LEAR E 339 88 9 23 23 55 +3 24 11 +2 24 43 * 28 N 19 E 1807 9 SF 60 0.7 F IU CULG*P PALE*E HOLL*E VORO*C LEAR E 339 88 9 24 0 10 +1 0 12 0 24 * 23 N 19 E 1807 8 SF 0 0.0 D PALE*E CULG*C 340 88 9 24 0 10 +1 0 19 0 24 * 23 N 19 E 1807 8 SF 0 0.0 D PALE*E CULG*C 340 88 9 24 0 4 +1 0 5 +2 0 18 * 38 S 3 W 1807 5 SF 30 0.4 D CULG*C HOLL*E 341 88 9 24 0 31 * 0 39 0 58 * 24 N 27 E 1807 13 SF 0 0.0 D I VORO*C 342 88 9 24 0 33 +3 0 38 +2 0 52 * 33 S 7 W 1807 5 SF 100 1.3 F HOLL*E VORO*C PALE*E LEAR*E CULG P 343 88 9 24 0 50 * 0 52 1 6 * 26 N 16 E 1807 9 SF 0 0.0 D VORO*C 344 88 9 24 1 9 +4 1 13 +1 1 29 * 18 S 80 E 1807 21 1N 90 0.0 A CULG*C VORO*C LEAR*E 345 88 9 24 1 23 +1 1 24 +0 1 30 * 34 S 7 W 1807 5 SN 35 0.5 U CULG*C LEAR*E 346 88 9 24 1 42 * 2 2 2 21 * 7 S 70 E 1807 0 1N 0 0.0 F JU CULG*C 347 88 9 24 1 45 * 1 46 1 53 * 24 N 31 E 1807 13 SF 0 0.0 D CULG*C 348 88 9 24 2 5 * 2 11 2 17 * 19 N 2 E 1807 6 SF 0 0.0 D CULG*C 349 88 9 24 2 14 +1 2 16 +1 2 38 * 15 S 22 W 1807 1 SF 60 0.7 CULG*C LEAR*E 350 88 9 24 2 42 * 2 46 2 49 * 18 N 4 E 1807 6 SF 0 0.0 D CULG*C 351 88 9 24 3 35 * 3 43 3 48 * 9 S 70 E 1807 0 SF 0 0.0 E J CULG*C 352 88 9 24 3 38 * 3 42 4 7 * 27 N 16 E 1807 9 SN 80 0.9 CULG*C PALE E LEAR E PEKG P TACH C 353 88 9 24 3 38 * 3 57 +1 4 7 * 27 N 16 E 1807 9 SN 80 0.9 CULG*C PALE E LEAR E PEKG P TACH C 353 88 9 24 4 48 +2 4 51 +2 5 9 * 15 S 24 W 1807 1 SN 90 1.1 E JU PEKG P CULG*C LEAR*E TACH*C 354 88 9 24 4 48 +2 4 59 5 9 * 15 S 24 W 1807 1 SN 90 1.1 E JU PEKG P CULG*C LEAR*E TACH*C 354 88 9 24 4 50 * 4 53 5 7 * 20 N 36 E 1807 13 SN 0 0.0 E CULG*C 355 88 9 24 5 9 * 5 17 5 17 29 N 12 E 1807 9 SN 0 0.0 D CULG P 356 88 9 24 5 27 5 27 5 30 * 23 N 1 E 1807 6 SN 0 0.0 D PEKG P 357 88 9 24 6 15 6 17 6 42 * 28 N 14 E 1807 9 SN 0 0.0 CULG P 358 88 9 24 6 15 6 22 6 41 * 23 N 18 E 1807 9 SN 0 0.0 D CULG P 359 88 9 24 6 36 0 0 8 40 * 18 N 1 E 1807 6 SF 0 0.0 E K HTPR C 360 88 9 24 6 49 +4 6 53 +5 7 2 * 18 S 22 W 1807 1 SF 50 0.6 E HTPR*C LEAR*E CULG P 361 88 9 24 7 40 * 7 44 8 3 * 17 N 22 E 1807 11 SF 0 0.0 E HTPR*C 362 88 9 24 7 45 * 7 52 8 27 * 27 N 10 E 1807 9 SF 0 0.0 E I HTPR*C 363 88 9 24 8 38 +5 8 42 +5 9 2 * 27 N 12 E 1807 9 SF 0 0.0 E H HTPR*C KHAR*V LEAR*E KANZ*P 364 88 9 24 9 34 * 9 38 9 44 * 21 N 27 E 1807 13 SF 0 0.0 E HTPR*C 365 88 9 24 9 56 * 9 59 10 3 * 39 S 10 W 1807 5 SF 0 0.0 E HTPR*C 366 88 9 24 10 27 * 10 30 10 36 * 19 S 21 W 1807 3 SF 0 0.0 E HTPR*C 367 88 9 24 10 31 * 10 34 10 54 * 30 N 10 E 1807 9 SF 0 0.0 E HTPR*C 368 88 9 24 10 53 +5 11 1 11 39 * 39 S 8 E 1807 7 SN 60 0.9 F HTPR*C CATA*C KANZ*P SVTO*E 369 88 9 24 10 53 +5 11 12 +4 11 39 * 39 S 8 E 1807 7 SN 60 0.9 F HTPR*C CATA*C KANZ*P SVTO*E 369 88 9 24 11 22 * 11 30 12 0 * 22 N 25 E 1807 13 SN 0 0.0 E HTPR*C 370 88 9 24 11 35 * 11 41 11 41 37 S 1 W 1807 7 SN 0 0.0 CATA C 371 88 9 24 12 2 * 12 7 12 20 * 27 N 10 E 1807 9 SF 0 0.0 E HTPR*C 372 88 9 24 13 41 +2 13 43 +1 14 14 * 15 S 29 W 1807 1 1N 200 2.5 F H HOLL*E HTPR*C SVTO*E RAMY*E KANZ*P 373 88 9 24 13 41 +2 13 53 14 14 * 15 S 29 W 1807 1 1N 200 2.5 F H HOLL*E HTPR*C SVTO*E RAMY*E KANZ*P 373 88 9 24 15 8 +9 15 13 +5 15 25 * 22 N 14 E 1807 10 SF 30 0.3 E HTPR*C RAMY*E SVTO*E HOLL*E 374 88 9 24 15 16 * 15 19 15 23 * 22 N 25 E 1807 13 SF 0 0.0 E HTPR*C 375 88 9 24 15 50 * 15 50 16 2 * 18 S 32 W 1807 1 SF 0 0.0 HOLL*E 376 88 9 24 15 52 * 15 55 16 7 * 18 S 71 E 1807 21 SF 0 0.0 HTPR*C 377 88 9 24 15 57 +2 16 2 +1 16 13 * 22 N 25 E 1807 13 SF 20 0.2 E HTPR*C RAMY*E HOLL*E 378 88 9 24 15 59 +1 16 3 +4 16 24 * 27 N 10 E 1807 9 SF 50 0.5 E HOLL*E HTPR*C 379 88 9 24 22 40 * 22 52 +1 23 6 20 N 65 E 1807 19 SF 35 0.0 E HOLL*E VORO C 380 88 9 24 22 51 +5 22 52 23 14 * 23 S 70 E 1807 21 SF 0 0.0 F I HOLL*E VORO*C LEAR*E 381 88 9 24 22 51 +5 23 1 +2 23 14 * 23 S 70 E 1807 21 SF 0 0.0 F I HOLL*E VORO*C LEAR*E 381 88 9 24 23 16 >9 23 22 23 39 * 18 S 33 W 1807 1 SF 0 0.0 HOLL*E CULG*C 382 88 9 24 23 16 >9 23 34 23 39 * 18 S 33 W 1807 1 SF 0 0.0 HOLL*E CULG*C 382 88 9 25 0 24 >9 0 37 +6 1 35 * 17 S 67 E 1807 21 2N 400 0.0 F SU HOLL E PALE*E CULG*P LEAR*E PEKG*C VORO*C 383 88 9 25 0 35 >9 0 35 1 45 18 S 39 W 1807 1 SF 0 0.0 CULG*C VORO*C 384 88 9 25 0 35 >9 1 39 1 45 18 S 39 W 1807 1 SF 0 0.0 CULG*C VORO*C 384 88 9 25 1 10 * 1 11 1 16 * 17 N 64 W 1806 57 1N 0 0.0 U CULG*C 385 88 9 25 5 25 +1 5 26 +1 5 33 * 17 S 41 W 1807 1 SF 0 0.0 LEAR*E PEKG*P 386 88 9 25 6 7 * 6 22 6 45 * 18 N 61 E 1807 19 SF 0 0.0 LEAR*E 387 88 9 25 6 15 0 0 6 25 17 S 41 W 1807 1 1N 0 0.0 D TACH V 388 88 9 25 7 25 * 7 32 7 37 * 17 N 6 W 1807 0 SF 0 0.0 F CULG*C 389 88 9 25 8 29 +6 8 42 +4 9 12 * 18 S 39 W 1807 1 SF 40 0.6 SVTO*E LEAR*E BUCA C 390 88 9 25 10 41 * 11 1 12 15 * 17 S 39 W 1807 1 1N 0 0.0 F SVTO*E RAMY E CATA C 391 88 9 25 10 41 * 11 16 +4 12 15 * 17 S 39 W 1807 1 1N 0 0.0 F SVTO*E RAMY E CATA C 391 88 9 25 14 9 +2 14 10 14 34 * 19 N 14 W 1807 6 SF 0 0.0 HOLL*E RAMY*E 392 88 9 25 14 9 +2 14 25 14 34 * 19 N 14 W 1807 6 SF 0 0.0 HOLL*E RAMY*E 392 88 9 25 14 47 * 14 50 15 15 * 20 N 15 W 1807 6 SF 0 0.0 HOLL*E 393 88 9 25 19 7 +1 19 10 +0 19 28 * 20 N 54 E 1807 19 SF 15 0.3 F HOLL*E RAMY*E 394 88 9 25 20 31 * 20 33 20 37 * 20 N 71 W 1806 57 SN 0 0.0 D CULG*C 395 88 9 25 21 51 +3 21 53 22 16 * 18 N 72 W 1806 57 SF 0 0.0 D CULG*C HOLL*E 396 88 9 25 21 51 +3 22 1 22 16 * 18 N 72 W 1806 57 SF 0 0.0 D CULG*C HOLL*E 396 88 9 25 22 7 * 22 9 22 16 * 27 N 31 E 1807 18 SF 0 0.0 D CULG*C 397 88 9 25 22 42 * 22 43 22 47 * 20 N 48 E 1807 19 SN 0 0.0 F CULG*C 398 88 9 25 22 58 +0 23 0 +1 23 18 * 21 N 76 W 1806 57 SF 40 0.0 D CULG*C VORO*C 399 88 9 26 0 16 +1 0 20 +0 0 30 * 22 N 78 W 1806 58 SF 60 0.0 CULG*C VORO*C 400 88 9 26 0 55 * 0 58 1 0 * 21 S 50 E 1807 21 SF 0 0.0 D CULG*C 401 88 9 26 1 33 * 1 35 1 39 * 21 S 85 E 1807 26 SN 0 0.0 D CULG*C 402 88 9 26 1 34 +2 1 37 +0 1 47 * 18 N 46 E 1807 19 SN 0 0.0 F CULG*C LEAR*E 403 88 9 26 1 48 * 1 51 1 57 * 19 N 78 W 1806 57 SN 0 0.0 E CULG*C 404 88 9 26 2 10 >9 2 34 3 21 * 37 S 35 W 1807 5 1F 0 0.0 F U CULG P LEAR*E PALE E 405 88 9 26 2 10 >9 2 53 3 21 * 37 S 35 W 1807 5 1F 0 0.0 F U CULG P LEAR*E PALE E 405 88 9 26 2 27 * 2 32 2 59 * 29 S 29 E 1807 15 SF 0 0.0 D CULG*C 406 88 9 26 2 33 * 2 36 2 40 * 19 N 78 W 1806 57 SB 0 0.0 D CULG*C 407 88 9 26 3 49 * 4 1 4 6 * 27 S 84 E 1807 26 SN 0 0.0 D CULG*C 408 88 9 26 4 27 +4 4 32 +5 4 59 * 19 N 77 W 1806 57 SN 0 0.0 E CULG*P LEAR*E 409 88 9 26 4 49 * 4 50 4 55 * 27 S 84 E 1807 26 SN 0 0.0 D CULG*C 410 88 9 26 4 51 * 4 57 5 3 * 28 S 26 E 1807 15 SF 0 0.0 CULG*C 411 88 9 26 5 0 * 5 5 5 9 * 18 N 45 E 1807 19 SN 0 0.0 E J CULG*C 412 88 9 26 5 20 * 5 22 5 26 * 22 N 42 E 1807 19 SB 0 0.0 D CULG*C 413 88 9 26 5 33 * 5 34 5 37 * 20 N 45 E 1807 19 SF 0 0.0 E CULG*C 414 88 9 26 5 42 * 5 44 5 46 * 20 N 42 E 1807 19 SF 0 0.0 D CULG*C 415 88 9 26 5 54 * 5 57 6 0 * 23 N 41 E 1807 19 SN 0 0.0 E CULG*C 416 88 9 26 6 3 * 6 5 6 15 * 27 S 84 E 1807 26 SF 0 0.0 D CULG*C 417 88 9 26 6 38 * 6 40 6 50 * 22 N 40 E 1807 19 SN 0 0.0 E CULG*C 418 88 9 26 7 1 * 7 3 7 8 * 23 N 39 E 1807 19 SB 0 0.0 E CULG*C 419 88 9 26 7 37 +3 7 40 7 41 21 N 41 E 1807 19 SN 70 1.0 D CULG P CATA C 420 88 9 26 11 34 11 34 11 40 * 17 S 56 W 1807 1 SF 0 0.0 RAMY E 421 88 9 26 12 5 * 12 5 12 11 * 21 N 40 E 1807 19 SN 0 0.0 CATA*C 422 88 9 26 12 27 * 12 31 13 14 * 30 S 22 E 1807 15 SF 0 0.0 KANZ*P CATA C 423 88 9 26 12 32 0 0 12 32 21 N 39 E 1807 19 SN 0 0.0 CATA C 424 88 9 26 16 34 * 16 36 16 45 * 22 N 44 E 1807 19 SF 0 0.0 HOLL*E 425 88 9 26 18 16 * 18 17 18 22 * 19 N 37 E 1807 19 SF 0 0.0 HOLL*E 426 88 9 26 18 58 +7 19 8 +0 19 14 * 19 N 36 E 1807 19 SF 35 0.4 HOLL*E RAMY*E 427 88 9 26 19 18 * 19 19 19 23 * 27 S 73 E 1807 26 SF 0 0.0 HOLL*E 428 88 9 26 20 39 * 20 46 20 54 * 20 N 35 E 1807 19 SF 0 0.0 H HOLL*E 429 88 9 26 21 15 * 21 19 21 24 * 23 N 37 E 1807 19 SF 0 0.0 HOLL*E 430 88 9 26 21 46 21 57 22 18 21 S 45 W 1807 4 SF 0 0.0 D CULG P 431 88 9 26 23 44 * 23 44 24 20 * 25 S 70 E 1807 26 SF 0 0.0 HOLL*E 432 88 9 27 0 3 * 0 4 0 12 * 22 N 6 W 1807 13 SF 0 0.0 HOLL*E 433 88 9 27 1 37 1 42 1 46 16 S 45 E 1807 21 SF 0 0.0 D CULG P 434 88 9 27 2 24 2 25 2 42 24 S 71 E 1807 26 SF 0 0.0 F CULG P 435 88 9 27 2 24 2 25 3 10 * 30 S 67 E 1807 26 SB 0 0.0 D CULG P 436 88 9 27 2 41 +3 2 46 +0 2 55 * 29 N 26 W 1807 9 SF 0 0.0 VORO*C LEAR*E CULG P 437 88 9 27 3 17 * 3 19 +1 3 38 * 27 S 70 E 1807 26 SN 50 0.0 J LEAR*E CULG P 438 88 9 27 4 52 * 4 52 4 53 24 N 33 E 1807 19 SB 0 0.0 E CULG P 439 88 9 27 6 27 0 0 6 42 * 18 N 30 E 1807 19 SF 0 0.0 E HTPR C 440 88 9 27 6 34 +6 6 43 +3 7 29 * 20 N 1 W 1807 14 SN 0 0.0 H IU PEKG*C TACH*C HTPR*C LEAR*E KANZ*P SVTO*E 441 88 9 27 6 34 +6 7 11 7 29 * 20 N 1 W 1807 14 SN 0 0.0 H IU PEKG*C TACH*C HTPR*C LEAR*E KANZ*P SVTO*E 441 88 9 27 7 10 +3 7 18 +1 7 56 * 29 S 66 E 1807 26 1N 50 0.0 E I TACH*C LEAR*E HTPR*C BUCA C 442 88 9 27 7 10 +3 7 44 7 56 * 29 S 66 E 1807 26 1N 50 0.0 E I TACH*C LEAR*E HTPR*C BUCA C 442 88 9 27 7 14 * 7 16 8 0 * 22 S 45 E 1807 21 SF 0 0.0 HTPR*C 443 88 9 27 8 50 * 9 7 9 17 * 22 N 35 E 1807 19 SF 0 0.0 E HTPR*C 444 88 9 27 8 50 +2 8 50 +3 9 9 * 26 S 62 E 1807 26 SN 70 0.0 E H LEAR*E KHAR*V HTPR*C CATA C KANZ*P 445 88 9 27 9 49 +1 9 55 +2 10 39 * 26 S 64 E 1807 26 1N 230 0.0 G IU KHAR P KANZ*P HTPR*C SVTO*E CATA C 446 88 9 27 10 34 * 10 36 10 39 * 21 N 26 E 1807 19 SF 0 0.0 E HTPR*C 447 88 9 27 11 23 +2 11 23 +4 11 37 * 20 N 32 E 1807 19 SF 50 0.6 E RAMY*E HTPR*C 448 88 9 27 12 23 * 12 27 12 30 * 24 N 31 E 1807 19 SF 0 0.0 E HTPR*C 449 88 9 27 12 39 +1 12 39 +1 12 45 * 19 N 40 W 1807 6 SF 0 0.0 E KANZ*P RAMY*E HTPR*C CATA C 450 88 9 27 12 39 * 12 41 12 48 * 23 S 55 W 1807 3 SF 0 0.0 HTPR*C 451 88 9 27 12 55 +3 12 58 +3 13 14 * 18 S 65 W 1807 1 SF 20 0.0 HTPR*C RAMY*E KANZ*P 452 88 9 27 14 18 +3 14 21 +1 14 25 * 20 N 24 E 1807 19 SF 40 0.4 E H HOLL*E HTPR*C KANZ*P 453 88 9 27 14 50 +4 14 54 +4 15 15 * 28 S 54 E 1807 0 SF 0 0.0 E HTPR*C KANZ*P 454 88 9 27 14 54 * 14 59 15 11 * 27 S 60 E 1807 26 SF 0 0.0 HOLL*E 455 88 9 27 16 6 +1 16 16 17 17 * 27 S 66 E 1807 26 1B 240 0.0 E I HTPR C HOLL*E 456 88 9 27 17 26 * 17 26 17 37 * 26 S 59 E 1807 26 SF 0 0.0 HOLL*E 457 88 9 27 18 5 +0 18 6 +0 18 18 * 26 S 58 E 1807 26 SN 60 1.4 F PALE*E HOLL*E 458 88 9 27 18 5 +2 18 7 +1 18 14 * 20 N 27 E 1807 19 SF 15 0.2 F PALE*E HOLL*E 459 88 9 27 18 18 +1 18 20 +1 18 29 * 21 N 21 E 1807 19 SF 15 0.2 H PALE*E HOLL*E 460 88 9 27 18 28 +6 18 36 +0 18 44 * 20 N 27 E 1807 19 SF 25 0.3 F U HOLL*E PALE*E 461 88 9 27 19 36 +2 19 41 +0 19 58 * 25 S 53 E 1807 26 2B 420 8.2 F PALE*E HOLL*E RAMY E 462 88 9 27 21 7 * 21 13 21 24 * 25 N 1 E 1807 14 SN 0 0.0 F CULG*C 463 88 9 27 21 47 +0 21 48 +1 21 58 * 15 S 75 W 1807 1 SF 40 0.0 D HOLL*E CULG*C 464 88 9 27 21 57 +2 22 6 +1 22 21 * 23 S 59 E 1807 26 1N 180 4.0 E CULG*C HOLL*E PALE E 465 88 9 27 23 15 * 23 16 23 28 * 20 N 23 W 1807 13 SF 0 0.0 D CULG*C 466 88 9 27 23 31 +9 23 41 +0 23 49 * 28 S 58 E 1807 26 SF 50 1.2 CULG*C PALE*E HOLL*E 467 88 9 28 0 40 * 0 44 0 54 * 32 N 65 E 1807 0 SF 0 0.0 D CULG*C 468 88 9 28 2 48 +1 2 51 +3 3 1 * 20 S 76 W 1807 1 1F 80 0.0 H VORO C CULG*C 469 88 9 28 8 5 >9 8 16 +4 9 2 * 26 N 8 E 1807 18 SF 60 0.6 D G BUCA*C KANZ*P HTPR*C CATA C KAND*P 470 88 9 28 9 0 +1 9 1 +2 9 12 * 26 S 63 E 1807 26 SF 0 0.0 E KAND*P HTPR*C 471 88 9 28 10 4 * 10 5 10 15 * 21 N 23 E 1807 19 SF 0 0.0 E HTPR*C 472 88 9 28 10 44 * 10 46 11 0 * 18 S 80 W 1807 1 SF 0 0.0 HTPR*C 473 88 9 28 11 45 * 11 49 12 0 * 16 S 20 E 1807 21 SF 0 0.0 E HTPR*C 474 88 9 28 12 12 +2 12 16 +2 13 24 * 26 S 60 E 1807 26 SN 40 1.0 E SVTO*E HTPR*C KANZ*P CATA C RAMY E 475 88 9 28 12 12 +2 12 25 13 24 * 26 S 60 E 1807 26 SN 40 1.0 E SVTO*E HTPR*C KANZ*P CATA C RAMY E 475 88 9 28 14 31 +1 14 32 +3 14 43 * 25 S 56 E 1807 26 SF 70 1.5 E HOLL*E HTPR*C KANZ*P SVTO*E 476 88 9 28 19 2 * 19 3 19 14 * 25 S 49 E 1807 26 SF 0 0.0 F HOLL*E 477 88 9 28 19 57 * 20 1 20 10 * 26 S 50 E 1807 26 SF 0 0.0 HOLL*E 478 88 9 28 20 14 * 20 15 20 19 * 21 S 71 W 1807 4 SF 0 0.0 HOLL*E 479 88 9 28 20 45 * 20 46 20 52 * 23 N 12 E 1807 19 SF 0 0.0 F HOLL*E 480 88 9 28 21 4 * 21 6 21 17 * 29 N 40 W 1807 9 SF 0 0.0 HOLL*E 481 88 9 28 22 37 * 22 42 23 31 * 23 N 13 E 1807 19 SF 0 0.0 F HOLL*E 482 88 9 28 22 53 +2 23 8 +4 24 3 * 27 S 48 E 1807 26 2B 56010.1 F IU HOLL*E CULG*C LEAR*E VORO C 483 88 9 29 4 48 * 4 59 5 40 26 S 50 E 1807 26 1N 0 0.0 E TACH C 484 88 9 29 5 44 >9 5 58 +4 6 41 * 26 S 46 E 1807 26 1N 230 3.9 F LEAR*E CULG*C ABST*C SVTO E 485 88 9 29 6 4 +3 6 6 +1 6 15 * 20 N 8 E 1807 19 SF 0 0.0 E ABST*C LEAR*E 486 88 9 29 6 46 * 6 55 7 15 * 27 S 50 E 1807 26 SF 0 0.0 LEAR*E 487 88 9 29 7 29 * 7 37 7 49 * 28 S 55 E 1807 27 SF 0 0.0 D ABST*C 488 88 9 29 10 36 * 10 53 12 6 * 26 S 47 E 1807 26 SF 0 0.0 E HTPR*C RAMY E 489 88 9 29 10 36 * 11 34 12 6 * 26 S 47 E 1807 26 SF 0 0.0 E HTPR*C RAMY E 489 88 9 29 12 24 * 12 25 12 43 * 18 S 7 E 1807 21 SF 0 0.0 E HTPR*C 490 88 9 29 13 10 +3 13 13 +2 13 33 * 27 S 44 E 1807 26 SF 30 0.5 E SVTO*E HTPR*C RAMY*E KANZ*P HOLL E 491 88 9 29 16 13 +4 16 17 +0 16 24 * 26 S 44 E 1807 26 SF 15 0.2 H HOLL*E RAMY*E 492 88 9 29 17 12 * 17 18 17 29 * 21 N 43 W 1807 13 SF 0 0.0 HOLL*E 493 88 9 29 18 14 * 18 16 18 24 * 18 S 4 E 1807 21 SF 0 0.0 HOLL*E 494 88 9 29 23 58 * 0 0 24 5 * 24 S 35 E 1807 26 SF 0 0.0 LEAR*E 495 88 9 30 0 58 +0 1 0 +1 1 28 * 20 N 7 W 1807 19 SN 0 0.0 E I CULG*C LEAR*E VORO C 496 88 9 30 0 58 +0 1 10 1 28 * 20 N 7 W 1807 19 SN 0 0.0 E I CULG*C LEAR*E VORO C 496 88 9 30 1 40 +3 1 43 +6 2 12 * 26 S 34 E 1807 26 SN 0 0.0 LEAR*E CULG*C 497 88 9 30 3 6 * 3 8 3 38 * 20 N 7 W 1807 19 SF 0 0.0 F LEAR*E 498 88 9 30 4 55 * 5 8 5 41 * 26 S 30 E 1807 26 SN 0 0.0 L LEAR*E TACH C 499 88 9 30 8 12 * 0 0 8 12 * 23 N 46 W 1807 13 1F 0 0.0 KANZ*P 500 88 9 30 8 12 * 8 12 9 1 * 23 N 5 W 1807 19 SF 0 0.0 D KANZ*P KHAR P 501 88 9 30 9 4 9 4 9 8 22 N 11 W 1807 19 SN 0 0.0 YUNN P 502 88 9 30 8 45 * 8 54 9 5 * 27 S 28 E 1807 26 SF 0 0.0 D H SVTO*E KHAR P 503 88 9 30 10 22 * 10 23 10 29 * 21 N 13 W 1807 19 SN 0 0.0 D KHAR*V 504 88 9 30 10 36 +2 10 36 +6 10 55 * 23 N 10 W 1807 19 SF 0 0.0 D CATA*C SVTO*E KHAR*V KANZ*P 505 88 9 30 12 48 * 12 52 13 4 * 29 N 26 W 1807 18 SB 0 0.0 KANZ*P 506 88 9 30 13 29 * 13 29 13 33 * 23 N 48 W 1807 13 SF 0 0.0 KANZ*P 507 88 9 30 14 51 * 15 12 15 34 * 24 S 30 E 1807 26 SF 0 0.0 F HOLL*E 508 88 9 30 15 15 * 15 15 15 28 * 22 N 11 W 1807 19 SF 0 0.0 HOLL*E 509 88 9 30 15 15 * 15 17 15 21 * 24 N 52 W 1807 13 SF 0 0.0 HOLL*E 510 88 9 30 18 57 * 19 12 +5 21 0 * 27 S 26 E 1807 26 2N 370 5.0 U HOLL*E PALE E 511 88 9 30 22 4 * 22 12 22 16 * 25 N 69 W 1807 10 SF 0 0.0 HOLL*E 512 88 9 30 22 11 * 22 12 22 19 * 29 N 29 W 1807 18 SF 0 0.0 HOLL*E 513 88 9 30 23 53 * 24 12 24 27 * 21 N 75 W 1807 8 SF 0 0.0 HOLL*E 514 88 10 1 0 7 * 0 12 0 22 * 21 N 74 W 1807 8 SF 0 0.0 LEAR*E 1 88 10 1 7 17 +8 7 24 +3 7 31 * 18 S 83 E 1807 32 1N 0 0.0 D TACH*C BUCA*C 2 88 10 1 7 23 * 7 27 7 32 * 22 N 75 W 1807 10 1N 0 0.0 LEAR*E 3 88 10 1 8 3 +1 8 6 +3 8 35 * 27 S 23 E 1807 26 SF 15 0.2 E SVTO*E LEAR*E KHAR V 4 88 10 1 9 55 +5 10 6 +4 11 0 * 27 S 21 E 1807 26 SN 0 0.0 E HK HTPR*C SVTO*E ATHN V KHAR V KANZ C CATA C 5 88 10 1 9 55 +5 10 35 +1 11 0 * 27 S 21 E 1807 26 SN 0 0.0 E HK HTPR*C SVTO*E ATHN V KHAR V KANZ C CATA C 5 88 10 1 11 28 +0 11 29 11 40 * 27 S 12 E 1807 26 SF 30 0.4 E HTPR C SVTO*E 6 88 10 1 11 55 +2 12 6 +3 13 0 * 27 S 16 E 1807 26 SN 50 0.6 HTPR C CATA C SVTO*E KANZ C 7 88 10 1 13 5 +1 13 9 +1 13 17 * 27 S 12 E 1807 26 SF 0 0.0 SVTO*E KANZ*C 8 88 10 1 13 56 * 14 0 14 8 * 28 S 6 E 1807 26 SF 0 0.0 KANZ*C 9 88 10 1 14 0 +5 14 4 +0 14 21 * 22 N 62 W 1807 13 SF 45 1.0 F KANZ*C HOLL*E RAMY*E 10 88 10 1 14 0 +5 14 10 14 21 * 22 N 62 W 1807 13 SF 45 1.0 F KANZ*C HOLL*E RAMY*E 10 88 10 1 14 8 * 14 9 14 14 * 27 S 14 E 1807 26 SF 0 0.0 RAMY*E 11 88 10 1 16 7 * 16 9 16 22 * 21 N 25 W 1807 19 SF 0 0.0 F HOLL*E 12 88 10 1 18 53 * 18 55 19 8 * 17 N 19 W 1807 22 SF 0 0.0 HOLL*E 13 88 10 1 19 35 +1 19 36 +1 19 52 * 27 S 11 E 1807 26 SN 0 0.0 E H HOLL*E PALE*E 14 88 10 1 21 50 * 21 51 21 56 * 17 N 23 W 1807 19 SF 0 0.0 F HOLL*E 15 88 10 1 22 27 * 22 30 22 35 * 16 N 23 W 1807 22 SF 0 0.0 HOLL*E 16 88 10 1 23 26 * 23 34 24 12 * 16 N 21 W 1807 22 SF 0 0.0 F LEAR*E 17 88 10 1 23 38 * 23 42 23 54 * 16 S 68 E 1807 32 SF 0 0.0 F LEAR*E 18 88 10 2 0 41 * 0 42 0 45 * 25 S 9 E 1807 26 SF 0 0.0 F LEAR*E 19 88 10 2 0 50 * 0 54 1 4 * 27 S 4 E 1807 26 SF 0 0.0 F LEAR*E 20 88 10 2 4 17 * 4 26 4 37 * 28 S 2 E 1807 26 SF 0 0.0 F LEAR*E 21 88 10 2 6 9 * 6 14 6 18 * 25 S 5 E 1807 26 SF 0 0.0 E ABST*C 22 88 10 2 7 23 >9 7 42 +4 8 11 * 13 S 73 E 1807 32 SF 0 0.0 F SVTO*E LEAR*E 23 88 10 2 8 12 * 8 12 8 27 * 24 N 69 W 1807 13 SF 0 0.0 SVTO*E 24 88 10 2 8 37 >9 8 51 +1 9 6 * 23 N 71 W 1807 13 SF 0 0.0 SVTO*E ABST*C LEAR*E 25 88 10 2 8 37 >9 8 59 9 6 * 23 N 71 W 1807 13 SF 0 0.0 SVTO*E ABST*C LEAR*E 25 88 10 2 10 44 * 10 49 11 8 * 16 N 27 W 1807 22 SF 0 0.0 SVTO*E 26 88 10 2 11 47 +2 11 50 +1 12 2 * 15 N 30 W 1807 22 SF 30 0.4 F SVTO*E RAMY*E 27 88 10 2 13 30 * 13 32 13 35 * 15 N 32 W 1807 22 SF 0 0.0 SVTO*E 28 88 10 2 14 36 * 14 36 14 50 * 16 N 31 W 1807 22 SF 0 0.0 HOLL*E 29 88 10 2 14 46 +4 14 49 +1 15 1 * 26 S 5 W 1807 26 SF 0 0.0 RAMY*E KANZ*C 30 88 10 2 15 2 * 15 26 15 37 * 16 N 32 W 1807 22 SF 0 0.0 HOLL*E 31 88 10 2 17 28 +2 17 41 +0 17 59 * 26 S 6 E 1807 27 SF 25 0.3 F PALE*E HOLL*E 32 88 10 2 19 30 +4 19 35 +2 19 50 * 15 N 34 W 1807 22 SF 35 0.4 F HOLL*E PALE*E 33 88 10 2 20 16 * 20 17 20 22 * 21 N 81 W 1807 13 SF 0 0.0 HOLL*E 34 88 10 2 23 22 * 23 25 23 41 * 16 N 38 W 1807 22 SF 0 0.0 HOLL*E 35 88 10 3 0 36 * 0 45 0 56 * 21 N 50 W 1807 19 1F 0 0.0 D IJ VORO*C 36 88 10 3 5 25 +2 5 27 +2 5 49 * 28 S 12 W 1807 26 SN 100 1.2 D H LEAR*E PEKG P 37 88 10 3 6 20 6 38 6 56 * 27 S 3 W 1807 26 1B 0 0.0 F CULG P 38 88 10 3 7 47 +0 7 50 +1 7 57 * 20 N 49 W 1807 19 SF 40 0.6 LEAR*E SVTO*E 39 88 10 3 8 5 >9 8 12 8 24 * 16 S 49 E 1807 32 SF 0 0.0 D H CATA*C KHAR*V 40 88 10 3 8 39 * 0 0 8 48 * 14 S 59 E 1807 32 SF 0 0.0 D H KHAR*V 41 88 10 3 9 6 +1 9 7 +3 9 16 * 21 N 53 W 1807 19 SF 0 0.0 D KHAR*V SVTO*E 42 88 10 3 9 36 +1 9 36 9 42 * 25 S 16 W 1807 26 SF 0 0.0 LEAR*E KHAR*V 43 88 10 3 9 50 +1 9 51 +0 9 57 * 21 N 52 W 1807 19 SF 0 0.0 E KHAR*V SVTO*E 44 88 10 3 10 44 * 10 44 11 2 * 25 S 10 W 1807 26 SF 0 0.0 SVTO*E 45 88 10 3 11 24 * 11 26 11 29 * 15 S 55 E 1807 32 SF 0 0.0 SVTO*E 46 88 10 3 11 29 * 11 31 11 39 * 22 N 55 W 1807 19 SF 0 0.0 RAMY*E 47 88 10 3 11 46 * 11 46 12 11 * 27 S 15 W 1807 26 SN 0 0.0 CATA*C 48 88 10 3 12 5 * 12 17 13 16 19 N 51 W 1807 19 SF 0 0.0 RAMY E 49 88 10 3 13 22 13 26 +3 13 43 * 29 S 15 W 1807 26 SN 100 1.2 F Z HOLL E RAMY E 50 88 10 3 13 31 * 13 36 13 42 * 20 N 51 W 1807 19 SF 0 0.0 RAMY*E 51 88 10 3 14 49 +4 15 10 +3 15 44 * 27 S 17 W 1807 26 2B 300 3.7 F UY KANZ C HOLL*E RAMY*E 52 88 10 3 16 9 * 16 9 16 15 * 24 S 13 W 1807 26 SF 0 0.0 HOLL*E 53 88 10 3 17 9 * 17 11 17 19 * 23 S 57 W 1807 21 SF 0 0.0 H HOLL*E 54 88 10 3 17 17 * 17 17 17 24 * 27 S 18 W 1807 26 SF 0 0.0 F HOLL*E 55 88 10 3 17 30 * 17 37 17 41 * 14 S 54 E 1807 32 SF 0 0.0 F HOLL*E 56 88 10 3 19 11 * 19 11 19 15 * 23 S 58 W 1807 21 SF 0 0.0 HOLL*E 57 88 10 3 19 13 +0 19 14 +2 19 28 * 28 S 17 W 1807 26 SF 35 0.4 PALE*E HOLL*E 58 88 10 3 19 39 * 19 43 19 47 * 20 N 55 W 1807 19 SF 0 0.0 HOLL*E 59 88 10 3 20 32 * 20 36 20 43 * 14 S 45 E 1807 32 SF 0 0.0 HOLL*E 60 88 10 3 20 53 +2 20 57 +0 21 15 * 28 S 17 W 1807 26 1B 0 0.0 CULG*C PALE*E HOLL*E 61 88 10 3 20 55 +2 21 1 +1 21 26 * 19 N 56 W 1807 19 1F 140 2.6 F HOLL*E CULG*C 62 88 10 3 21 15 * 21 17 21 33 * 31 N 68 W 1807 16 SF 0 0.0 HOLL*E 63 88 10 3 21 52 * 21 54 22 13 * 20 N 54 W 1807 19 SF 0 0.0 HOLL*E 64 88 10 3 21 54 >9 22 33 +3 22 57 * 28 S 19 W 1807 26 1N 0 0.0 E HOLL*E CULG*C LEAR*E 65 88 10 3 22 41 +1 22 43 +0 23 1 * 21 N 56 W 1807 19 SN 90 1.7 E HOLL*E LEAR*E 66 88 10 3 23 22 +5 23 33 +2 24 14 * 28 S 19 W 1807 26 2B 350 4.4 F LEAR*E HOLL*E CULG*P PALE E 67 88 10 3 23 57 * 23 58 24 12 * 20 N 56 W 1807 19 SF 0 0.0 LEAR*E 68 88 10 4 0 17 * 0 18 0 27 * 21 N 56 W 1807 19 SF 0 0.0 LEAR*E 69 88 10 4 0 28 * 0 30 0 43 * 28 S 21 W 1807 26 SF 0 0.0 LEAR*E 70 88 10 4 1 0 * 1 12 1 52 21 N 65 W 1807 19 1F 0 0.0 I J VORO C 71 88 10 4 1 0 * 1 24 1 52 21 N 65 W 1807 19 1F 0 0.0 I J VORO C 71 88 10 4 2 52 +2 2 56 +6 3 16 * 27 S 22 W 1807 26 SN 0 0.0 F CULG*C LEAR*E 72 88 10 4 5 41 +1 5 43 +1 5 52 * 19 N 73 E 1807 37 SN 60 0.0 D TACH*C LEAR*E 73 88 10 4 6 32 +2 6 36 +1 6 43 * 20 N 74 E 1807 37 SN 40 0.0 E TACH*C LEAR*E 74 88 10 4 6 57 +8 7 12 +3 8 0 * 23 N 73 E 1807 37 SF 50 0.0 E K SVTO E HTPR*C LEAR*E TACH*C 75 88 10 4 6 57 +8 7 50 8 0 * 23 N 73 E 1807 37 SF 50 0.0 E K SVTO E HTPR*C LEAR*E TACH*C 75 88 10 4 8 10 * 8 11 8 16 * 26 S 30 W 1807 26 SN 0 0.0 HTPR*C 76 88 10 4 8 16 * 8 18 8 24 * 24 S 29 W 1807 26 SN 0 0.0 D KHAR*V 77 88 10 4 8 25 >9 8 37 8 46 * 23 S 66 W 1807 21 SF 60 0.0 HTPR*C KHAR*V CATA C 78 88 10 4 8 45 +9 8 53 +5 9 10 * 23 N 72 E 1807 37 SN 25 0.0 D HTPR*C LEAR*E KHAR*V 79 88 10 4 8 48 >9 8 53 +5 9 12 * 22 S 25 W 1807 26 SN 25 0.3 D HTPR*C KHAR*V SVTO*E 80 88 10 4 11 0 +2 11 6 11 15 * 21 N 71 E 1807 37 SF 0 0.0 D H KHAR*V KANZ*C 81 88 10 4 11 36 * 11 38 +3 11 47 * 22 S 66 W 1807 21 SN 0 0.0 KANZ*C CATA C 82 88 10 4 11 37 * 11 41 11 46 * 19 S 55 W 1807 21 SF 0 0.0 SVTO*E 83 88 10 4 11 39 +4 11 45 +4 11 58 * 22 N 73 E 1807 37 SN 70 0.0 SVTO*E KANZ*C CATA*C 84 88 10 4 12 27 +0 12 35 +4 12 54 * 26 S 29 W 1807 26 1N 0 0.0 CATA C KANZ*C 85 88 10 4 12 27 * 12 27 12 31 * 22 S 65 W 1807 21 SF 0 0.0 KANZ*C 86 88 10 4 12 35 * 12 40 12 40 29 S 14 W 1807 27 SN 0 0.0 CATA C 87 88 10 4 13 46 +0 13 53 +3 14 14 * 21 N 64 W 1807 19 SF 0 0.0 F KANZ*C HOLL*E 88 88 10 4 14 22 * 14 23 14 26 * 19 N 64 W 1807 19 SF 0 0.0 HOLL*E 89 88 10 4 14 33 * 14 33 14 44 19 S 40 E 1807 32 SF 0 0.0 HTPR C 90 88 10 4 14 58 * 15 6 15 13 * 22 S 27 W 1807 26 SF 0 0.0 E HTPR*C 91 88 10 4 15 21 +3 15 24 +1 15 34 * 27 S 25 W 1807 26 SF 20 0.3 SVTO*E HOLL*E 92 88 10 4 15 58 * 0 0 16 13 15 S 42 E 1807 32 SF 0 0.0 E HTPR C 93 88 10 4 18 28 18 30 18 40 * 25 S 26 W 1807 26 SF 0 0.0 RAMY E 94 88 10 4 18 48 * 18 49 18 57 * 26 S 24 W 1807 26 SF 0 0.0 RAMY*E 95 88 10 4 20 42 * 20 45 20 55 * 14 S 28 E 1807 32 SF 0 0.0 F H HOLL*E RAMY E 96 88 10 5 3 32 +2 3 34 +1 3 39 * 25 N 56 E 1807 37 SN 0 0.0 D CULG*C LEAR*E 97 88 10 5 6 16 * 6 18 +2 6 43 * 30 S 37 W 1807 26 2B 440 6.7 F TACH*C ATHN V CULG P 98 88 10 5 11 56 * 12 0 12 0 19 N 2 E 1807 0 SN 0 0.0 CATA C 99 88 10 5 12 9 12 10 12 23 * 19 N 1 E 1807 0 SF 0 0.0 F RAMY E CATA C 100 88 10 5 12 22 * 12 26 12 34 * 29 S 36 W 1807 26 SF 0 0.0 RAMY*E 101 88 10 5 15 54 * 15 56 16 3 * 13 S 25 E 1807 32 SF 0 0.0 HOLL*E 102 88 10 5 16 0 +0 16 3 +0 16 7 * 27 N 49 E 1807 37 SF 25 0.4 RAMY*E HOLL*E 103 88 10 5 16 46 * 16 50 16 59 * 26 S 39 W 1807 26 SF 0 0.0 HOLL*E 104 88 10 5 17 38 * 17 45 18 1 * 26 S 40 W 1807 26 SF 0 0.0 F HOLL*E 105 88 10 5 18 37 * 18 44 18 47 * 16 N 90 W 1807 19 SF 0 0.0 RAMY*E 106 88 10 5 18 54 * 19 25 19 27 * 17 N 88 W 1807 19 SF 0 0.0 RAMY*E 107 88 10 5 21 43 * 21 46 22 3 * 21 S 43 W 1807 26 SF 0 0.0 HOLL*E 108 88 10 6 1 22 +2 1 28 +5 1 50 * 27 S 47 W 1807 26 SF 90 1.6 F PALE*E LEAR*E PEKG C 109 88 10 6 8 43 * 8 44 8 53 * 23 N 44 E 1807 37 SF 0 0.0 E I HTPR*C 110 88 10 6 9 39 * 9 41 9 56 * 18 S 8 E 1807 32 SN 0 0.0 E HTPR*C 111 88 10 6 10 52 * 10 57 11 5 * 18 S 8 E 1807 32 SF 0 0.0 E HTPR*C 112 88 10 6 12 48 * 12 49 13 2 * 23 N 44 E 1807 37 SF 0 0.0 E HTPR*C 113 88 10 6 13 4 +5 13 11 +0 13 19 * 22 N 35 E 1807 37 SF 0 0.0 H KANZ*C RAMY*E 114 88 10 6 14 33 +1 14 38 +0 14 51 * 23 N 43 E 1807 37 SF 20 0.3 F HOLL*E RAMY*E 115 88 10 6 14 45 * 14 51 +0 15 10 * 19 S 6 E 1807 32 SF 30 0.3 F HOLL*E RAMY E 116 88 10 6 15 34 +1 15 35 +3 15 43 * 31 N 49 E 1807 40 SF 0 0.0 H HOLL*E RAMY*E 117 88 10 6 16 23 * 16 37 16 59 * 23 N 43 E 1807 37 SF 0 0.0 F HOLL*E 118 88 10 6 16 29 +1 16 37 +0 17 18 * 27 S 53 W 1807 26 SN 0 0.0 HOLL*E RAMY*E 119 88 10 6 17 13 * 17 13 17 22 * 25 N 37 E 1807 37 SF 0 0.0 HOLL*E 120 88 10 6 17 53 * 17 55 18 4 * 14 N 80 E 1807 46 SF 0 0.0 HOLL*E 121 88 10 6 18 13 * 18 14 19 26 * 29 S 66 W 1807 25 SF 0 0.0 F HOLL*E 122 88 10 6 19 2 * 19 10 19 20 * 23 N 41 E 1807 37 SF 0 0.0 F HOLL*E 123 88 10 6 20 31 * 20 32 21 10 * 23 S 56 W 1807 26 SF 0 0.0 HOLL*E RAMY E 124 88 10 6 20 31 * 20 44 21 10 * 23 S 56 W 1807 26 SF 0 0.0 HOLL*E RAMY E 124 88 10 6 21 6 * 21 8 21 15 * 23 N 40 E 1807 37 SF 0 0.0 HOLL*E 125 88 10 7 2 44 +0 2 45 +2 2 58 * 19 S 2 W 1807 32 SN 20 0.2 D LEAR*E PALE*E PEKG*C 126 88 10 7 7 6 +3 7 7 +3 7 22 * 17 S 3 W 1807 32 SF 120 1.3 ABST*C KANZ*C TACH*C 127 88 10 7 8 21 +4 8 27 +2 8 40 * 18 S 3 W 1807 32 SN 110 1.2 E KANZ C CATA C ATHN V ABST*C 128 88 10 7 10 22 0 0 10 42 17 N 19 E 1807 35 SF 0 0.0 HTPR C 129 88 10 7 12 3 * 12 7 12 16 * 27 S 6 E 1807 0 SF 0 0.0 F RAMY*E 130 88 10 7 12 24 * 12 26 12 30 * 29 S 67 E 1807 47 SF 0 0.0 SVTO*E 131 88 10 7 13 47 * 14 5 14 20 * 27 S 6 E 1807 0 SF 0 0.0 F HOLL*E 132 88 10 7 14 42 * 14 45 14 52 * 28 S 6 E 1807 0 SF 0 0.0 HOLL*E 133 88 10 7 18 10 +8 18 23 +2 18 38 * 19 S 10 W 1807 32 SF 35 0.4 F RAMY*E PALE*E 134 88 10 7 18 21 +1 18 23 +1 18 40 * 27 S 1 E 1807 0 SF 35 0.4 HOLL*E RAMY*E 135 88 10 7 20 42 +4 20 46 +4 20 57 27 S 2 E 1807 0 SN 0 0.0 U HOLL*E CULG*C 136 88 10 7 21 12 * 21 14 21 23 * 22 N 23 E 1807 37 SF 0 0.0 F HOLL*E 137 88 10 7 22 51 * 22 51 22 57 * 19 S 9 W 1807 32 SF 0 0.0 HOLL*E 138 88 10 7 22 57 +1 22 59 +2 23 26 * 16 N 46 E 1807 43 SF 0 0.0 E H CULG*C HOLL*E 139 88 10 8 9 22 +0 9 23 +0 9 34 * 26 S 78 W 1807 26 SN 50 0.0 KAND*P HTPR*C 140 88 10 8 12 6 * 12 7 12 10 * 22 N 13 E 1807 37 SF 0 0.0 HTPR*C 141 88 10 8 12 27 * 12 29 12 38 * 23 N 10 E 1807 37 SF 0 0.0 HTPR*C 142 88 10 8 13 2 * 13 3 13 8 * 27 S 79 W 1807 26 SF 0 0.0 E HTPR*C 143 88 10 8 13 12 * 13 14 13 20 * 23 N 10 E 1807 37 SF 0 0.0 HTPR*C 144 88 10 8 21 49 * 21 56 22 13 * 27 S 89 W 1807 26 1F 0 0.0 HOLL*E 145 88 10 9 13 34 * 13 38 13 46 * 18 S 34 W 1807 32 SF 0 0.0 KANZ*C 146 88 10 9 15 30 * 15 32 15 46 * 34 S 32 E 1807 0 SF 0 0.0 F RAMY*E 147 88 10 9 22 58 +1 23 0 +1 23 4 * 19 S 32 W 1807 32 SF 15 0.2 PALE*E LEAR*E 148 88 10 9 23 12 +1 23 28 +1 24 26 * 20 S 33 W 1807 32 1N 0 0.0 H I LEAR E PALE E CULG P VORO C MITK C 149 88 10 9 23 12 +1 23 49 +4 24 26 * 20 S 33 W 1807 32 1N 0 0.0 H I LEAR E PALE E CULG P VORO C MITK C 149 88 10 10 3 26 * 3 29 3 43 * 30 N 5 W 1807 39 1F 0 0.0 F J CULG*C 150 88 10 10 5 22 >9 5 24 5 57 20 S 40 W 1807 32 SF 0 0.0 D ABST*P SVTO*E 151 88 10 10 5 22 >9 5 53 5 57 20 S 40 W 1807 32 SF 0 0.0 D ABST*P SVTO*E 151 88 10 10 5 53 5 53 6 9 22 N 13 W 1807 37 SF 0 0.0 D ABST P 152 88 10 10 16 13 * 16 13 16 18 * 24 S 37 W 1807 34 SF 0 0.0 RAMY*E 153 88 10 10 16 15 * 16 26 16 35 * 20 S 43 W 1807 32 SF 0 0.0 F RAMY*E 154 88 10 10 18 3 * 18 23 18 53 19 S 47 W 1807 32 SN 0 0.0 F PALE E 155 88 10 11 5 4 * 6 23 6 34 * 18 N 75 E 1807 55 SF 0 0.0 LEAR*E 156 88 10 11 5 52 5 52 6 13 * 19 N 64 W 1807 30 SF 0 0.0 SVTO E 157 88 10 11 6 43 +2 6 45 +5 7 17 * 19 S 56 W 1807 32 SN 100 2.0 D K ABST*P LEAR*E TACH C ATHN V BUCA C 158 88 10 11 6 43 +2 6 59 7 17 * 19 S 56 W 1807 32 SN 100 2.0 D K ABST*P LEAR*E TACH C ATHN V BUCA C 158 88 10 11 7 18 * 7 22 7 40 * 17 N 69 E 1807 55 SF 0 0.0 LEAR*E 159 88 10 11 9 2 * 9 3 9 7 * 26 N 24 W 1807 37 SF 0 0.0 D KHAR*V 160 88 10 11 12 15 12 17 12 33 * 18 N 54 E 1807 0 SF 0 0.0 SVTO E 161 88 10 11 14 43 * 14 44 14 49 * 16 N 64 E 1807 55 SF 0 0.0 RAMY*E 162 88 10 11 20 31 * 20 32 20 45 * 20 S 58 W 1807 32 SF 0 0.0 RAMY*E 163 88 10 12 2 26 * 2 32 3 50 * 21 S 60 W 1807 34 1F 0 0.0 F K CULG*C 164 88 10 12 4 37 * 4 42 4 45 * 19 S 67 W 1807 32 SF 0 0.0 LEAR*E 165 88 10 12 4 56 +2 5 2 +8 5 58 * 20 S 67 W 1807 32 2N 0 0.0 E UY PEKG*P LEAR*E CULG*C TACH C 166 88 10 12 4 56 +2 5 16 5 58 * 20 S 67 W 1807 32 2N 0 0.0 E UY PEKG*P LEAR*E CULG*C TACH C 166 88 10 12 5 1 * 5 2 5 9 * 28 S 52 W 1807 33 SF 0 0.0 LEAR*E 167 88 10 12 5 52 5 52 6 13 * 19 N 64 W 1807 30 SF 0 0.0 SVTO E 168 88 10 12 6 13 * 6 13 6 21 * 18 N 55 E 1807 55 SF 0 0.0 LEAR*E 169 88 10 12 9 33 * 9 33 9 40 * 30 S 3 E 1807 47 SF 0 0.0 C D KHAR*P 170 88 10 12 9 33 +0 9 33 +2 10 0 * 29 S 57 W 1807 33 SN 0 0.0 E H CATA C KHAR*P 171 88 10 12 11 8 11 9 11 16 * 22 N 58 E 1807 55 1B 0 0.0 ATHN C 172 88 10 12 12 12 * 12 12 12 29 18 N 53 E 1807 55 2B 0 0.0 CATA C 173 88 10 12 21 38 +2 21 44 +1 22 2 * 26 N 37 E 1807 53 SN 0 0.0 F CULG*C HOLL*E 174 88 10 13 2 18 * 2 20 2 28 * 30 S 64 W 1807 33 1F 0 0.0 D CULG*C 175 88 10 13 3 14 +1 3 20 +1 3 26 * 21 N 55 E 1807 58 SF 25 0.5 D PALE*E LEAR*E PEKG V 176 88 10 13 6 32 >9 6 44 7 13 26 S 74 W 1807 33 SF 0 0.0 D LEAR*E BUCA*C 177 88 10 13 7 42 +6 7 49 +1 7 55 * 27 S 72 W 1807 33 SF 40 0.0 D KAND*P LEAR*E SVTO*E 178 88 10 13 8 12 0 0 8 29 * 25 S 77 W 1807 33 SF 0 0.0 D H KHAR P 179 88 10 13 8 39 +1 8 40 +5 9 5 * 25 S 78 W 1807 33 SF 0 0.0 D KHAR*V BUCA*C HTPR C KHAR P 180 88 10 13 8 39 +1 9 3 9 5 * 25 S 78 W 1807 33 SF 0 0.0 D KHAR*V BUCA*C HTPR C KHAR P 180 88 10 13 8 54 0 0 9 9 25 N 24 E 1807 53 SN 0 0.0 HTPR C 181 88 10 13 9 20 * 0 0 9 30 * 25 S 79 W 1807 33 SF 0 0.0 D KHAR*V 182 88 10 13 9 40 * 0 0 9 44 * 25 S 79 W 1807 33 SF 0 0.0 D KHAR*V 183 88 10 13 10 24 +2 10 28 +0 10 42 * 23 S 87 W 1807 32 SF 0 0.0 D H KHAR*V CATA C SVTO*E 184 88 10 13 10 36 * 10 44 10 48 * 28 S 69 W 1807 33 SF 0 0.0 SVTO*E 185 88 10 13 10 57 10 57 11 20 * 27 S 73 W 1807 33 1N 0 0.0 CATA C 186 88 10 13 14 2 * 14 3 14 15 * 27 S 78 W 1807 33 SF 0 0.0 HOLL*E 187 88 10 13 15 35 * 15 38 15 58 * 19 N 40 E 1807 55 SF 0 0.0 F HOLL*E 188 88 10 13 16 16 * 16 30 16 46 * 28 S 80 W 1807 33 SF 0 0.0 HOLL*E 189 88 10 13 18 26 +4 18 27 18 43 * 27 S 79 W 1807 33 SF 0 0.0 HOLL*E RAMY*E 190 88 10 13 18 26 +4 18 36 18 43 * 27 S 79 W 1807 33 SF 0 0.0 HOLL*E RAMY*E 190 88 10 13 20 30 * 20 34 20 49 * 20 S 88 W 1807 32 SN 0 0.0 E HOLL*E PALE E 191 88 10 13 20 30 * 20 43 20 49 * 20 S 88 W 1807 32 SN 0 0.0 E HOLL*E PALE E 191 88 10 14 8 53 +1 8 57 +1 9 12 * 15 N 25 W 1807 46 SN 110 1.2 E KHAR*P LEAR*E KANZ*C BUCA*C HTPR C 192 88 10 14 14 35 +0 14 36 +0 14 49 * 14 N 28 W 1807 46 SF 20 0.2 RAMY*E HOLL*E 193 88 10 14 15 28 >9 15 58 +1 16 38 * 13 N 29 W 1807 46 SF 60 0.7 F HOLL*E RAMY*E 194 88 10 14 20 2 * 20 2 20 10 * 15 S 74 W 1807 36 SF 0 0.0 HOLL*E 195 88 10 15 10 30 * 10 39 11 2 * 17 S 18 W 1807 49 SF 0 0.0 E HTPR*C 196 88 10 15 10 31 * 10 36 11 10 * 14 S 80 W 1807 36 SF 0 0.0 HTPR*C 197 88 10 15 14 59 * 15 6 15 28 * 23 N 41 E 1807 59 SF 0 0.0 KANZ*C 198 88 10 15 19 4 * 19 6 19 17 * 22 S 80 W 1807 38 SF 0 0.0 HOLL*E 199 88 10 15 19 34 * 19 35 19 43 * 23 S 73 W 1807 38 SF 0 0.0 HOLL*E 200 88 10 15 20 54 * 20 59 21 5 * 24 S 81 W 1807 38 SF 0 0.0 PALE*E 201 88 10 15 22 36 22 52 23 46 * 31 S 90 W 1807 39 1N 0 0.0 D HI VORO C 202 88 10 15 23 4 +4 23 8 +5 23 19 * 22 S 85 W 1807 38 1N 90 0.0 CULG*C PALE*E LEAR*E 203 88 10 16 0 51 * 1 4 1 29 * 22 S 82 W 1807 38 SF 0 0.0 LEAR*E 204 88 10 16 1 47 +8 1 55 +0 2 0 * 23 S 84 W 1807 38 SF 25 0.0 LEAR*E PALE*E 205 88 10 16 2 19 +1 2 21 +2 2 39 * 18 S 28 W 1807 49 SF 0 0.0 F U CULG*C LEAR*E 206 88 10 16 2 23 +5 2 28 +2 2 37 * 23 S 84 W 1807 38 SF 45 0.0 LEAR*E PALE*E 207 88 10 16 3 9 * 3 10 3 24 * 22 S 88 W 1807 38 SF 0 0.0 LEAR*E 208 88 10 16 12 15 +3 12 23 +0 13 9 * 14 N 54 W 1807 46 SF 35 0.6 SVTO*E RAMY*E KANZ*C 209 88 10 16 13 54 +1 13 58 +3 14 28 * 20 N 14 E 1807 58 SF 0 0.0 F KANZ*C RAMY*E HOLL*E 210 88 10 16 13 54 +1 14 7 +4 14 28 * 20 N 14 E 1807 58 SF 0 0.0 F KANZ*C RAMY*E HOLL*E 210 88 10 16 21 22 * 21 27 21 39 * 36 S 71 E 1808 0 1F 0 0.0 CULG*C 211 88 10 17 0 9 * 0 17 0 23 * 32 N 77 E 1808 6 1F 0 0.0 CULG*C 212 88 10 17 0 26 * 0 26 0 31 * 20 N 86 E 1808 9 SF 0 0.0 LEAR*E 213 88 10 17 4 10 * 4 11 4 16 * 19 N 88 E 1808 10 SF 0 0.0 LEAR*E 214 88 10 17 4 56 * 4 57 5 3 * 24 S 26 W 1807 52 SF 0 0.0 F LEAR*E 215 88 10 17 8 3 * 8 7 8 17 * 23 N 85 E 1808 9 1F 0 0.0 E ABST*C 216 88 10 17 11 42 +1 11 45 +0 11 52 * 30 N 74 E 1808 6 SF 0 0.0 KANZ*C SVTO*E 217 88 10 17 12 52 +2 12 54 13 7 * 18 N 83 E 1808 9 SF 0 0.0 RAMY*E KANZ*C 218 88 10 17 12 52 +2 13 1 13 7 * 18 N 83 E 1808 9 SF 0 0.0 RAMY*E KANZ*C 218 88 10 17 13 19 >9 13 44 +2 14 1 * 20 N 81 E 1808 9 SF 40 0.0 RAMY*E SVTO*E HOLL E 219 88 10 17 14 8 +4 14 25 +2 14 53 * 20 N 81 E 1808 9 SF 20 0.0 RAMY*E HOLL*E KANZ*C SVTO*E 220 88 10 17 14 8 +4 14 36 +1 14 53 * 20 N 81 E 1808 9 SF 20 0.0 RAMY*E HOLL*E KANZ*C SVTO*E 220 88 10 17 16 8 * 16 9 16 14 * 20 N 84 E 1808 9 SF 0 0.0 RAMY*E 221 88 10 17 16 49 +1 16 57 +0 17 9 * 20 S 44 W 1807 49 SF 25 0.4 H HOLL*E RAMY*E 222 88 10 17 17 31 * 17 37 17 55 * 10 S 45 W 1807 51 SF 0 0.0 HOLL*E 223 88 10 17 18 9 * 18 13 18 22 * 25 N 82 E 1808 9 SF 0 0.0 HOLL*E 224 88 10 17 19 7 * 19 8 19 16 * 22 S 49 W 1807 50 SF 0 0.0 HOLL*E 225 88 10 17 20 10 +2 20 12 +3 20 18 * 24 N 16 W 1807 55 SF 10 0.1 RAMY*E HOLL*E 226 88 10 17 22 18 * 22 18 22 23 * 21 S 47 W 1807 50 SF 0 0.0 HOLL*E 227 88 10 17 23 6 23 15 23 29 * 30 N 51 E 1808 0 SF 0 0.0 E IJ VORO C 228 88 10 17 23 36 * 23 36 23 49 * 13 S 78 E 1808 8 SF 0 0.0 HOLL*E 229 88 10 17 23 41 +3 23 46 +1 24 9 * 17 N 80 E 1808 9 1N 110 0.0 D HI VORO*C HOLL*E CULG*P LEAR*E 230 88 10 18 0 32 * 0 34 0 51 * 24 N 17 W 1807 54 SF 0 0.0 LEAR*E 231 88 10 18 0 33 +2 0 35 +4 0 52 * 18 N 84 E 1808 9 1F 110 0.0 H I CULG*C LEAR*E VORO*C 232 88 10 18 1 23 * 1 29 1 37 * 17 N 79 E 1808 9 SF 0 0.0 LEAR*E 233 88 10 18 2 20 * 2 24 2 30 * 31 N 53 E 1808 0 SF 0 0.0 E IJ VORO*C 234 88 10 18 5 24 +4 5 28 5 53 * 17 N 74 E 1808 9 1F 0 0.0 K ABST*P CULG*C LEAR E 235 88 10 18 5 24 +4 5 42 5 53 * 17 N 74 E 1808 9 1F 0 0.0 K ABST*P CULG*C LEAR E 235 88 10 18 7 41 +2 7 44 +4 7 55 * 20 S 53 W 1807 49 SF 0 0.0 KANZ*C LEAR*E 236 88 10 18 8 10 * 8 12 8 30 * 17 N 75 E 1808 9 SF 0 0.0 E H KHAR*V 237 88 10 18 8 10 * 8 10 8 20 * 21 S 54 W 1807 50 SF 0 0.0 E KHAR*P KANZ C 238 88 10 18 8 38 * 8 38 8 47 * 22 S 57 W 1807 50 SF 0 0.0 E KHAR*V 239 88 10 18 8 47 * 8 47 8 53 * 17 N 79 E 1808 9 SF 0 0.0 H R KHAR*V 240 88 10 18 9 7 * 9 10 9 20 * 22 S 58 W 1807 50 SF 0 0.0 E H KHAR*V 241 88 10 18 9 26 * 9 28 9 32 * 22 S 58 W 1807 50 SF 0 0.0 D KHAR*V 242 88 10 18 9 10 * 9 10 9 28 * 17 N 79 E 1808 9 SF 0 0.0 H KHAR*V 243 88 10 18 9 35 +3 9 38 +4 9 50 * 16 N 74 E 1808 9 SN 0 0.0 D KANZ C KHAR*P LEAR*E ATHN*V SVTO*E 244 88 10 18 10 2 +1 10 5 +0 10 13 * 21 S 56 W 1807 50 SN 0 0.0 D CATA C KHAR*V 245 88 10 18 10 52 +0 10 52 +1 10 59 * 23 S 57 W 1807 50 SF 0 0.0 D SVTO*E KHAR*V 246 88 10 18 11 4 * 11 4 11 10 * 17 N 78 E 1808 9 SF 0 0.0 D H KHAR*V 247 88 10 18 11 44 >9 11 55 +1 12 6 * 22 S 56 W 1807 50 SF 20 0.4 RAMY*E SVTO*E 248 88 10 18 12 41 * 12 42 13 1 * 22 S 55 W 1807 50 SF 0 0.0 RAMY*E 249 88 10 18 13 56 * 13 57 14 1 * 23 N 83 E 1808 9 SF 0 0.0 RAMY*E 250 88 10 18 14 6 * 14 7 14 15 * 21 S 56 W 1807 50 SF 0 0.0 HOLL*E 251 88 10 18 14 23 * 14 23 14 29 * 23 N 83 E 1808 9 SF 0 0.0 H RAMY*E 252 88 10 18 14 28 +6 14 35 +1 14 54 * 23 N 27 W 1807 54 SF 30 0.4 F H HOLL*E RAMY*E 253 88 10 18 15 19 +0 15 21 +0 15 26 * 22 S 56 W 1807 50 SF 25 0.5 H HOLL*E RAMY*E 254 88 10 18 15 45 +0 15 48 +2 15 58 * 23 N 28 W 1807 54 SF 60 0.7 F HOLL*E RAMY*E 255 88 10 18 15 51 +3 15 54 +0 16 8 * 22 S 57 W 1807 50 SF 25 0.5 HOLL*E RAMY*E 256 88 10 18 16 54 * 17 5 17 7 * 22 S 58 W 1807 50 SF 0 0.0 M Z RAMY*E 257 88 10 18 16 59 * 17 13 17 24 * 12 S 58 W 1807 51 SF 0 0.0 F RAMY*E 258 88 10 18 18 6 * 18 11 18 21 * 18 N 69 E 1808 9 SF 0 0.0 HOLL*E 259 88 10 18 18 31 * 18 48 18 55 * 21 N 70 E 1808 9 SF 0 0.0 HOLL*E 260 88 10 18 18 52 * 18 53 19 4 * 22 S 61 W 1807 50 SF 0 0.0 HOLL*E 261 88 10 18 19 43 * 19 44 19 51 * 19 N 69 E 1808 9 SF 0 0.0 HOLL*E 262 88 10 18 19 52 * 19 56 19 59 * 21 S 59 W 1807 50 SF 0 0.0 HOLL*E 263 88 10 18 20 5 * 20 7 20 15 * 21 S 59 W 1807 50 SF 0 0.0 HOLL*E 264 88 10 19 1 7 * 1 8 1 24 * 34 N 68 E 1808 0 1F 0 0.0 D IJ VORO*C 265 88 10 19 1 7 * 1 8 1 18 * 21 S 63 W 1807 50 SF 0 0.0 LEAR*E 266 88 10 19 1 17 * 1 26 1 35 * 24 N 40 W 1807 54 SF 0 0.0 D IJ VORO*C 267 88 10 19 6 30 * 6 32 6 39 * 17 N 66 E 1808 9 SF 0 0.0 LEAR*E 268 88 10 19 9 15 +0 9 15 +0 9 28 * 20 N 54 E 1808 9 SF 0 0.0 KANZ*C SVTO*E 269 88 10 19 9 59 +4 10 3 +2 10 13 * 21 N 54 E 1808 9 SF 50 0.9 SVTO*E CATA*C KANZ*C 270 88 10 19 12 46 +4 12 52 +2 13 8 * 13 S 70 W 1807 51 SF 30 0.0 E SVTO E KAND*P RAMY E 271 88 10 19 14 34 * 14 38 14 50 22 N 44 W 1807 54 SF 0 0.0 E HOLL E 272 88 10 19 15 36 15 36 15 49 * 32 N 51 E 1808 6 SN 0 0.0 F HOLL E 273 88 10 19 15 36 15 36 15 44 * 20 N 61 E 1808 9 SF 0 0.0 F HOLL E 274 88 10 19 16 38 * 16 41 16 47 * 20 N 61 E 1808 9 SF 0 0.0 E HOLL*E 275 88 10 19 18 12 +8 18 20 +0 18 33 * 20 N 60 E 1808 9 SF 20 0.4 E RAMY*E PALE*E HOLL*E 276 88 10 19 19 4 +3 19 9 +5 20 6 * 26 N 58 E 1808 9 1N 160 3.2 F HOLL*E PALE*E RAMY E 277 88 10 19 20 8 +1 20 8 +1 20 22 * 20 N 56 E 1808 9 SN 0 0.0 F CULG*C HOLL*E 278 88 10 19 22 5 +4 22 10 +3 22 22 * 19 N 54 E 1808 9 SN 40 0.7 F HOLL*E CULG*C PALE*E 279 88 10 20 6 38 6 39 6 40 21 N 52 E 1808 9 SN 0 0.0 E YUNN P 280 88 10 20 9 43 * 9 44 9 55 * 22 N 50 E 1808 9 SF 0 0.0 HTPR*C 281 88 10 20 9 43 * 9 48 9 56 * 20 N 39 E 1808 9 1B 0 0.0 E HTPR*C 282 88 10 20 11 57 * 12 3 12 10 * 23 N 42 E 1808 9 SF 0 0.0 E HTPR*C 283 88 10 20 13 40 * 13 47 13 55 * 20 N 45 E 1808 9 SF 0 0.0 E I HTPR*C 284 88 10 20 15 20 * 15 28 15 47 * 20 N 38 E 1808 9 1B 0 0.0 V HTPR*C 285 88 10 20 18 17 * 18 19 18 33 * 24 N 57 W 1807 54 SF 0 0.0 HOLL*E 286 88 10 20 18 57 * 18 57 19 1 * 19 S 90 W 1807 49 SF 0 0.0 HOLL*E 287 88 10 20 19 10 19 12 19 33 * 22 N 80 E 1808 13 SF 0 0.0 F HOLL E 288 88 10 20 22 25 * 22 27 22 48 * 23 N 59 W 1807 54 SF 0 0.0 F HOLL*E 289 88 10 20 23 8 * 23 10 23 16 * 22 N 41 E 1808 9 SF 0 0.0 HOLL*E 290 88 10 20 23 54 +4 23 56 +6 24 10 * 29 N 30 E 1808 6 SF 40 0.5 F J HOLL E VORO*C LEAR*E 291 88 10 21 0 2 * 0 3 0 8 * 35 N 26 E 1808 6 SN 0 0.0 D PEKG*P 292 88 10 21 0 10 * 0 27 0 40 * 24 N 65 W 1807 54 1F 0 0.0 E IJ VORO*C 293 88 10 21 2 16 * 2 17 2 39 * 20 N 42 E 1808 9 SN 0 0.0 LEAR*E YUNN P 294 88 10 21 4 14 * 4 44 5 18 * 24 N 63 W 1807 54 SF 0 0.0 LEAR*E 295 88 10 21 7 52 0 0 8 10 * 16 S 90 W 1807 49 SF 0 0.0 D H KHAR P 296 88 10 21 8 3 +3 8 11 8 37 * 27 N 68 W 1807 54 SF 0 0.0 H KHAR*P HTPR*C 297 88 10 21 8 3 +3 8 23 8 37 * 27 N 68 W 1807 54 SF 0 0.0 H KHAR*P HTPR*C 297 88 10 21 8 25 * 8 27 8 32 * 16 S 90 W 1807 49 SN 0 0.0 D H KHAR*V 298 88 10 21 8 45 * 8 46 8 54 * 15 S 89 W 1807 49 SF 0 0.0 D H KHAR*V 299 88 10 21 9 23 * 9 29 9 36 * 16 S 90 W 1807 49 SF 0 0.0 D H KHAR*V 300 88 10 21 11 15 * 11 21 11 32 * 18 N 28 E 1808 9 SN 0 0.0 E HTPR*C 301 88 10 21 11 19 * 11 20 11 27 * 20 N 38 E 1808 9 SF 0 0.0 D KHAR*V 302 88 10 21 11 26 * 11 26 11 35 * 26 N 70 W 1807 54 SF 0 0.0 D KHAR*V 303 88 10 21 11 56 * 11 58 12 0 26 N 70 W 1807 54 SF 0 0.0 D KHAR V 304 88 10 21 12 5 * 12 9 12 15 * 21 N 60 W 1807 58 SN 0 0.0 E HTPR*C 305 88 10 21 12 48 * 12 51 12 59 * 20 S 60 W 1807 0 SF 0 0.0 HTPR*C 306 88 10 21 14 29 * 14 38 14 49 * 18 N 28 E 1808 9 SN 0 0.0 E HTPR*C 307 88 10 21 19 12 +0 19 12 +0 19 24 * 23 S 63 W 1807 0 SF 30 0.0 F PALE*E RAMY*E 308 88 10 22 1 1 * 1 7 1 16 * 20 N 32 E 1808 9 SF 0 0.0 LEAR*E 309 88 10 22 4 30 * 4 32 4 43 * 21 N 24 E 1808 9 SF 0 0.0 LEAR*E 310 88 10 22 7 46 * 7 57 8 33 * 29 N 22 E 1808 7 SF 0 0.0 E HTPR*C 311 88 10 22 8 30 +0 8 30 +1 8 42 * 17 N 14 E 1808 9 SN 150 1.6 E HIV KHAR*P HTPR*C CATA C 312 88 10 22 9 40 +1 9 43 9 48 * 15 N 13 E 1808 9 SF 0 0.0 H HTPR*C KHAR*V 313 88 10 22 9 42 * 9 42 9 55 * 16 S 17 E 1808 8 SN 0 0.0 CATA*C 314 88 10 22 10 35 * 10 39 10 41 * 19 N 11 E 1808 9 SF 0 0.0 E HTPR*C 315 88 10 22 12 32 * 12 33 13 5 * 17 N 10 E 1808 9 SB 0 0.0 E V HTPR*C 316 88 10 22 12 32 * 12 57 13 5 * 17 N 10 E 1808 9 SB 0 0.0 E V HTPR*C 316 88 10 22 13 8 * 13 14 13 33 * 21 N 22 E 1808 9 SF 0 0.0 E HTPR*C 317 88 10 22 14 19 >9 14 23 14 45 * 21 N 14 E 1808 9 SN 30 0.3 HTPR*C RAMY*E HOLL*E 318 88 10 22 14 19 >9 14 30 +2 14 45 * 21 N 14 E 1808 9 SN 30 0.3 HTPR*C RAMY*E HOLL*E 318 88 10 22 14 59 +2 15 14 +7 15 50 * 21 N 20 E 1808 9 SF 20 0.2 F HTPR*C RAMY*E HOLL E 319 88 10 22 16 26 * 16 36 16 42 * 12 N 6 E 1808 0 SF 0 0.0 H HOLL*E 320 88 10 22 16 57 * 16 59 17 4 * 24 N 21 E 1808 9 SF 0 0.0 HOLL*E 321 88 10 22 17 28 * 17 28 17 37 * 21 N 21 E 1808 9 SF 0 0.0 HOLL*E 322 88 10 22 17 48 * 17 49 17 57 * 19 N 12 E 1808 9 SF 0 0.0 E HOLL*E 323 88 10 22 18 0 * 18 1 18 18 * 21 N 18 E 1808 9 SF 0 0.0 F HOLL*E 324 88 10 22 18 23 +0 18 23 +0 18 41 * 18 N 10 E 1808 9 SF 0 0.0 F PALE*E HOLL*E 325 88 10 22 19 1 * 19 2 19 12 * 20 N 20 E 1808 9 SF 0 0.0 HOLL*E 326 88 10 22 20 18 * 20 23 21 46 * 23 N 16 E 1808 9 SN 0 0.0 HOLL*E 327 88 10 22 23 12 +4 23 17 +1 23 36 * 18 N 8 E 1808 9 1N 0 0.0 F H CULG*C LEAR*E HOLL*E 328 88 10 23 0 3 * 0 3 0 14 17 N 8 W 1808 3 SF 0 0.0 F HOLL E 329 88 10 23 2 7 * 2 15 2 20 * 32 S 90 W 1807 56 1N 0 0.0 D HI VORO*C 330 88 10 23 2 11 * 2 12 2 14 * 24 S 86 W 1807 56 SF 0 0.0 LEAR*E 331 88 10 23 2 26 * 2 26 2 33 * 20 N 14 E 1808 9 SF 0 0.0 LEAR*E 332 88 10 23 3 49 * 3 50 4 6 * 21 N 13 E 1808 9 SF 0 0.0 F H LEAR*E 333 88 10 23 5 13 * 5 16 5 28 * 17 N 5 E 1808 9 SF 0 0.0 LEAR*E 334 88 10 23 5 52 +3 5 54 +4 6 25 * 18 N 4 E 1808 9 SB 0 0.0 E ABST*C LEAR*E 335 88 10 23 6 53 >9 7 18 +2 7 29 * 19 N 5 E 1808 9 SF 0 0.0 D LEAR*E ABST*C 336 88 10 23 8 12 * 8 17 8 27 * 23 N 10 E 1808 9 SF 0 0.0 F LEAR*E 337 88 10 23 8 35 8 36 8 42 * 34 N 80 W 1807 57 SF 0 0.0 D KHAR V 338 88 10 23 8 42 * 8 47 8 56 * 18 S 88 W 1807 0 SF 0 0.0 D H KHAR*P 339 88 10 23 9 12 9 13 9 20 * 20 N 12 E 1808 9 SF 0 0.0 E KHAR V 340 88 10 23 10 27 * 10 27 10 33 * 20 N 4 E 1808 9 SF 0 0.0 D KHAR*V 341 88 10 23 11 0 * 11 4 +2 11 16 * 20 N 3 E 1808 9 SN 0 0.0 E HR KHAR*P CATA C RAMY E 342 88 10 23 11 18 * 11 20 11 29 * 17 N 6 E 1808 9 SF 0 0.0 D KHAR*V 343 88 10 23 14 59 * 15 0 +4 15 13 * 22 N 7 E 1808 9 SF 25 0.3 F HOLL*E RAMY E 344 88 10 23 15 21 +2 15 27 +0 15 42 * 19 N 2 E 1808 9 SF 45 0.5 F H HOLL*E RAMY*E 345 88 10 23 15 58 +0 15 59 +1 16 15 * 21 N 6 E 1808 9 SF 25 0.3 F RAMY*E HOLL*E 346 88 10 23 16 30 * 16 30 16 48 * 21 N 6 E 1808 9 SF 0 0.0 F HOLL*E 347 88 10 23 19 27 +0 19 27 +1 19 47 * 22 N 4 E 1808 9 SF 30 0.3 E HOLL*E RAMY*E PALE*E 348 88 10 23 21 55 +3 21 58 22 12 * 19 N 5 W 1808 9 SN 0 0.0 F K CULG P HOLL*E 349 88 10 23 22 33 * 22 34 22 58 * 18 N 5 W 1808 9 SF 0 0.0 F HOLL*E 350 88 10 23 22 41 +2 22 53 +3 23 32 * 20 N 38 E 1808 13 1F 0 0.0 F H CULG*C HOLL*E 351 88 10 23 23 26 +0 23 26 +5 24 7 * 17 N 6 W 1808 9 SF 25 0.3 HOLL*E LEAR*E 352 88 10 24 0 47 * 0 48 1 1 * 19 N 6 W 1808 9 SF 0 0.0 F LEAR*E 353 88 10 24 1 7 1 25 1 29 * 19 N 8 W 1808 9 1F 0 0.0 F K CULG P 354 88 10 24 1 40 * 1 40 1 45 * 21 N 1 E 1808 9 SF 0 0.0 F LEAR*E 355 88 10 24 6 45 * 6 47 6 51 * 18 N 8 W 1808 9 SF 0 0.0 D ABST*C 356 88 10 24 11 58 * 11 58 12 4 * 22 N 6 W 1808 9 SF 0 0.0 RAMY*E 357 88 10 24 16 1 +1 16 3 +0 16 23 * 19 N 14 W 1808 9 SN 70 0.7 F RAMY*E HOLL*E 358 88 10 24 17 27 * 17 28 17 41 * 22 N 35 E 1808 13 SF 0 0.0 HOLL*E 359 88 10 24 20 3 +3 20 5 +1 20 12 * 20 N 13 W 1808 9 SF 45 0.5 PALE*E RAMY*E 360 88 10 24 21 15 21 15 +2 22 34 * 21 N 11 W 1808 9 SF 40 0.4 F RAMY E HOLL E 361 88 10 24 21 28 * 21 29 21 35 * 21 N 35 E 1808 13 SF 0 0.0 HOLL*E 362 88 10 25 2 24 * 2 33 2 36 * 31 N 31 E 1808 0 SF 0 0.0 D J VORO*C 363 88 10 25 2 28 * 2 34 2 38 * 22 N 18 W 1808 9 SF 0 0.0 E IJ VORO*C 364 88 10 25 3 24 +0 3 24 +1 3 28 * 26 S 64 E 1808 18 SF 35 0.0 D LEAR*E PEKG*P 365 88 10 25 4 48 * 4 50 4 56 * 26 S 63 E 1808 18 SF 0 0.0 LEAR*E 366 88 10 25 9 27 * 9 31 9 34 * 21 N 8 W 1808 9 SN 0 0.0 E HTPR*C 367 88 10 25 10 10 * 0 0 10 24 26 S 58 E 1808 18 SF 0 0.0 E I HTPR C 368 88 10 25 10 56 +4 11 1 +0 11 12 * 29 N 10 W 1808 11 SN 40 0.4 E HTPR*C CATA C SVTO*E KHAR*V 369 88 10 25 11 7 +3 11 10 +0 11 15 * 21 N 25 W 1808 9 SF 0 0.0 HTPR*C KHAR*V 370 88 10 25 13 54 * 14 1 14 12 * 27 N 20 W 1808 7 SN 0 0.0 HTPR*C 371 88 10 25 14 45 * 14 49 15 5 * 27 N 20 W 1808 7 SF 0 0.0 E HTPR*C 372 88 10 25 19 11 +0 19 12 +0 19 17 * 23 N 14 W 1808 9 SF 20 0.2 F RAMY*E PALE*E HOLL*E 373 88 10 26 2 24 +6 2 31 +3 2 44 * 24 S 52 E 1808 18 SN 50 0.9 D CULG*C YUNN*C LEAR*E 374 88 10 26 3 3 >9 3 16 +2 3 37 * 27 N 25 W 1808 7 SN 40 0.5 E YUNN*C LEAR*E 375 88 10 26 5 20 5 24 5 31 30 S 55 E 1808 18 SF 0 0.0 D ABST P 376 88 10 26 6 8 * 6 16 6 19 * 19 N 27 W 1808 9 SF 0 0.0 D ABST*C 377 88 10 26 7 57 * 7 58 8 0 * 24 N 24 W 1808 9 SN 0 0.0 D V ABST*C 378 88 10 26 8 1 +0 8 1 +2 8 8 * 23 N 24 W 1808 9 SF 50 0.6 CATA*C HTPR*C 379 88 10 26 10 39 * 10 40 10 42 * 18 N 25 W 1808 9 SF 0 0.0 E HTPR*C 380 88 10 26 15 32 15 34 16 1 * 23 N 35 W 1808 9 SF 0 0.0 F RAMY E 381 88 10 26 16 34 * 16 35 16 38 * 25 N 29 W 1808 9 SF 0 0.0 RAMY*E 382 88 10 27 8 15 * 8 20 8 30 16 N 52 W 1808 9 SB 0 0.0 CATA C 383 88 10 27 9 2 * 9 3 9 15 * 26 N 30 E 1808 17 SF 0 0.0 E H KHAR*P 384 88 10 27 9 16 +4 9 19 +1 9 23 * 22 N 34 W 1808 10 SN 90 1.1 HTPR*C KHAR*V CATA*C 385 88 10 27 11 9 * 11 9 11 15 * 26 N 29 E 1808 17 SF 0 0.0 D KHAR*V 386 88 10 27 11 38 * 11 40 11 45 * 19 N 45 W 1808 9 SF 0 0.0 D KHAR*V 387 88 10 27 14 27 * 14 27 14 31 * 18 N 50 W 1808 9 SF 0 0.0 KANZ*C 388 88 10 27 14 34 +1 14 39 +0 14 46 * 19 N 47 W 1808 9 SF 0 0.0 HOLL*E KANZ C 389 88 10 27 18 37 +0 18 40 +0 19 10 * 18 S 88 E 1808 26 SF 40 0.0 RAMY*E HOLL*E 390 88 10 27 22 32 * 22 38 23 5 * 17 N 65 E 1808 23 1F 0 0.0 CULG*C 391 88 10 28 3 57 * 4 14 4 29 * 28 N 20 E 1808 17 SF 0 0.0 E MITK*C 392 88 10 28 3 58 +4 4 3 +3 4 20 * 21 N 53 W 1808 9 SN 45 0.8 YUNN*C LEAR*E 393 88 10 28 5 23 +0 5 23 5 44 * 22 N 54 W 1808 9 SN 0 0.0 E LEAR*E MITK*C 394 88 10 28 5 23 +0 5 33 5 44 * 22 N 54 W 1808 9 SN 0 0.0 E LEAR*E MITK*C 394 88 10 28 6 16 * 6 33 7 33 * 29 N 19 E 1808 17 SF 0 0.0 SVTO*E 395 88 10 28 8 5 +3 8 7 +2 8 14 * 25 N 58 W 1808 9 SF 20 0.4 SVTO*E LEAR*E KANZ*C 396 88 10 28 8 16 * 8 17 8 25 * 22 S 90 E 1808 26 SN 0 0.0 D H KHAR*P 397 88 10 28 8 30 +0 8 30 8 59 * 23 N 59 W 1808 9 1N 130 2.7 E L KANZ*C SVTO*E HTPR C KHAR P LEAR E CATA C 398 88 10 28 8 30 +0 8 44 +5 8 59 * 23 N 59 W 1808 9 1N 130 2.7 E L KANZ*C SVTO*E HTPR C KHAR P LEAR E CATA C 398 88 10 28 8 47 * 0 0 8 52 * 18 N 19 E 1808 17 SF 0 0.0 D KHAR*P 399 88 10 28 9 3 * 0 0 9 12 * 22 S 90 E 1808 26 SF 0 0.0 D KHAR*P 400 88 10 28 9 20 0 0 9 30 17 N 14 E 1808 17 SF 0 0.0 D KHAR V 401 88 10 28 11 11 11 33 11 54 * 28 N 14 E 1808 17 SF 0 0.0 RAMY E 402 88 10 28 13 35 * 13 36 13 42 * 17 N 63 W 1808 9 SF 0 0.0 HTPR*C 403 88 10 28 15 30 15 33 15 43 * 28 N 15 E 1808 17 SF 0 0.0 RAMY E 404 88 10 28 17 32 +1 17 34 +0 17 38 * 23 N 63 W 1808 9 SF 50 1.2 RAMY*E HOLL*E 405 88 10 28 18 43 * 18 44 18 50 * 27 N 12 E 1808 17 SF 0 0.0 RAMY*E 406 88 10 28 21 8 * 21 30 22 55 * 17 S 73 E 1808 26 1N 0 0.0 CULG*C 407 88 10 28 23 6 +1 23 7 +6 23 26 * 17 S 73 E 1808 26 SF 0 0.0 HOLL*E LEAR*E CULG P 408 88 10 28 23 37 +2 23 39 +1 23 45 * 16 S 72 E 1808 26 SN 35 0.0 HOLL*E LEAR*E 409 88 10 29 0 11 >9 0 41 +4 1 27 * 33 N 63 W 1808 7 1N 0 0.0 CULG*C LEAR*E MITK C 410 88 10 29 0 28 >9 0 28 1 1 * 17 S 72 E 1808 26 SF 0 0.0 LEAR*E PALE*E 411 88 10 29 0 28 >9 0 59 1 1 * 17 S 72 E 1808 26 SF 0 0.0 LEAR*E PALE*E 411 88 10 29 2 27 +6 2 36 +0 2 41 * 18 S 75 E 1808 26 SF 0 0.0 LEAR*E PALE*E 412 88 10 29 2 46 +0 2 48 +2 2 55 * 15 S 71 E 1808 26 SF 25 0.0 PALE*E LEAR*E 413 88 10 29 3 27 * 3 28 3 36 * 20 S 73 E 1808 26 SF 0 0.0 LEAR*E 414 88 10 29 3 57 +2 4 6 +0 4 40 * 18 S 72 E 1808 26 1F 130 0.0 E LEAR*E YUNN*C MITK*C 415 88 10 29 3 57 +2 4 20 4 40 * 18 S 72 E 1808 26 1F 130 0.0 E LEAR*E YUNN*C MITK*C 415 88 10 29 6 17 * 6 30 6 47 * 19 S 72 E 1808 26 1F 0 0.0 E MITK*C 416 88 10 29 9 27 +3 9 27 +3 9 35 * 15 S 67 E 1808 26 SN 0 0.0 E LEAR*E HTPR*C CATA*C KANZ C 417 88 10 29 9 57 +1 9 58 +1 10 4 * 24 N 70 W 1808 9 SN 0 0.0 E HTPR*C KANZ C 418 88 10 29 11 18 * 11 20 11 30 * 29 N 2 E 1808 17 SN 0 0.0 E HTPR*C 419 88 10 29 12 5 * 12 18 12 25 * 18 S 64 E 1808 26 SF 0 0.0 E HTPR*C 420 88 10 29 13 1 +5 13 3 +3 13 14 * 16 S 64 E 1808 26 SN 50 0.0 E HTPR*C RAMY E CATA*C 421 88 10 29 13 36 13 36 13 39 * 19 S 68 E 1808 26 SF 0 0.0 H RAMY E 422 88 10 29 14 16 +7 14 27 14 54 * 17 S 63 E 1808 26 1N 0 0.0 I HTPR*C RAMY*E HOLL E 423 88 10 29 14 16 +7 14 39 +3 14 54 * 17 S 63 E 1808 26 1N 0 0.0 I HTPR*C RAMY*E HOLL E 423 88 10 29 15 45 * 16 1 16 20 * 28 N 0 1808 17 SF 0 0.0 HOLL*E 424 88 10 29 16 25 * 16 25 16 29 * 18 S 65 E 1808 26 SF 0 0.0 HOLL*E 425 88 10 29 16 38 +8 16 40 +6 16 55 * 19 N 75 W 1808 9 SF 20 0.0 HOLL*E RAMY*E 426 88 10 29 16 51 * 16 54 17 0 * 13 S 59 E 1808 25 SF 0 0.0 F H RAMY*E 427 88 10 29 17 20 +3 17 27 +1 17 37 * 27 S 6 E 1808 18 SF 20 0.2 F RAMY*E HOLL*E 428 88 10 29 17 47 * 17 48 17 50 * 22 N 75 W 1808 9 SF 0 0.0 HOLL*E 429 88 10 29 23 41 * 23 43 23 50 * 27 S 68 E 1808 0 SF 0 0.0 D IJ VORO*C 430 88 10 30 1 19 +6 1 23 +2 1 31 * 22 N 81 W 1808 9 SF 0 0.0 I VORO*C LEAR*E 431 88 10 30 3 49 +4 3 50 +4 3 59 * 16 S 55 E 1808 26 SF 30 0.6 D LEAR*E PEKG*P 432 88 10 30 4 36 * 4 36 4 43 * 16 S 58 E 1808 26 SF 0 0.0 LEAR*E 433 88 10 30 4 49 +0 4 55 +1 5 10 * 22 N 77 W 1808 9 SN 80 0.0 E CULG*C LEAR*E TACH C 434 88 10 30 7 2 * 7 2 7 6 * 22 N 76 W 1808 9 SF 0 0.0 LEAR*E 435 88 10 30 16 6 * 16 37 17 3 * 18 S 56 E 1808 26 SF 0 0.0 F RAMY*E 436 88 10 30 17 3 * 17 3 17 30 * 21 S 55 E 1808 26 SF 0 0.0 RAMY*E 437 88 10 31 0 44 +3 0 44 +3 0 50 * 20 S 49 E 1808 26 SF 10 0.2 D IJ LEAR*E VORO*C PALE*E 438 88 10 31 1 17 * 1 19 1 24 * 28 S 47 E 1808 0 SF 0 0.0 E IJ VORO*C 439 88 10 31 2 1 * 2 9 2 21 * 29 S 11 W 1808 19 SN 0 0.0 YUNN*C 440 88 10 31 11 52 * 11 53 12 2 * 20 S 45 E 1808 26 SF 0 0.0 RAMY*E 441 88 10 31 18 10 * 18 12 18 22 * 15 S 37 E 1808 26 SF 0 0.0 HOLL*E 442 88 10 31 18 15 * 18 21 18 29 * 18 N 14 W 1808 20 SF 0 0.0 HOLL*E 443 88 11 1 1 55 * 2 2 2 6 * 16 N 45 E 1808 27 SF 0 0.0 YUNN*C 1 88 11 1 1 57 * 2 2 2 12 * 19 N 17 W 1808 20 SN 0 0.0 YUNN*C 2 88 11 1 4 32 +1 4 36 4 56 18 S 30 E 1808 26 SN 0 0.0 E MITK*C LEAR*E 3 88 11 1 4 32 +1 4 46 4 56 18 S 30 E 1808 26 SN 0 0.0 E MITK*C LEAR*E 3 88 11 1 10 55 +0 10 59 +0 11 18 * 11 N 81 E 1808 33 1N 0 0.0 H KANZ*C SVTO*E KHAR V 4 88 11 1 14 58 * 15 5 15 26 12 N 76 E 1808 33 SF 0 0.0 RAMY E 5 88 11 1 15 25 +5 15 27 +6 15 48 16 S 29 E 1808 26 SF 25 0.3 F Z RAMY*E HOLL*E 6 88 11 1 15 44 16 0 16 2 12 N 76 E 1808 33 SF 0 0.0 RAMY E 7 88 11 1 16 39 16 39 17 20 * 28 S 27 W 1808 18 SN 0 0.0 F U RAMY E HOLL E 8 88 11 1 16 39 17 13 17 20 * 28 S 27 W 1808 18 SN 0 0.0 F U RAMY E HOLL E 8 88 11 1 17 7 * 17 25 17 41 * 11 N 76 E 1808 33 SF 0 0.0 F HOLL*E 9 88 11 1 19 55 20 22 20 32 * 13 N 73 E 1808 33 SF 0 0.0 RAMY E 10 88 11 1 20 13 +8 20 21 +2 21 16 16 N 3 E 1808 23 1F 0 0.0 F HOLL*E RAMY*E PALE E 11 88 11 1 21 7 * 21 11 21 13 * 11 N 72 E 1808 33 SF 0 0.0 HOLL*E 12 88 11 1 21 45 +4 21 48 +3 22 4 * 12 N 76 E 1808 33 SF 60 0.0 F HOLL*E PALE*E 13 88 11 2 0 44 * 0 45 0 50 * 13 N 70 E 1808 33 SF 0 0.0 LEAR*E 14 88 11 2 0 56 1 5 1 10 * 10 N 70 E 1808 33 SN 0 0.0 YUNN P 15 88 11 2 1 28 * 1 31 1 32 * 12 N 71 E 1808 33 SF 0 0.0 PALE*E 16 88 11 2 1 35 * 1 39 1 54 * 13 N 70 E 1808 33 SF 0 0.0 LEAR*E 17 88 11 2 1 59 * 2 9 2 17 * 13 N 72 E 1808 33 SF 0 0.0 PALE*E 18 88 11 2 2 47 * 2 49 2 52 * 11 N 69 E 1808 33 SF 0 0.0 LEAR*E 19 88 11 2 5 3 * 5 7 5 13 * 11 N 67 E 1808 33 SF 0 0.0 LEAR*E 20 88 11 2 6 49 >9 7 8 +6 7 23 16 S 24 E 1808 26 SF 0 0.0 SVTO*E YUNN*C 21 88 11 2 7 35 +0 7 39 +1 8 3 * 11 N 66 E 1808 33 SF 0 0.0 F SVTO*E KANZ*C LEAR*E 22 88 11 2 8 54 +3 8 58 +8 9 56 * 16 N 3 W 1808 23 SN 0 0.0 E GU SVTO*E BUCA*C KANZ*C LEAR*E CATA C 23 88 11 2 9 26 +1 9 35 +1 10 5 * 17 N 28 E 1808 27 SF 0 0.0 E BUCA*C SVTO*E KANZ C 24 88 11 2 9 26 +1 9 55 10 5 * 17 N 28 E 1808 27 SF 0 0.0 E BUCA*C SVTO*E KANZ C 24 88 11 2 9 57 +3 10 0 +5 10 16 * 17 S 18 E 1808 26 SN 0 0.0 BUCA*C KANZ*C SVTO*E 25 88 11 2 10 2 * 10 15 10 26 * 10 N 65 E 1808 33 SF 0 0.0 SVTO*E 26 88 11 2 10 59 * 11 10 11 16 * 10 N 64 E 1808 33 SF 0 0.0 SVTO*E 27 88 11 2 12 9 * 12 13 13 4 17 S 12 E 1808 26 1N 0 0.0 K KANZ C CATA C 28 88 11 2 13 17 * 13 22 13 34 * 16 S 17 E 1808 26 SF 0 0.0 SVTO*E 29 88 11 2 16 44 >9 16 44 17 6 * 13 N 65 E 1808 33 SF 0 0.0 F RAMY*E HOLL*E 30 88 11 2 16 44 >9 17 2 17 6 * 13 N 65 E 1808 33 SF 0 0.0 F RAMY*E HOLL*E 30 88 11 2 17 20 +1 17 22 +0 17 26 * 19 S 15 E 1808 26 SF 30 0.3 RAMY*E PALE*E HOLL*E 31 88 11 2 18 38 +4 18 50 +1 19 4 * 16 S 9 E 1808 26 SF 0 0.0 F RAMY*E HOLL*E 32 88 11 2 20 23 * 20 25 20 56 * 16 N 22 E 1808 27 SF 0 0.0 F HOLL*E 33 88 11 2 21 50 * 21 50 22 25 * 17 S 9 E 1808 26 SF 0 0.0 F HOLL*E 34 88 11 2 21 58 * 21 59 22 8 * 12 N 60 E 1808 33 SF 0 0.0 F HOLL*E 35 88 11 3 0 4 >9 0 12 +5 0 23 * 13 N 61 E 1808 33 SN 0 0.0 E MITK*C LEAR*E 36 88 11 3 1 3 +7 1 11 +0 1 15 * 27 S 23 E 1808 29 SF 0 0.0 D HJ VORO*C LEAR*E 37 88 11 3 1 58 +6 2 3 +1 2 14 * 17 S 7 E 1808 26 SF 40 0.4 E IJ MITK*C VORO*C LEAR*E PALE*E 38 88 11 3 7 41 >9 8 46 +2 9 18 17 S 3 E 1808 26 1N 230 2.5 F SVTO*E LEAR*E KANZ C ATHN V 39 88 11 3 11 28 11 30 11 48 * 19 S 5 E 1808 26 SF 0 0.0 F RAMY E 40 88 11 3 12 19 +1 12 22 +0 12 54 * 19 S 4 E 1808 26 SF 0 0.0 F KANZ C RAMY*E 41 88 11 3 13 14 * 13 30 14 20 * 19 S 4 E 1808 26 SF 0 0.0 F RAMY*E KANZ C SVTO E 42 88 11 3 13 14 * 13 47 14 20 * 19 S 4 E 1808 26 SF 0 0.0 F RAMY*E KANZ C SVTO E 42 88 11 3 16 0 +4 16 8 +1 16 35 * 11 N 47 E 1808 33 SF 50 0.7 F HOLL*E RAMY*E 43 88 11 3 16 38 * 16 39 17 18 * 18 S 4 E 1808 26 SF 0 0.0 F HOLL*E 44 88 11 3 18 42 +0 18 42 +0 18 58 * 17 S 1 E 1808 26 SF 20 0.2 F HOLL*E RAMY*E 45 88 11 3 19 51 * 19 52 20 6 * 12 N 46 E 1808 33 SF 0 0.0 HOLL*E 46 88 11 3 21 23 * 21 24 21 35 * 13 N 50 E 1808 33 SN 0 0.0 HOLL*E 47 88 11 3 21 41 * 21 41 21 54 * 11 N 46 E 1808 33 SF 0 0.0 F HOLL*E 48 88 11 4 2 20 * 2 25 2 42 * 16 S 8 W 1808 26 1N 0 0.0 F PEKG*C 49 88 11 4 3 20 * 3 23 3 28 * 19 S 5 W 1808 26 SF 0 0.0 LEAR*E 50 88 11 4 5 28 +1 5 30 +1 5 38 * 12 N 42 E 1808 33 SN 0 0.0 TACH*C LEAR*E 51 88 11 4 6 25 * 6 36 7 13 * 12 N 39 E 1808 33 1N 0 0.0 E TACH*C 52 88 11 4 6 38 * 6 38 6 44 * 16 S 6 W 1808 26 SF 0 0.0 LEAR*E 53 88 11 4 7 31 * 7 31 7 34 * 10 N 35 E 1808 33 SF 0 0.0 LEAR*E 54 88 11 4 10 41 * 0 0 11 15 37 S 90 W 1808 16 1F 0 0.0 KHAR V 55 88 11 4 12 5 +3 12 9 12 31 * 19 S 9 W 1808 26 SF 0 0.0 F KANZ*C RAMY*E 56 88 11 4 12 5 +3 12 21 12 31 * 19 S 9 W 1808 26 SF 0 0.0 F KANZ*C RAMY*E 56 88 11 4 15 44 +5 15 47 15 56 * 16 S 9 W 1808 26 SF 0 0.0 F HOLL*E RAMY*E 57 88 11 4 15 44 +5 15 54 15 56 * 16 S 9 W 1808 26 SF 0 0.0 F HOLL*E RAMY*E 57 88 11 4 16 47 +0 16 48 +0 16 59 * 18 S 12 W 1808 26 SF 20 0.2 HOLL*E RAMY*E 58 88 11 4 17 40 +0 17 41 +3 17 52 * 18 S 12 W 1808 26 SF 35 0.4 F HOLL*E RAMY*E 59 88 11 4 18 28 +1 18 29 +0 18 35 * 18 S 13 W 1808 26 SF 10 0.1 F HOLL*E RAMY*E 60 88 11 4 21 18 * 21 23 21 33 * 11 N 32 E 1808 33 SF 0 0.0 F HOLL*E 61 88 11 4 22 50 * 22 55 23 1 * 18 S 15 W 1808 26 SF 0 0.0 HOLL*E 62 88 11 4 23 33 +6 23 36 +3 23 45 * 12 N 35 E 1808 33 SF 0 0.0 E IJ VORO*C HOLL*E 63 88 11 5 3 14 +6 3 16 +5 3 31 * 19 S 14 W 1808 26 SN 35 0.4 D YUNN*C PEKG*P 64 88 11 5 4 13 * 4 21 4 35 * 17 S 20 W 1808 26 SN 0 0.0 E MITK*C 65 88 11 5 5 29 +0 5 29 +0 5 38 * 13 N 33 E 1808 33 SN 0 0.0 PEKG P LEAR*E MITK*C 66 88 11 5 9 7 +7 9 12 +2 9 30 * 18 S 17 W 1808 26 SF 0 0.0 LEAR*E KANZ*C KHAR*V 67 88 11 5 10 50 >9 11 2 11 20 * 16 S 23 W 1808 26 SF 0 0.0 D KANZ*C KHAR*V 68 88 11 5 12 28 * 12 28 12 32 * 13 N 30 E 1808 33 SN 0 0.0 KANZ*C 69 88 11 5 13 6 +1 13 7 13 16 * 16 S 24 W 1808 26 SF 0 0.0 RAMY*E KANZ*C 70 88 11 5 13 6 +1 13 15 13 16 * 16 S 24 W 1808 26 SF 0 0.0 RAMY*E KANZ*C 70 88 11 5 13 35 * 13 35 13 42 * 16 S 25 W 1808 26 SF 0 0.0 KANZ*C 71 88 11 5 13 38 +1 13 40 +2 13 45 * 14 N 28 E 1808 33 SF 0 0.0 H KANZ*C RAMY*E 72 88 11 5 17 51 * 17 54 18 1 * 18 S 22 W 1808 26 SF 0 0.0 HOLL*E 73 88 11 5 18 0 +0 18 1 +2 18 10 * 14 N 26 E 1808 33 SF 60 0.7 H RAMY*E HOLL*E 74 88 11 5 20 21 +2 20 23 +1 20 32 * 13 N 24 E 1808 33 SF 35 0.4 H RAMY*E HOLL*E 75 88 11 5 21 51 * 21 53 22 5 * 18 N 24 E 1808 35 SF 0 0.0 F S HOLL*E 76 88 11 5 22 35 * 22 38 22 42 * 15 S 30 W 1808 26 SF 0 0.0 F HOLL*E 77 88 11 5 23 21 * 23 26 23 33 25 N 53 W 1808 0 SF 0 0.0 D GH VORO C 78 88 11 6 0 57 1 2 2 12 * 34 N 37 W 1808 24 1F 0 0.0 E K VORO C 79 88 11 6 0 57 1 3 1 8 * 16 S 32 W 1808 26 SF 0 0.0 D IJ VORO C 80 88 11 6 1 11 1 12 1 19 * 14 S 36 W 1808 25 1F 0 0.0 D IJ VORO C 81 88 11 6 2 10 * 2 13 2 21 18 S 32 W 1808 26 SF 0 0.0 D IJ VORO C 82 88 11 6 5 8 +2 5 8 +4 5 16 * 22 S 31 W 1808 26 SF 0 0.0 LEAR*E PEKG*P 83 88 11 6 6 0 6 19 6 22 17 S 34 W 1808 26 SF 0 0.0 F LEAR E 84 88 11 6 8 7 * 8 16 8 28 * 13 S 33 W 1808 25 SF 0 0.0 KANZ*C 85 88 11 6 8 22 +2 8 23 +1 8 29 * 12 N 18 E 1808 33 SF 0 0.0 ATHN*V KANZ*C 86 88 11 6 8 56 * 8 56 9 0 * 22 S 32 W 1808 26 SF 0 0.0 F LEAR*E 87 88 11 6 10 26 +0 10 30 +4 10 54 * 14 S 39 W 1808 25 1N 0 0.0 KANZ*C CATA C ATHN V 88 88 11 6 10 26 +0 10 41 10 54 * 14 S 39 W 1808 25 1N 0 0.0 KANZ*C CATA C ATHN V 88 88 11 6 10 45 * 10 45 10 49 * 18 S 37 W 1808 26 SN 0 0.0 KANZ*C 89 88 11 6 11 5 * 11 9 12 2 * 17 S 36 W 1808 26 SF 0 0.0 F KANZ*C RAMY E 90 88 11 6 11 5 * 11 42 12 2 * 17 S 36 W 1808 26 SF 0 0.0 F KANZ*C RAMY E 90 88 11 6 14 0 +3 14 7 +1 14 29 * 21 S 35 W 1808 26 SF 0 0.0 KANZ*C RAMY*E 91 88 11 6 14 38 +1 14 42 +2 14 48 * 11 N 7 E 1808 33 SF 15 0.2 HOLL*E RAMY*E 92 88 11 6 17 27 * 17 27 17 51 * 15 S 43 W 1808 26 SF 0 0.0 HOLL*E 93 88 11 6 18 20 +0 18 23 +5 18 59 * 20 S 39 W 1808 26 2B 280 3.9 F HOLL*E RAMY*E 94 88 11 6 18 39 +3 18 43 19 1 * 11 N 6 E 1808 33 SF 0 0.0 F RAMY*E HOLL*E 95 88 11 6 18 39 +3 18 50 19 1 * 11 N 6 E 1808 33 SF 0 0.0 F RAMY*E HOLL*E 95 88 11 6 19 6 * 19 7 19 20 * 12 N 5 E 1808 33 SF 0 0.0 F HOLL*E 96 88 11 6 20 0 * 20 1 20 27 * 22 S 39 W 1808 26 SF 0 0.0 F HOLL*E 97 88 11 6 20 6 * 20 9 20 17 * 11 N 4 E 1808 33 SF 0 0.0 HOLL*E 98 88 11 6 23 56 * 23 58 24 11 * 13 N 3 E 1808 33 SF 0 0.0 D IJ VORO*C 99 88 11 7 0 28 * 0 30 0 42 * 11 N 7 E 1808 33 SF 0 0.0 D IJ VORO*C 100 88 11 7 1 41 * 1 44 1 51 * 10 N 6 E 1808 33 SF 80 0.8 E IJ VORO*C YUNN P 101 88 11 7 2 21 * 2 25 2 37 * 11 N 5 E 1808 33 SF 0 0.0 E IJ VORO*C 102 88 11 7 3 7 +2 3 11 +2 3 40 * 10 N 5 E 1808 33 SN 30 0.3 YUNN*P LEAR*E MITK C 103 88 11 7 5 18 +2 5 22 5 28 * 11 N 3 E 1808 33 SN 0 0.0 F TACH*V LEAR*E 104 88 11 7 10 17 +0 10 18 +6 10 39 * 21 S 47 W 1808 26 SF 0 0.0 SVTO*E KANZ*C 105 88 11 7 11 3 +4 11 6 +2 11 32 * 20 S 48 W 1808 26 1N 0 0.0 RAMY*E KANZ*C ATHN*V SVTO E CATA C 106 88 11 7 12 18 +4 12 22 12 50 * 11 N 0 1808 33 SF 0 0.0 F RAMY*E KANZ*C 107 88 11 7 12 18 +4 12 35 +1 12 50 * 11 N 0 1808 33 SF 0 0.0 F RAMY*E KANZ*C 107 88 11 7 17 50 +0 17 51 +2 18 0 * 11 N 3 W 1808 33 SF 15 0.2 F RAMY*E HOLL*E 108 88 11 7 18 26 * 18 27 18 32 * 12 N 6 W 1808 33 SF 0 0.0 HOLL*E 109 88 11 7 20 56 * 20 57 21 6 * 19 S 51 W 1808 26 SF 0 0.0 HOLL*E 110 88 11 7 21 57 * 22 2 22 13 * 10 N 9 W 1808 33 SF 0 0.0 HOLL*E 111 88 11 8 12 25 +4 12 32 14 27 * 18 N 7 W 1808 35 2N 0 0.0 F CATA C RAMY*E KANZ*C 112 88 11 8 12 25 +4 12 48 +2 14 27 * 18 N 7 W 1808 35 2N 0 0.0 F CATA C RAMY*E KANZ*C 112 88 11 8 16 13 * 16 16 16 28 * 31 N 69 W 1808 24 SF 0 0.0 RAMY*E 113 88 11 8 16 19 * 16 21 16 32 * 24 S 64 W 1808 0 SF 80 0.0 F RAMY*E HOLL E 114 88 11 8 16 50 * 16 55 17 1 * 31 N 72 W 1808 24 SF 0 0.0 RAMY*E 115 88 11 9 0 43 * 0 51 1 13 * 13 N 19 W 1808 33 SF 0 0.0 F LEAR*E 116 88 11 9 1 57 >9 2 13 +2 2 29 * 14 N 21 W 1808 33 SN 40 0.4 F YUNN*C LEAR*E PALE E 117 88 11 9 4 36 * 4 36 5 17 * 13 N 20 W 1808 33 SB 0 0.0 E MITK*C 118 88 11 9 7 53 +4 7 57 +1 8 14 * 13 N 22 W 1808 33 SF 20 0.2 YUNN*C LEAR*E 119 88 11 9 11 42 * 11 51 11 54 * 33 N 78 E 1808 53 SF 0 0.0 RAMY*E 120 88 11 9 12 3 * 12 31 +2 12 53 * 13 N 27 W 1808 33 SB 130 1.5 S RAMY*E ABST P 121 88 11 9 14 18 * 14 21 14 22 * 21 S 76 W 1808 26 SF 0 0.0 RAMY*E 122 88 11 9 14 33 +0 14 34 +1 14 57 * 14 N 25 W 1808 33 SF 30 0.3 F HOLL*E RAMY*E 123 88 11 9 15 24 * 15 26 15 30 * 21 S 78 W 1808 26 SF 0 0.0 RAMY*E 124 88 11 9 15 27 * 15 29 15 36 * 10 N 32 W 1808 33 SF 0 0.0 F RAMY*E 125 88 11 9 15 56 +8 16 9 +1 16 21 * 20 S 76 W 1808 26 SF 20 0.0 RAMY*E HOLL*E 126 88 11 9 17 31 * 17 31 17 35 * 21 N 52 E 1808 50 SF 0 0.0 HOLL*E 127 88 11 9 17 54 * 17 54 18 12 * 28 N 34 W 1808 34 SF 0 0.0 F HOLL*E 128 88 11 9 18 32 +7 18 40 +0 18 47 * 21 S 81 W 1808 26 SF 20 0.0 RAMY*E HOLL*E 129 88 11 9 19 5 * 19 5 19 24 * 13 N 28 W 1808 33 SF 0 0.0 H RAMY*E 130 88 11 9 19 32 * 19 34 +4 20 7 * 13 N 30 W 1808 33 2B 340 4.0 F HOLL*E PALE E RAMY E 131 88 11 9 20 33 * 20 36 20 44 * 33 N 68 E 1808 53 SF 0 0.0 HOLL*E 132 88 11 9 21 34 * 21 35 21 46 * 21 N 50 E 1808 50 SF 0 0.0 HOLL*E 133 88 11 9 22 10 * 22 11 22 14 * 18 S 76 W 1808 26 SF 0 0.0 PALE*E 134 88 11 9 22 50 * 22 57 23 15 * 12 N 32 W 1808 33 SF 0 0.0 F HOLL*E 135 88 11 10 0 20 * 0 21 0 39 * 14 N 34 W 1808 33 SF 0 0.0 D J VORO*C 136 88 11 10 0 55 0 55 0 59 * 14 N 31 W 1808 33 SF 0 0.0 F PALE E 137 88 11 10 2 33 * 2 38 2 41 * 21 N 46 E 1808 50 SN 0 0.0 YUNN*P 138 88 11 10 2 51 * 2 53 3 4 * 13 N 33 W 1808 33 SN 0 0.0 E MITK*C 139 88 11 10 5 33 * 5 38 5 52 * 31 N 62 E 1808 53 SN 0 0.0 LEAR*E 140 88 11 10 6 2 +2 6 13 +0 6 45 * 13 N 89 E 1809 4 2B 340 0.0 A FH MITK*C PEKG*C LEAR*E 141 88 11 10 7 4 * 7 5 7 16 * 30 N 61 E 1808 53 SF 0 0.0 LEAR*E 142 88 11 10 8 44 +2 8 45 +1 8 50 * 19 N 42 E 1808 50 SF 0 0.0 LEAR*E KANZ*C 143 88 11 10 9 15 +4 9 22 9 24 * 13 N 41 W 1808 33 SF 0 0.0 D KHAR*V KANZ*C 144 88 11 10 12 40 * 12 47 12 57 * 31 N 60 E 1808 53 SF 0 0.0 RAMY*E 145 88 11 10 12 40 * 12 49 12 56 * 19 N 41 E 1808 50 SF 0 0.0 RAMY*E 146 88 11 10 14 24 * 14 38 15 3 * 33 N 58 E 1808 53 SF 0 0.0 F H HOLL*E 147 88 11 10 16 59 * 17 2 17 4 * 32 N 59 E 1808 53 SF 0 0.0 HOLL*E 148 88 11 10 18 0 * 18 1 18 26 * 32 N 60 E 1808 53 SF 0 0.0 HOLL*E RAMY E 149 88 11 10 18 0 * 18 19 18 26 * 32 N 60 E 1808 53 SF 0 0.0 HOLL*E RAMY E 149 88 11 10 18 49 * 18 57 +1 19 11 * 32 N 58 E 1808 53 SF 20 0.4 HOLL*E RAMY E 150 88 11 10 18 58 * 19 1 19 17 * 14 N 46 W 1808 33 SF 0 0.0 RAMY*E 151 88 11 10 22 11 * 22 12 22 14 * 13 N 77 E 1809 4 SF 0 0.0 PALE*E 152 88 11 10 22 51 +0 22 52 +0 23 4 * 21 N 37 E 1808 50 SF 35 0.5 F PALE*E HOLL*E 153 88 11 11 1 11 * 1 11 1 25 * 12 N 49 W 1808 33 SN 0 0.0 I J PALE*E VORO C 154 88 11 11 1 21 * 1 26 1 29 * 13 N 61 E 1808 55 SF 0 0.0 PALE*E 155 88 11 11 4 56 +2 5 10 +3 5 46 * 15 N 48 W 1808 33 1N 0 0.0 E MITK*C PEKG*C 156 88 11 11 7 3 * 7 5 7 8 32 N 55 E 1808 53 1N 0 0.0 D ABST C 157 88 11 11 8 20 +5 8 24 +6 8 40 * 32 N 56 E 1808 53 SN 70 1.4 D K KHAR*P KANZ*C BUCA*C 158 88 11 11 8 58 +5 9 0 +3 9 8 * 16 N 50 W 1808 33 SN 0 0.0 D KHAR*V BUCA*C KANZ*C 159 88 11 11 9 34 * 9 35 9 43 * 17 N 55 W 1808 33 SF 0 0.0 D KHAR*V 160 88 11 11 9 48 * 9 52 10 7 * 13 N 56 W 1808 33 SF 0 0.0 KANZ*C 161 88 11 11 10 39 * 10 41 10 48 * 14 N 90 E 1809 10 SF 0 0.0 D H KHAR*P 162 88 11 11 13 33 +3 13 35 +4 13 46 * 11 N 54 W 1808 33 SF 0 0.0 RAMY*E KANZ*C 163 88 11 11 14 56 * 15 4 +1 15 20 * 32 N 53 E 1808 53 SF 45 0.9 RAMY*E HOLL E 164 88 11 11 15 12 +1 15 16 +0 16 24 * 12 N 53 W 1808 33 1N 180 3.0 HOLL*E RAMY*E 165 88 11 11 16 59 * 17 20 +1 17 36 * 9 N 54 W 1808 33 SF 35 0.6 RAMY*E HOLL E 166 88 11 11 20 46 * 20 47 20 53 * 13 N 57 W 1808 33 SF 0 0.0 PALE*E 167 88 11 11 21 54 * 21 59 22 10 * 11 N 58 W 1808 33 SF 0 0.0 PALE*E 168 88 11 11 22 56 22 57 23 5 * 32 N 48 E 1808 53 SF 0 0.0 HOLL E 169 88 11 12 7 22 +2 7 24 +0 7 37 * 14 N 79 E 1809 10 SF 0 0.0 KANZ*C LEAR*E 170 88 11 12 11 45 11 53 11 57 13 N 55 E 1809 4 1N 0 0.0 ATHN V 171 88 11 12 11 48 +4 11 51 +4 12 32 * 34 N 44 E 1809 3 SF 0 0.0 H KANZ*C RAMY*E 172 88 11 12 11 59 +3 12 3 +0 12 10 * 12 N 65 W 1808 33 SF 0 0.0 KANZ*C RAMY*E 173 88 11 12 13 39 * 13 39 13 44 * 13 N 67 W 1808 33 SF 0 0.0 RAMY*E 174 88 11 12 13 44 * 13 44 13 55 * 34 N 42 E 1809 3 SF 0 0.0 RAMY*E 175 88 11 12 13 57 * 14 0 14 1 * 25 S 5 W 1808 44 SF 0 0.0 RAMY*E 176 88 11 12 15 41 * 15 41 15 47 * 34 N 41 E 1809 3 SF 0 0.0 RAMY*E 177 88 11 12 16 4 +1 16 8 +1 17 6 * 35 N 44 E 1809 3 2B 270 4.4 F RAMY*E HOLL*E 178 88 11 12 16 15 +0 16 16 +0 16 31 * 12 N 68 W 1808 33 SF 20 0.0 HOLL*E RAMY*E 179 88 11 12 18 34 +2 18 35 +1 18 45 * 12 N 69 W 1808 33 SF 10 0.0 RAMY*E HOLL*E 180 88 11 12 18 52 +2 18 54 +2 19 7 * 33 N 40 E 1809 3 SF 25 0.4 F RAMY*E HOLL*E 181 88 11 12 19 41 +5 19 47 +1 19 59 * 12 N 70 W 1808 33 SF 50 0.0 HOLL*E PALE*E 182 88 11 12 19 45 +1 19 46 +0 19 56 * 34 N 39 E 1809 3 SF 20 0.3 HOLL*E PALE*E 183 88 11 12 21 17 +0 21 17 +0 21 31 * 34 N 39 E 1809 3 SF 25 0.4 HOLL*E PALE*E 184 88 11 12 22 24 >9 22 32 23 10 * 34 N 42 E 1809 3 SF 25 0.4 F PALE*E HOLL*E LEAR*E 185 88 11 12 22 24 >9 22 46 +3 23 10 * 34 N 42 E 1809 3 SF 25 0.4 F PALE*E HOLL*E LEAR*E 185 88 11 13 1 27 +3 1 46 2 31 * 34 N 37 E 1809 3 SN 30 0.4 F PALE*E LEAR*E YUNN P 186 88 11 13 1 27 +3 1 55 +4 2 31 * 34 N 37 E 1809 3 SN 30 0.4 F PALE*E LEAR*E YUNN P 186 88 11 13 1 37 +1 1 42 +2 1 56 * 12 N 74 W 1808 33 SF 45 0.0 F LEAR*E PALE*E 187 88 11 13 2 50 +3 2 55 +6 3 7 * 31 N 26 E 1808 53 SF 35 0.4 E YUNN*C LEAR*E 188 88 11 13 4 50 * 5 33 +4 6 39 * 34 N 34 E 1809 3 1N 310 4.4 E LEAR*E ABST P MITK C 189 88 11 13 7 1 7 2 7 22 * 35 N 33 E 1809 3 SN 0 0.0 YUNN P 190 88 11 13 7 16 +0 7 16 7 28 * 20 N 86 E 1809 13 SF 0 0.0 O YUNN*P LEAR*E 191 88 11 13 7 16 +0 7 25 7 28 * 20 N 86 E 1809 13 SF 0 0.0 O YUNN*P LEAR*E 191 88 11 13 11 8 * 11 23 11 43 * 24 S 21 W 1808 44 SF 0 0.0 F RAMY*E 192 88 11 13 11 13 * 11 46 11 58 * 21 N 80 E 1809 13 SF 0 0.0 RAMY*E 193 88 11 13 12 3 * 12 11 12 15 * 11 N 47 W 1808 40 SF 0 0.0 RAMY*E 194 88 11 13 12 29 * 12 29 12 41 * 22 S 22 W 1808 44 SF 0 0.0 RAMY*E 195 88 11 13 12 45 * 13 17 13 50 * 22 S 22 W 1808 44 SF 0 0.0 F RAMY*E 196 88 11 13 13 6 * 13 7 13 12 * 12 N 48 W 1808 40 SF 0 0.0 RAMY*E 197 88 11 13 12 55 * 13 10 +2 14 3 * 30 N 30 E 1809 3 SF 60 0.8 RAMY*E SVTO E 198 88 11 13 14 3 * 14 4 14 7 * 33 N 32 E 1809 3 SF 0 0.0 RAMY*E 199 88 11 13 14 13 * 14 14 14 25 * 24 S 21 W 1808 44 SF 0 0.0 F RAMY*E 200 88 11 13 14 33 * 14 34 14 39 * 24 S 21 W 1808 44 SF 0 0.0 F RAMY*E 201 88 11 13 14 57 * 15 24 15 46 * 21 N 80 E 1809 13 1F 0 0.0 RAMY*E 202 88 11 13 16 3 * 16 4 16 14 * 33 N 29 E 1809 3 SF 0 0.0 F RAMY*E 203 88 11 13 16 28 +0 16 33 +2 17 20 * 31 N 23 E 1808 53 1B 190 2.3 F HOLL*E RAMY*E 204 88 11 13 16 47 * 16 48 16 56 * 21 N 80 E 1809 13 SF 0 0.0 RAMY*E 205 88 11 13 20 22 21 5 22 46 * 34 N 25 E 1808 53 1B 0 0.0 F U HOLL E PALE E LEAR E 206 88 11 13 22 47 +5 23 7 +7 24 5 * 23 S 27 W 1808 44 1N 0 0.0 I JUZ HOLL E LEAR*E PALE E VORO C 207 88 11 14 1 44 +4 1 50 +5 2 28 * 23 N 73 E 1809 13 1N 260 0.0 F MITK*C LEAR*E VORO*V PALE*E YUNN P 208 88 11 14 2 42 +4 2 50 +0 2 58 * 24 S 31 W 1808 44 SF 40 0.5 F LEAR*E PALE*E 209 88 11 14 3 23 >9 4 15 5 14 * 23 S 30 W 1808 44 1N 0 0.0 E LEAR*E MITK*C 210 88 11 14 3 23 >9 4 41 5 14 * 23 S 30 W 1808 44 1N 0 0.0 E LEAR*E MITK*C 210 88 11 14 6 34 * 6 44 7 3 * 23 S 33 W 1808 44 SF 0 0.0 LEAR*E 211 88 11 14 11 50 * 12 6 12 44 * 23 S 35 W 1808 44 SF 0 0.0 F RAMY*E 212 88 11 14 11 59 * 12 3 12 41 * 22 N 68 E 1809 13 1N 0 0.0 RAMY*E 213 88 11 14 12 10 * 12 22 13 19 * 31 N 11 E 1808 53 SF 0 0.0 F RAMY*E 214 88 11 14 13 46 * 13 46 13 54 * 11 N 62 W 1808 40 SF 0 0.0 RAMY*E 215 88 11 14 13 44 * 14 37 +2 15 46 * 32 N 13 E 1808 53 2B 280 3.3 F H RAMY*E HOLL E 216 88 11 14 14 36 +8 14 45 +0 14 52 23 S 37 W 1808 44 SF 10 0.1 F RAMY*E HOLL*E 217 88 11 14 15 13 * 15 14 15 28 * 23 S 39 W 1808 44 SF 0 0.0 HOLL*E 218 88 11 14 16 14 * 16 14 16 34 24 S 42 W 1808 44 SF 0 0.0 RAMY E 219 88 11 14 16 40 +4 16 46 +4 17 20 * 31 N 9 E 1808 53 1N 0 0.0 F RAMY*E HOLL*E 220 88 11 14 17 32 * 17 34 17 44 * 30 N 9 E 1808 53 SF 0 0.0 F RAMY*E 221 88 11 14 18 26 * 18 35 18 49 * 21 S 40 W 1808 44 SF 0 0.0 PALE*E 222 88 11 14 19 44 +0 19 47 +0 20 24 * 22 N 62 E 1809 13 2B 270 6.1 F H PALE*E HOLL*E 223 88 11 14 20 26 * 20 34 20 58 * 26 N 79 E 1809 15 SF 0 0.0 F HOLL*E 224 88 11 14 20 37 * 20 43 20 49 * 23 S 39 W 1808 44 SF 0 0.0 F HOLL*E 225 88 11 14 23 33 +1 23 35 +1 23 52 * 32 N 7 E 1808 53 SF 15 0.2 E HOLL*E MITK*C PALE*E 226 88 11 14 23 33 +1 23 47 23 52 * 32 N 7 E 1808 53 SF 15 0.2 E HOLL*E MITK*C PALE*E 226 88 11 14 23 58 * 24 4 24 10 * 25 S 35 W 1808 46 SF 0 0.0 PALE*E 227 88 11 15 0 36 * 0 36 0 43 * 31 N 4 E 1808 53 SF 0 0.0 PALE*E MITK C 228 88 11 15 0 56 * 0 56 0 59 * 34 N 7 E 1808 53 SF 0 0.0 PALE*E 229 88 11 15 1 29 * 1 35 1 43 * 25 S 36 W 1808 44 SF 0 0.0 PALE*E 230 88 11 15 2 38 +5 2 48 +4 3 5 * 32 N 5 E 1808 53 1F 350 4.0 MITK*C YUNN*C PALE*E 231 88 11 15 4 58 * 5 7 5 15 * 25 S 40 W 1808 44 SN 0 0.0 YUNN*C 232 88 11 15 8 10 8 10 8 28 * 23 S 40 W 1808 44 SN 0 0.0 D BUCA C 233 88 11 15 8 28 * 8 29 8 33 * 20 S 47 W 1808 44 SB 0 0.0 D BUCA*C 234 88 11 15 8 50 >9 9 5 +3 9 36 * 23 S 44 W 1808 44 SN 50 0.8 D BUCA*C HTPR*C 235 88 11 15 9 18 * 9 18 9 25 * 15 N 28 E 1809 9 SF 0 0.0 E HTPR*C 236 88 11 15 9 32 * 9 45 9 50 * 32 N 6 E 1809 3 SN 0 0.0 E HTPR*C 237 88 11 15 10 19 * 10 23 10 28 * 34 N 2 W 1808 53 SN 0 0.0 E HTPR*C 238 88 11 15 10 52 * 10 53 11 1 * 36 N 10 E 1809 3 SB 0 0.0 E HTPR*C 239 88 11 15 10 55 * 11 2 11 20 * 33 N 3 W 1808 53 SB 0 0.0 E HTPR*C 240 88 11 15 11 27 * 11 29 +5 11 50 34 N 3 W 1808 53 SF 0 0.0 E I HTPR*C SVTO E 241 88 11 15 13 34 +0 13 36 13 50 20 N 26 W 1808 50 SF 0 0.0 E I RAMY*E HTPR*C 242 88 11 15 14 11 +8 14 20 +3 14 41 * 19 N 53 E 1809 13 SF 20 0.3 E I HTPR*C RAMY*E HOLL*E 243 88 11 15 14 18 * 14 20 14 33 * 26 S 56 W 1808 44 SF 0 0.0 HTPR*C 244 88 11 15 14 28 +8 14 40 +0 14 50 * 23 S 51 W 1808 44 SN 90 1.6 F HTPR*C RAMY*E HOLL*E 245 88 11 15 14 35 * 15 3 +1 15 37 * 32 N 3 W 1808 53 SF 0 0.0 F I HTPR*C RAMY E HOLL E 246 88 11 15 14 35 * 15 28 15 37 * 32 N 3 W 1808 53 SF 0 0.0 F I HTPR*C RAMY E HOLL E 246 88 11 15 16 0 * 16 19 16 47 * 26 N 65 E 1809 15 SF 0 0.0 HOLL*E 247 88 11 15 16 11 * 16 51 17 17 * 33 N 1 W 1808 53 SF 0 0.0 HOLL*E RAMY E 248 88 11 15 16 38 * 16 39 16 49 * 21 N 51 E 1809 13 SF 0 0.0 HOLL*E 249 88 11 15 16 56 * 17 5 17 9 * 24 S 49 W 1808 44 SF 0 0.0 HOLL*E 250 88 11 15 17 49 +1 17 51 +1 17 58 * 24 S 50 W 1808 44 SF 40 0.7 F HOLL*E RAMY*E PALE*E 251 88 11 15 18 15 +0 18 32 +1 19 1 * 32 N 3 W 1808 53 SF 25 0.3 F PALE*E HOLL*E 252 88 11 15 19 44 * 19 51 20 18 * 20 N 50 E 1809 13 SF 0 0.0 F HOLL*E 253 88 11 15 19 57 * 19 57 20 0 * 22 S 52 W 1808 44 SF 0 0.0 F H HOLL*E 254 88 11 15 20 34 +3 20 39 +1 21 3 * 24 S 52 W 1808 44 SN 80 1.5 F H PALE*E HOLL*E 255 88 11 15 20 43 * 20 45 20 58 * 20 N 30 W 1808 50 SF 0 0.0 F HOLL*E 256 88 11 15 20 44 * 20 47 21 0 * 20 N 49 E 1809 13 SF 0 0.0 HOLL*E 257 88 11 15 21 5 * 21 6 21 38 * 33 N 0 1809 3 SF 0 0.0 F HOLL*E 258 88 11 15 21 54 * 22 5 22 20 * 24 S 52 W 1808 44 SF 0 0.0 F H HOLL*E 259 88 11 15 22 15 * 22 23 23 18 36 N 1 W 1809 3 1N 0 0.0 F PALE E 260 88 11 15 22 19 * 22 33 23 31 * 19 N 47 E 1809 13 SF 0 0.0 HOLL*E 261 88 11 16 0 39 * 0 40 0 48 * 34 N 4 E 1809 3 SF 0 0.0 PALE*E 262 88 11 16 1 15 * 1 16 1 23 * 34 N 2 E 1809 3 SF 0 0.0 H PALE*E 263 88 11 16 1 59 1 59 2 5 8 N 90 W 1808 0 SN 0 0.0 YUNN P 264 88 11 16 2 32 2 32 2 35 * 33 N 12 W 1808 53 SF 0 0.0 E YUNN P 265 88 11 16 3 4 +3 3 5 +3 3 24 * 20 N 45 E 1809 13 SN 0 0.0 D PEKG*P PALE E 266 88 11 16 3 28 3 32 3 32 34 N 3 W 1809 3 SF 0 0.0 F YUNN P 267 88 11 16 4 14 * 4 18 +6 4 59 * 32 N 13 W 1808 53 2F 480 5.6 PEKG*P MITK C 268 88 11 16 5 3 * 5 4 5 29 * 23 S 58 W 1808 44 1N 0 0.0 PEKG*P 269 88 11 16 5 34 * 5 39 5 47 * 32 N 0 1809 3 SF 0 0.0 E MITK*C 270 88 11 16 6 30 6 31 6 55 * 32 N 0 1809 3 2N 570 6.5 F PEKG C YUNN P 271 88 11 16 6 38 * 6 42 6 47 * 34 S 44 W 1808 49 SN 0 0.0 D YUNN*C 272 88 11 16 7 59 +1 8 9 +1 8 30 * 33 N 3 W 1809 3 1B 220 2.5 E I HTPR*C TACH*C CATA*C 273 88 11 16 8 28 * 8 33 8 45 * 20 N 35 W 1808 50 SF 0 0.0 HTPR*C 274 88 11 16 8 48 * 8 49 9 8 * 35 N 8 W 1809 3 SN 0 0.0 E I HTPR*C 275 88 11 16 8 49 * 8 55 9 12 * 20 N 40 E 1809 13 SB 0 0.0 E HTPR*C 276 88 11 16 9 2 * 0 0 9 15 25 S 48 W 1808 46 SF 0 0.0 HTPR C 277 88 11 16 9 19 0 0 9 57 * 26 N 60 E 1809 15 SF 0 0.0 E HTPR C 278 88 11 16 9 20 * 9 24 9 28 * 22 N 43 E 1809 13 SF 0 0.0 HTPR*C 279 88 11 16 9 20 * 9 28 10 13 * 23 S 60 W 1808 44 SB 0 0.0 E IK HTPR*C 280 88 11 16 11 45 * 11 52 12 6 24 S 61 W 1808 44 1F 0 0.0 RAMY E 281 88 11 16 12 4 0 0 12 27 * 21 N 38 E 1809 13 SF 0 0.0 E HTPR C 282 88 11 16 12 4 0 0 12 26 * 32 N 2 W 1809 3 SF 0 0.0 E HTPR C 283 88 11 16 12 34 * 12 37 13 0 * 32 N 2 W 1809 3 SN 0 0.0 E K HTPR*C 284 88 11 16 12 34 * 12 43 13 0 * 32 N 2 W 1809 3 SN 0 0.0 E K HTPR*C 284 88 11 16 11 57 >9 13 7 +1 13 30 * 24 N 52 E 1809 15 1N 120 2.1 E RAMY*E HTPR*C 285 88 11 16 13 14 +6 13 32 +2 13 47 * 15 N 2 W 1809 4 SF 0 0.0 HTPR*C RAMY*E 286 88 11 16 13 20 * 13 21 13 29 * 28 N 13 W 1808 53 SF 0 0.0 F RAMY*E 287 88 11 16 14 14 +6 14 18 +6 14 37 * 25 S 63 W 1808 44 SF 20 0.0 E HOLL*E RAMY*E HTPR*C 288 88 11 16 14 6 +4 14 35 +2 15 1 * 31 N 4 W 1809 3 SN 90 1.0 E HTPR*C HOLL*E RAMY E SVTO E 289 88 11 16 14 53 * 14 58 +0 15 37 * 19 N 38 E 1809 13 1N 230 3.0 E HTPR*C RAMY E HOLL E 290 88 11 16 14 58 * 15 4 +1 15 29 * 24 S 62 W 1808 44 1F 100 2.4 E HTPR*C HOLL E RAMY E 291 88 11 16 15 13 * 0 0 15 25 * 31 N 8 W 1809 3 SF 0 0.0 HTPR*C RAMY E 292 88 11 16 16 4 * 16 5 16 8 * 24 S 60 W 1808 44 SF 0 0.0 HOLL*E 293 88 11 16 17 12 +3 17 16 +2 17 35 * 19 N 36 E 1809 13 SF 0 0.0 F HOLL*E PALE*E 294 88 11 16 17 18 +3 17 23 +0 17 28 * 35 N 5 W 1809 3 SF 20 0.2 H HOLL*E PALE*E 295 88 11 16 17 29 +2 17 34 +0 18 21 * 32 N 7 W 1809 3 SN 100 1.2 F HOLL*E PALE*E 296 88 11 16 17 51 * 17 52 17 56 * 23 N 45 W 1808 48 SF 0 0.0 HOLL*E 297 88 11 16 18 32 +1 18 33 +0 18 37 * 35 N 6 W 1809 3 SF 20 0.2 H PALE*E HOLL*E 298 88 11 16 19 9 +1 19 12 +2 19 23 * 32 N 19 W 1808 53 SF 40 0.5 HOLL*E PALE*E 299 88 11 16 19 38 +4 19 42 +1 20 2 * 19 N 36 E 1809 13 SF 35 0.5 HOLL*E PALE*E 300 88 11 16 19 57 +0 19 59 20 41 * 32 N 6 W 1809 3 1N 0 0.0 F HOLL*E PALE E 301 88 11 16 20 30 * 20 33 20 44 * 31 N 11 E 1809 8 SF 0 0.0 HOLL*E 302 88 11 16 20 49 * 20 51 21 1 * 31 N 11 E 1809 8 SF 0 0.0 F HOLL*E 303 88 11 16 21 18 * 21 39 21 56 * 34 S 54 W 1808 49 SF 0 0.0 F H HOLL*E 304 88 11 16 21 19 * 21 20 21 25 * 21 N 44 W 1808 50 SN 0 0.0 HOLL*E 305 88 11 16 21 39 * 21 40 22 22 * 32 N 17 W 1808 53 SB 0 0.0 HOLL*E 306 88 11 16 21 54 * 22 20 22 32 * 19 N 34 E 1809 13 SF 0 0.0 F HOLL*E 307 88 11 16 22 9 * 22 9 22 12 * 22 S 68 W 1808 44 SF 0 0.0 HOLL*E 308 88 11 16 22 27 * 22 37 22 58 * 32 N 22 W 1808 53 SF 0 0.0 F U HOLL*E 309 88 11 16 22 34 * 22 34 22 53 * 19 N 33 E 1809 13 SF 0 0.0 F HOLL*E 310 88 11 16 23 6 * 23 6 23 12 * 24 S 65 W 1808 44 SF 0 0.0 HOLL*E 311 88 11 16 23 12 * 23 14 23 26 * 30 N 17 W 1808 53 SF 0 0.0 F HOLL*E 312 88 11 16 23 36 * 23 37 23 42 * 34 N 11 W 1809 3 SF 0 0.0 HOLL*E 313 88 11 17 4 34 * 4 35 4 40 * 22 S 72 W 1808 44 SF 0 0.0 LEAR*E 314 88 11 17 5 56 * 5 59 6 13 * 34 S 54 W 1808 49 SF 0 0.0 LEAR*E 315 88 11 17 6 16 * 6 16 6 21 * 20 N 28 E 1809 13 SF 0 0.0 LEAR*E 316 88 11 17 5 41 * 5 55 6 53 33 N 22 W 1808 53 1F 0 0.0 F LEAR*E SVTO E 317 88 11 17 7 23 +3 7 27 +3 7 44 * 32 N 15 W 1809 3 SN 150 1.8 E R KANZ*C PEKG P HTPR*C LEAR*E CATA C TACH C 318 88 11 17 8 27 * 8 28 8 37 * 34 N 18 W 1809 3 SF 0 0.0 E HTPR*C 319 88 11 17 8 57 * 8 59 9 0 * 34 N 18 W 1809 3 SF 0 0.0 E HTPR*C 320 88 11 17 9 37 * 9 41 10 28 * 34 S 59 W 1808 49 SF 0 0.0 SVTO*E 321 88 11 17 9 50 * 9 59 10 27 * 34 N 17 W 1809 3 SN 0 0.0 E HTPR*C 322 88 11 17 10 25 +3 10 32 +3 10 44 15 N 14 W 1809 4 SF 0 0.0 E HTPR*C KANZ*C 323 88 11 17 10 32 * 11 7 11 35 * 32 N 8 W 1809 3 SB 0 0.0 E K HTPR*C 324 88 11 17 11 12 +8 11 21 +2 11 33 * 32 N 17 W 1809 3 SN 0 0.0 CATA*C KANZ*C SVTO*E 325 88 11 17 12 2 >9 12 13 12 46 * 34 S 58 W 1808 49 SF 0 0.0 SVTO*E RAMY*E 326 88 11 17 12 2 >9 12 32 12 46 * 34 S 58 W 1808 49 SF 0 0.0 SVTO*E RAMY*E 326 88 11 17 12 27 +2 12 30 +2 12 37 * 23 N 56 W 1808 48 SF 20 0.4 RAMY*E SVTO*E 327 88 11 17 12 55 +7 13 3 +3 13 18 * 32 N 30 W 1808 53 SN 70 0.9 HTPR*C SVTO*E KANZ*C 328 88 11 17 13 26 * 13 29 13 45 * 33 S 59 W 1808 49 SF 0 0.0 SVTO*E 329 88 11 17 13 34 >9 13 48 +2 14 44 * 21 N 27 E 1809 13 1N 350 4.1 F HTPR*C KANZ C SVTO E HOLL E RAMY E 330 88 11 17 13 34 >9 14 0 14 44 * 21 N 27 E 1809 13 1N 350 4.1 F HTPR*C KANZ C SVTO E HOLL E RAMY E 330 88 11 17 13 0 * 13 6 14 27 30 N 14 W 1809 3 SF 0 0.0 RAMY E 331 88 11 17 14 3 +3 14 5 +1 14 25 * 31 N 16 W 1809 3 1N 0 0.0 F V HOLL*E SVTO E HTPR*C KANZ*C 332 88 11 17 14 23 +4 14 31 +1 14 47 * 13 N 26 W 1808 55 SF 35 0.4 E HTPR*C HOLL*E 333 88 11 17 14 28 * 14 33 15 8 * 22 S 78 W 1808 44 SN 0 0.0 HTPR*C 334 88 11 17 15 18 * 15 19 15 25 * 31 N 26 W 1808 53 SF 0 0.0 F HOLL*E 335 88 11 17 15 34 * 15 37 15 55 * 31 N 21 W 1809 3 SF 0 0.0 F HOLL*E 336 88 11 17 18 2 * 18 32 18 41 * 34 S 60 W 1808 49 SF 0 0.0 HOLL*E 337 88 11 17 18 4 +2 18 10 +0 18 12 25 N 58 W 1808 48 SF 0 0.0 HOLL*E PALE*E 338 88 11 17 18 23 * 18 35 18 52 * 31 N 33 W 1808 53 SF 0 0.0 HOLL*E 339 88 11 17 19 3 * 19 3 19 15 * 23 N 27 E 1809 13 SF 0 0.0 HOLL*E 340 88 11 17 20 31 * 20 32 20 43 * 14 N 29 W 1808 55 SF 0 0.0 H HOLL*E 341 88 11 17 20 59 * 21 31 22 3 * 19 N 21 E 1809 13 SN 0 0.0 F H HOLL*E 342 88 11 17 21 28 * 21 30 21 46 * 32 N 25 W 1809 3 SF 0 0.0 HOLL*E 343 88 11 17 23 2 * 23 5 23 17 * 31 N 33 W 1808 53 SF 0 0.0 F HOLL*E 344 88 11 18 2 31 * 2 41 3 18 * 29 N 34 W 1808 53 SF 0 0.0 LEAR*E 345 88 11 18 9 3 * 9 4 9 7 * 20 S 88 W 1808 44 SN 0 0.0 HTPR*C 346 88 11 18 9 5 * 9 8 9 15 * 22 N 17 E 1809 13 SF 0 0.0 HTPR*C 347 88 11 18 9 32 * 0 0 9 32 29 N 28 W 1809 3 SN 0 0.0 CATA C 348 88 11 18 11 9 +3 11 14 +1 11 28 * 36 N 28 W 1809 3 SN 50 0.7 E HTPR*C SVTO E 349 88 11 18 11 49 * 11 51 11 56 * 30 N 28 W 1809 3 SN 0 0.0 E HTPR*C 350 88 11 18 12 10 * 12 11 12 15 * 36 N 30 W 1809 3 SF 0 0.0 E HTPR*C 351 88 11 18 12 35 +8 12 44 +2 12 53 * 35 N 34 W 1809 3 SF 20 0.3 E HTPR*C RAMY*E 352 88 11 18 14 0 * 14 5 +3 14 29 * 32 N 43 W 1808 53 SN 90 1.4 HTPR*C HOLL E 353 88 11 18 14 10 * 14 12 14 16 * 36 N 28 W 1809 3 SN 0 0.0 E HTPR*C 354 88 11 18 16 38 * 17 2 +0 17 22 * 26 N 28 E 1809 15 SF 45 0.6 F HOLL*E RAMY E 355 88 11 18 17 17 +0 17 19 +5 18 15 * 20 N 10 E 1809 13 SF 0 0.0 F U RAMY*E HOLL*E 356 88 11 18 19 43 +1 19 44 +0 20 20 * 33 N 48 W 1808 53 1N 0 0.0 E RAMY*E HOLL*E 357 88 11 18 20 6 * 20 7 20 14 * 35 S 72 W 1808 49 SF 0 0.0 RAMY*E 358 88 11 18 22 3 * 22 5 22 30 * 23 N 13 E 1809 13 SF 0 0.0 F HOLL*E 359 88 11 18 23 17 * 23 17 23 21 * 25 N 70 W 1808 48 SF 0 0.0 LEAR*E 360 88 11 19 4 16 * 4 27 4 35 * 31 N 18 E 1809 15 SN 0 0.0 MITK*C 361 88 11 19 6 36 * 6 39 6 48 * 13 N 25 W 1809 7 SN 0 0.0 E MITK*C 362 88 11 19 8 51 0 0 9 13 * 26 N 20 E 1809 15 SF 0 0.0 E HTPR C 363 88 11 19 8 51 0 0 9 13 * 29 N 43 W 1809 3 SB 0 0.0 E HTPR C CATA C 364 88 11 19 9 48 +1 9 48 +3 10 8 * 32 N 55 W 1808 53 SN 0 0.0 K HTPR*C LEAR*E SVTO*E CATA C ATHN V 365 88 11 19 9 48 +1 10 1 +0 10 8 * 32 N 55 W 1808 53 SN 0 0.0 K HTPR*C LEAR*E SVTO*E CATA C ATHN V 365 88 11 19 10 56 * 11 4 11 8 * 30 N 37 W 1809 0 SF 0 0.0 E HTPR*C 366 88 11 19 11 4 +3 11 15 11 22 * 27 N 19 E 1809 15 SF 0 0.0 E HTPR*C SVTO*E 367 88 11 19 11 31 * 11 31 11 49 * 21 N 1 E 1809 13 SF 0 0.0 RAMY*E 368 88 11 19 11 38 * 11 47 12 1 * 31 N 50 W 1808 53 SF 0 0.0 RAMY*E 369 88 11 19 11 50 * 12 3 12 22 * 23 N 12 E 1809 14 SN 0 0.0 E HTPR*C 370 88 11 19 12 4 * 12 7 12 18 * 20 N 3 E 1809 14 SF 0 0.0 F RAMY*E 371 88 11 19 12 26 +3 12 27 +3 12 42 * 34 S 88 W 1808 49 SF 20 0.0 HTPR*C RAMY*E SVTO*E 372 88 11 19 13 27 * 13 29 13 51 * 31 N 52 W 1808 53 SF 0 0.0 F RAMY*E 373 88 11 19 13 31 * 13 35 13 56 * 18 N 1 W 1809 13 SF 0 0.0 F H RAMY*E 374 88 11 19 16 45 16 45 16 50 * 34 N 75 W 1808 53 SF 0 0.0 RAMY E 375 88 11 19 17 58 17 59 18 11 25 N 14 E 1809 15 SF 0 0.0 F RAMY E 376 88 11 19 18 37 * 18 46 19 28 * 20 N 1 W 1809 13 SF 0 0.0 F HOLL*E RAMY E 377 88 11 19 20 21 * 20 24 20 36 * 33 N 63 W 1808 53 SF 0 0.0 HOLL*E 378 88 11 19 21 28 * 21 29 21 36 * 21 N 3 W 1809 13 SF 0 0.0 H HOLL*E 379 88 11 19 22 15 * 22 18 22 40 * 24 N 1 W 1809 13 SF 0 0.0 HOLL*E 380 88 11 19 23 13 * 23 16 23 23 * 34 N 53 W 1809 3 SF 0 0.0 HOLL*E 381 88 11 20 2 0 * 2 1 2 4 * 24 N 2 W 1809 13 SF 0 0.0 F LEAR*E 382 88 11 20 8 12 0 0 8 28 23 N 7 W 1809 13 SF 0 0.0 KHAR V 383 88 11 20 8 17 0 0 8 49 * 21 N 90 W 1808 50 SF 0 0.0 D KHAR P 384 88 11 20 8 54 * 0 0 9 2 23 N 8 W 1809 13 SF 0 0.0 E KHAR P 385 88 11 20 9 7 * 9 10 9 20 * 21 N 90 W 1808 50 SF 0 0.0 D KHAR*V 386 88 11 20 9 40 * 9 42 9 58 * 21 N 90 W 1808 50 SF 0 0.0 D KHAR*V 387 88 11 20 11 10 11 10 11 20 * 18 N 90 W 1808 50 1F 0 0.0 CATA C 388 88 11 20 11 44 * 11 45 11 58 * 22 N 9 W 1809 13 SF 0 0.0 F RAMY*E 389 88 11 20 12 34 * 12 35 12 49 * 22 N 9 W 1809 13 SF 0 0.0 F RAMY*E 390 88 11 20 13 13 +2 13 17 +4 13 37 * 27 N 4 E 1809 15 SF 30 0.3 F SVTO*E RAMY*E 391 88 11 20 14 12 * 14 12 14 18 * 23 N 12 W 1809 13 SF 0 0.0 SVTO*E 392 88 11 20 14 17 +0 14 18 +2 14 54 * 13 N 37 W 1809 7 SB 100 1.3 F SVTO*E HOLL*E RAMY E 393 88 11 20 14 30 +1 14 31 +1 14 46 * 36 N 57 W 1809 3 SF 30 0.7 F SVTO*E HOLL*E RAMY E 394 88 11 20 15 27 * 15 29 +2 15 37 * 27 N 3 E 1809 15 SF 20 0.2 F HOLL*E RAMY E 395 88 11 20 16 34 +2 16 39 +1 17 13 * 26 N 0 1809 15 1F 210 2.3 F HOLL*E RAMY*E 396 88 11 20 16 51 * 16 52 +5 17 15 * 16 N 56 W 1809 4 SF 0 0.0 F HOLL*E RAMY E 397 88 11 20 18 49 * 18 49 18 54 * 23 N 11 W 1809 13 SF 0 0.0 HOLL*E 398 88 11 20 19 37 * 19 38 19 48 * 14 N 39 W 1809 7 SF 25 0.3 HOLL*E RAMY E 399 88 11 20 19 59 +4 20 2 20 22 * 35 N 60 W 1809 3 SF 0 0.0 RAMY*E HOLL*E 400 88 11 20 19 59 +4 20 17 20 22 * 35 N 60 W 1809 3 SF 0 0.0 RAMY*E HOLL*E 400 88 11 20 22 18 22 18 22 35 13 N 41 W 1809 7 SF 0 0.0 PALE E 401 88 11 20 22 38 * 22 39 22 47 * 14 N 42 W 1809 7 SF 0 0.0 HOLL*E 402 88 11 21 2 46 2 46 2 58 * 14 N 43 W 1809 7 SN 0 0.0 YUNN P 403 88 11 21 3 34 +0 3 36 +2 4 0 * 12 N 44 W 1809 7 SN 0 0.0 E YUNN*C MITK*C 404 88 11 21 4 6 * 4 7 4 11 * 32 N 71 W 1809 3 SF 0 0.0 LEAR*E 405 88 11 21 5 58 * 6 0 6 10 * 14 N 45 W 1809 7 SN 0 0.0 D ABST*C 406 88 11 21 7 0 +6 7 0 7 17 * 27 S 69 E 1809 26 SN 0 0.0 D YUNN P ABST*C 407 88 11 21 7 0 +6 7 8 7 17 * 27 S 69 E 1809 26 SN 0 0.0 D YUNN P ABST*C 407 88 11 21 7 16 * 7 17 7 19 * 33 N 69 W 1809 3 SF 0 0.0 LEAR*E 408 88 11 21 8 24 * 8 27 8 40 * 21 N 25 W 1809 13 SN 0 0.0 YUNN*C 409 88 11 21 12 15 * 12 15 12 25 * 27 S 68 E 1809 26 SF 0 0.0 RAMY*E 410 88 11 21 12 27 * 12 30 13 6 * 19 N 25 W 1809 13 1F 0 0.0 F RAMY*E 411 88 11 21 13 49 * 13 49 14 17 * 24 N 10 W 1809 14 SF 0 0.0 F RAMY*E 412 88 11 21 13 56 >9 14 15 +2 14 47 * 22 N 21 W 1809 13 1N 0 0.0 H RAMY*E HOLL*E 413 88 11 21 14 36 * 14 42 14 51 * 28 S 69 E 1809 26 SF 0 0.0 RAMY*E 414 88 11 21 15 27 +0 15 29 +1 15 49 * 26 N 11 W 1809 15 SF 35 0.4 F RAMY*E HOLL*E 415 88 11 21 16 42 >9 16 54 18 27 * 21 N 31 W 1809 13 SF 20 0.2 RAMY*E HOLL*E PALE E 416 88 11 21 16 42 >9 18 24 +0 18 27 * 21 N 31 W 1809 13 SF 20 0.2 RAMY*E HOLL*E PALE E 416 88 11 21 18 52 +0 18 52 +0 19 5 * 14 N 55 W 1809 7 SF 20 0.4 RAMY*E HOLL*E 417 88 11 21 19 14 +4 19 18 +2 19 55 * 27 N 12 W 1809 15 SF 50 0.6 HOLL*E RAMY*E PALE*E 418 88 11 21 19 15 +3 19 23 +1 20 34 * 23 N 26 W 1809 13 1F 0 0.0 F HOLL*E RAMY*E PALE*E 419 88 11 21 22 20 * 22 28 22 45 * 13 N 54 W 1809 7 SF 0 0.0 F HOLL*E 420 88 11 21 22 21 * 22 36 23 22 * 27 N 15 W 1809 15 SF 0 0.0 HOLL*E 421 88 11 21 22 25 * 22 27 22 48 * 21 N 35 W 1809 13 SF 0 0.0 F HOLL*E 422 88 11 21 22 50 +2 22 55 +9 23 28 * 14 N 56 W 1809 7 1N 0 0.0 F Y HOLL*E LEAR*E PALE E 423 88 11 22 0 34 * 0 56 1 36 * 22 N 30 W 1809 13 1F 0 0.0 E MITK*C 424 88 11 22 6 25 * 6 25 6 33 * 28 N 18 W 1809 15 SF 0 0.0 LEAR*E 425 88 11 22 7 3 * 7 6 7 15 * 35 N 90 W 1808 53 1N 0 0.0 D ABST*C 426 88 11 22 10 7 * 10 9 10 30 * 15 N 65 W 1809 7 SF 0 0.0 HTPR*C 427 88 11 22 13 8 * 13 16 13 26 * 26 N 41 W 1809 13 SF 0 0.0 HTPR*C 428 88 11 22 14 15 +6 14 24 +1 14 39 * 26 N 23 W 1809 15 SF 0 0.0 HTPR*C HOLL*E 429 88 11 22 14 26 * 14 30 14 50 * 25 N 42 W 1809 13 SN 0 0.0 E HTPR*C 430 88 11 22 14 45 +8 15 1 15 39 * 27 N 23 W 1809 15 1F 0 0.0 I HTPR C HOLL*E 431 88 11 22 18 56 * 19 21 19 27 * 38 S 33 W 1809 0 SF 0 0.0 HOLL*E 432 88 11 22 19 16 * 19 19 19 29 * 19 N 45 W 1809 13 SF 0 0.0 HOLL*E 433 88 11 22 19 57 * 20 0 20 8 * 22 N 38 W 1809 13 SF 0 0.0 HOLL*E 434 88 11 22 20 54 * 21 7 22 17 * 21 N 44 W 1809 13 SF 0 0.0 F HOLL*E 435 88 11 22 21 10 * 21 12 21 30 * 15 S 54 W 1809 11 SF 0 0.0 HOLL*E 436 88 11 23 1 45 1 45 1 48 * 14 S 60 W 1809 11 SN 0 0.0 D YUNN P 437 88 11 23 3 32 * 3 33 3 39 * 21 N 66 E 1809 28 SF 0 0.0 LEAR*E 438 88 11 23 11 5 * 11 17 11 30 * 27 N 35 W 1809 15 SF 0 0.0 E HTPR*C 439 88 11 23 11 38 * 11 44 11 56 * 14 S 66 W 1809 11 SF 0 0.0 E HTPR*C 440 88 11 23 13 3 * 13 6 13 13 * 15 N 70 W 1809 10 SF 0 0.0 HTPR*C 441 88 11 23 13 38 +2 13 40 +1 13 44 * 17 N 58 E 1809 28 SN 0 0.0 HTPR*C KANZ C RAMY*E 442 88 11 23 14 46 * 14 49 14 53 * 17 N 57 E 1809 28 SN 0 0.0 E HTPR*C 443 88 11 23 19 6 * 19 8 19 31 * 3 N 3 E 1809 0 SF 0 0.0 F HOLL*E 444 88 11 23 19 35 * 19 38 19 57 * 28 N 39 W 1809 15 SF 0 0.0 HOLL*E 445 88 11 23 19 50 * 20 1 20 51 * 30 S 38 E 1809 26 SF 0 0.0 F HOLL*E PALE E 446 88 11 23 19 50 * 20 12 20 51 * 30 S 38 E 1809 26 SF 0 0.0 F HOLL*E PALE E 446 88 11 24 2 20 +0 2 21 +0 2 25 * 18 N 50 E 1809 28 SF 20 0.3 PALE*E LEAR*E 447 88 11 24 5 22 * 5 24 5 27 * 20 N 50 E 1809 28 SF 0 0.0 D ABST*C 448 88 11 24 8 28 * 0 0 8 36 * 20 N 54 E 1809 28 SF 0 0.0 D KHAR*V 449 88 11 24 8 53 +2 8 57 9 30 * 22 N 70 W 1809 13 SF 0 0.0 HTPR*C KHAR V 450 88 11 24 8 53 +2 9 9 9 30 * 22 N 70 W 1809 13 SF 0 0.0 HTPR*C KHAR V 450 88 11 24 9 58 * 0 0 10 30 21 S 90 E 1809 33 SF 0 0.0 D KHAR V 451 88 11 24 10 15 10 16 10 25 * 12 S 80 W 1809 11 SF 0 0.0 D KHAR V 452 88 11 24 11 15 * 11 27 +2 11 42 * 19 N 60 W 1809 14 SF 40 0.8 E HTPR*C RAMY E 453 88 11 24 12 0 * 12 17 12 25 * 14 S 90 W 1809 11 SF 0 0.0 HTPR*C 454 88 11 24 12 42 * 12 44 12 56 * 35 N 80 E 1809 32 SF 0 0.0 HTPR*C 455 88 11 24 12 44 * 12 44 12 54 * 27 N 79 E 1809 32 SF 0 0.0 KANZ*C 456 88 11 24 12 50 12 51 12 58 * 17 S 88 E 1809 33 SF 0 0.0 RAMY E 457 88 11 24 13 25 * 13 39 13 55 * 20 S 42 W 1809 16 SN 0 0.0 E HTPR*C 458 88 11 25 4 12 * 4 13 4 16 * 21 S 90 E 1809 33 SN 0 0.0 D PEKG*P 459 88 11 25 13 55 * 13 58 14 18 * 27 N 61 W 1809 15 SF 15 0.3 HTPR*C RAMY E 460 88 11 25 15 36 * 15 37 15 42 * 20 N 89 W 1809 13 SF 0 0.0 RAMY*E 461 88 11 25 16 14 16 16 16 30 17 S 76 E 1809 33 SF 0 0.0 HOLL E 462 88 11 26 5 43 * 6 4 6 24 * 31 S 7 E 1809 26 1N 0 0.0 E MITK*C 463 88 11 26 7 35 0 0 9 20 * 26 N 71 W 1809 15 SF 0 0.0 HTPR C 464 88 11 26 9 1 * 0 0 9 5 * 23 N 71 W 1809 14 SN 0 0.0 CATA*C 465 88 11 26 10 33 * 11 0 +0 11 39 * 23 N 90 W 1809 13 1N 160 0.0 E HTPR*C CATA C 466 88 11 26 11 7 >9 11 36 +1 11 43 * 22 N 89 W 1809 13 SF 0 0.0 F RAMY*E CATA C 467 88 11 26 11 24 +7 11 34 +1 11 44 * 27 N 85 W 1809 14 SF 0 0.0 A HTPR*C KANZ*C 468 88 11 26 13 35 * 13 40 +5 13 55 * 25 N 90 W 1809 13 SF 20 0.0 E HTPR*C RAMY E 469 88 11 26 13 48 13 48 13 55 18 S 56 E 1809 30 SF 0 0.0 F RAMY E 470 88 11 26 17 10 * 17 11 17 34 * 30 S 0 1809 26 SF 40 0.5 F HOLL*E RAMY E 471 88 11 26 23 6 +1 23 7 +1 23 23 * 17 N 14 E 1809 28 SF 30 0.3 HOLL*E PALE*E 472 88 11 26 23 30 * 23 37 +1 24 29 * 18 S 53 E 1809 33 SF 0 0.0 F PALE*E HOLL E 473 88 11 27 2 11 * 2 15 2 50 * 17 N 13 E 1809 28 SN 0 0.0 MITK*C PEKG C PALE E 474 88 11 27 2 11 * 2 22 +5 2 50 * 17 N 13 E 1809 28 SN 0 0.0 MITK*C PEKG C PALE E 474 88 11 27 14 48 * 15 0 15 8 * 19 S 47 E 1809 33 SF 0 0.0 HOLL*E 475 88 11 27 14 58 * 15 3 15 6 * 22 N 7 E 1809 28 SF 0 0.0 HOLL*E 476 88 11 27 15 10 * 15 12 15 20 * 22 N 7 E 1809 28 SF 0 0.0 HOLL*E 477 88 11 27 16 30 16 32 16 41 23 N 7 E 1809 28 SF 0 0.0 RAMY E 478 88 11 27 17 17 * 17 17 17 32 * 17 S 48 E 1809 33 SF 0 0.0 RAMY*E 479 88 11 27 17 35 * 17 39 17 57 * 17 S 45 E 1809 33 SF 0 0.0 RAMY*E 480 88 11 27 17 55 * 17 55 18 6 * 23 N 6 E 1809 27 SF 0 0.0 RAMY*E 481 88 11 27 19 18 >9 19 39 20 13 * 17 S 47 E 1809 33 SF 0 0.0 HOLL*E RAMY*E 482 88 11 27 19 18 >9 19 47 20 13 * 17 S 47 E 1809 33 SF 0 0.0 HOLL*E RAMY*E 482 88 11 27 20 25 +1 20 28 +2 20 47 * 19 S 38 E 1809 30 SF 40 0.5 HOLL*E RAMY*E 483 88 11 27 22 7 * 22 16 23 42 18 S 46 E 1809 33 1N 0 0.0 F Z HOLL E PALE E 484 88 11 27 22 7 * 22 30 23 42 18 S 46 E 1809 33 1N 0 0.0 F Z HOLL E PALE E 484 88 11 28 7 29 +1 7 47 +1 8 9 * 19 S 36 E 1809 33 SN 0 0.0 E Z PEKG*P KANZ*C 485 88 11 28 10 15 * 10 16 10 20 * 9 N 80 E 1809 37 SF 0 0.0 D KHAR*V 486 88 11 28 10 35 +3 10 43 +2 11 7 * 30 S 21 W 1809 26 SN 0 0.0 E H KHAR P KANZ*C 487 88 11 28 11 28 11 29 12 16 * 19 S 31 E 1809 30 SN 0 0.0 F H RAMY E 488 88 11 28 13 22 * 13 23 13 30 * 18 N 1 E 1809 28 SF 0 0.0 F RAMY*E 489 88 11 28 16 9 * 16 16 16 27 * 16 N 8 W 1809 28 SF 0 0.0 HOLL*E 490 88 11 28 16 43 * 16 54 17 21 * 18 S 36 E 1809 33 SF 0 0.0 U HOLL*E 491 88 11 28 17 44 * 17 44 17 54 * 33 S 22 W 1809 26 SF 0 0.0 HOLL*E 492 88 11 28 17 51 * 17 57 18 17 * 19 S 31 E 1809 33 SF 0 0.0 F HOLL*E 493 88 11 28 18 34 * 18 36 18 48 * 19 N 6 W 1809 28 SF 0 0.0 F HOLL*E 494 88 11 28 19 1 * 19 3 19 37 * 16 N 10 W 1809 28 SF 0 0.0 F HOLL*E PALE E 495 88 11 28 19 1 * 19 22 19 37 * 16 N 10 W 1809 28 SF 0 0.0 F HOLL*E PALE E 495 88 11 28 19 52 * 19 56 20 10 * 19 S 29 E 1809 33 SF 0 0.0 F HOLL*E 496 88 11 28 23 28 * 23 29 23 37 * 20 S 24 E 1809 33 SF 0 0.0 HOLL*E 497 88 11 28 23 33 * 23 43 23 47 32 N 28 E 1809 32 SF 0 0.0 F HOLL E 498 88 11 29 2 23 * 2 24 2 41 * 18 S 23 E 1809 30 SF 0 0.0 F LEAR*E 499 88 11 29 5 51 * 5 53 6 2 * 19 S 20 E 1809 30 SF 0 0.0 LEAR*E 500 88 11 29 6 34 * 6 36 6 56 * 22 S 21 E 1809 33 SF 0 0.0 H LEAR*E 501 88 11 29 7 57 +0 7 58 +4 8 10 * 17 N 17 W 1809 28 SF 0 0.0 LEAR*E ABST*C 502 88 11 29 8 32 * 0 0 8 34 * 30 S 65 W 1809 20 SF 0 0.0 SVTO*E 503 88 11 29 11 1 0 0 11 1 19 S 18 E 1809 30 2N 0 0.0 CATA C 504 88 11 29 13 52 +0 13 53 +0 13 56 * 22 S 26 E 1809 33 SF 45 0.6 SVTO*E RAMY*E 505 88 11 29 17 14 17 16 17 33 * 19 S 20 E 1809 33 SF 0 0.0 F RAMY E 506 88 11 29 17 59 * 17 59 18 11 * 28 S 70 W 1809 20 SF 0 0.0 HOLL*E 507 88 11 29 20 27 >9 20 40 21 4 * 19 S 16 E 1809 33 SF 0 0.0 F RAMY*E HOLL*E 508 88 11 29 20 27 >9 20 48 21 4 * 19 S 16 E 1809 33 SF 0 0.0 F RAMY*E HOLL*E 508 88 11 30 3 37 * 3 38 3 54 * 21 S 12 E 1809 33 SF 0 0.0 F LEAR*E 509 88 11 30 4 33 +1 4 39 +0 4 55 * 20 S 11 E 1809 33 SF 0 0.0 E MITK*C LEAR*E 510 88 11 30 5 37 * 5 37 5 51 * 17 N 17 E 1809 34 SF 0 0.0 D ABST*C 511 88 11 30 5 54 * 5 57 6 9 * 19 S 14 E 1809 33 SF 0 0.0 E ABST*C 512 88 11 30 6 9 +3 6 18 +3 7 9 * 17 S 14 E 1809 33 SF 0 0.0 D KZ ABST*C LEAR*E 513 88 11 30 6 16 * 6 18 6 36 * 18 N 18 E 1809 34 SF 0 0.0 E K ABST*C 514 88 11 30 7 4 * 7 6 7 25 * 24 N 27 W 1809 28 SN 0 0.0 D ABST*C 515 88 11 30 16 21 +0 16 23 +4 16 41 * 16 N 35 W 1809 28 SF 25 0.3 F RAMY*E HOLL*E 516 88 11 30 16 48 * 16 56 17 12 * 17 N 12 E 1809 34 SF 0 0.0 F HOLL*E 517 88 11 30 18 36 * 18 37 18 49 * 18 S 9 E 1809 33 SF 0 0.0 F HOLL*E 518 88 11 30 19 57 * 20 13 20 32 * 18 N 63 E 1809 40 SF 0 0.0 RAMY*E 519 88 11 30 21 3 * 21 6 21 16 * 14 S 4 E 1809 33 SF 0 0.0 HOLL*E 520 88 11 30 22 33 * 22 35 22 46 * 21 S 2 E 1809 33 SF 0 0.0 F HOLL*E 521 88 11 30 22 55 * 23 18 23 24 * 17 N 8 E 1809 34 SF 0 0.0 LEAR*E 522 88 11 30 22 57 * 22 57 23 16 * 18 N 60 E 1809 40 SF 0 0.0 LEAR*E 523 88 12 1 3 38 * 3 39 3 51 * 18 N 7 E 1809 34 SF 0 0.0 LEAR*E 1 88 12 1 7 50 +0 7 53 +4 8 4 * 16 N 53 E 1809 40 SF 60 1.0 E KAND*P LEAR*E 2 88 12 1 8 33 * 8 35 8 40 * 14 S 1 W 1809 33 SN 0 0.0 D KAND*P 3 88 12 1 13 36 13 53 14 12 15 S 30 E 1809 36 SF 0 0.0 RAMY E 4 88 12 1 16 35 +0 16 35 +1 16 44 * 14 S 27 E 1809 36 SF 35 0.4 RAMY*E HOLL*E 5 88 12 1 16 38 * 16 43 16 47 * 19 N 50 E 1809 40 SF 0 0.0 HOLL*E 6 88 12 1 18 22 +2 18 25 +0 18 35 * 19 N 49 E 1809 40 SF 35 0.6 H RAMY*E HOLL*E 7 88 12 1 18 33 +1 18 36 +0 18 47 * 15 S 25 E 1809 36 SF 20 0.2 RAMY*E HOLL*E 8 88 12 1 19 5 +0 19 7 +0 19 14 * 19 N 47 E 1809 40 SF 60 0.9 H RAMY*E HOLL*E 9 88 12 1 20 42 +5 20 47 +1 20 58 * 15 S 24 E 1809 36 SF 20 0.2 F HOLL*E RAMY*E 10 88 12 1 21 14 * 21 16 21 31 * 19 N 45 E 1809 40 SF 0 0.0 HOLL*E 11 88 12 1 23 41 * 23 44 23 55 * 17 S 10 W 1809 33 SF 0 0.0 D IJ VORO*C 12 88 12 2 0 35 +9 0 44 +1 1 5 * 14 S 20 E 1809 36 SF 0 0.0 E I VORO*C LEAR*E 13 88 12 2 4 37 * 4 55 5 36 * 19 S 17 E 1809 36 SN 0 0.0 E MITK*C 14 88 12 2 9 44 0 0 9 49 24 N 60 W 1809 27 SF 0 0.0 KHAR V 15 88 12 2 10 15 * 10 15 10 20 21 N 60 W 1809 27 SF 0 0.0 D KHAR V 16 88 12 2 10 34 * 0 0 10 47 * 18 N 40 E 1809 40 SF 0 0.0 H KHAR*V 17 88 12 2 11 43 * 11 45 11 51 * 19 N 43 E 1809 40 SF 0 0.0 RAMY*E 18 88 12 2 12 45 * 12 46 12 59 * 19 S 15 W 1809 33 SF 0 0.0 RAMY*E 19 88 12 2 13 39 * 13 40 14 15 * 19 N 42 E 1809 40 SF 0 0.0 RAMY*E 20 88 12 2 14 9 * 14 14 14 21 * 22 N 58 W 1809 27 SF 0 0.0 H RAMY*E 21 88 12 2 14 21 * 14 22 14 48 * 19 S 18 W 1809 33 SF 0 0.0 F RAMY*E 22 88 12 2 14 46 * 14 49 14 58 * 18 N 39 E 1809 40 SF 0 0.0 F RAMY*E 23 88 12 2 15 2 * 15 3 15 7 * 23 N 62 W 1809 27 SF 0 0.0 RAMY*E 24 88 12 2 15 36 * 15 47 16 27 * 19 N 39 E 1809 40 SF 0 0.0 F RAMY*E HOLL E 25 88 12 2 15 36 * 15 55 16 27 * 19 N 39 E 1809 40 SF 0 0.0 F RAMY*E HOLL E 25 88 12 2 17 10 * 17 14 17 27 * 19 N 15 W 1809 34 SF 0 0.0 F RAMY*E 26 88 12 2 17 20 * 17 20 17 26 * 23 N 58 W 1809 28 SF 0 0.0 RAMY*E 27 88 12 2 17 50 * 17 53 18 23 * 18 N 38 E 1809 40 SF 0 0.0 F RAMY*E PALE E 28 88 12 2 17 50 * 18 10 18 23 * 18 N 38 E 1809 40 SF 0 0.0 F RAMY*E PALE E 28 88 12 2 20 8 20 18 20 24 * 16 S 9 E 1809 36 SF 0 0.0 F HOLL E 29 88 12 2 23 27 +0 23 30 +1 23 42 * 18 N 35 E 1809 40 SF 30 0.4 F PALE*E LEAR*E HOLL E 30 88 12 3 0 6 +4 0 8 +4 0 21 * 19 N 35 E 1809 40 SF 20 0.3 F IJ PALE*E LEAR*E VORO*C 31 88 12 3 1 41 +3 1 45 +2 1 55 * 18 N 34 E 1809 40 SF 50 0.6 I PALE*E VORO*C 32 88 12 3 1 49 * 1 53 2 2 * 18 S 26 W 1809 33 SF 0 0.0 F PALE*E 33 88 12 3 1 51 * 1 54 2 8 * 18 S 22 E 1809 0 1F 0 0.0 E IJ VORO*C 34 88 12 3 6 47 +2 6 51 6 57 * 24 N 68 W 1809 27 SF 0 0.0 D TACH C LEAR*E 35 88 12 3 10 30 0 0 10 40 17 N 33 E 1809 40 SN 0 0.0 H KHAR V 36 88 12 3 13 5 +2 13 7 +0 13 14 * 15 S 0 1809 36 SF 20 0.2 E HTPR*C RAMY*E 37 88 12 3 17 5 * 17 7 17 13 * 13 N 3 E 1809 37 SF 0 0.0 HOLL*E 38 88 12 3 18 0 * 18 2 18 10 * 24 N 90 E 1809 46 SF 0 0.0 HOLL*E 39 88 12 3 20 47 +4 20 47 +5 20 59 * 15 S 4 W 1809 36 SF 10 0.1 PALE*E HOLL*E RAMY*E 40 88 12 3 21 6 21 7 +0 21 13 * 24 N 90 E 1809 46 SF 0 0.0 HOLL E PALE E 41 88 12 3 21 49 +2 21 52 +0 22 2 * 15 S 6 W 1809 36 SF 30 0.3 F HOLL*E PALE*E 42 88 12 3 22 58 * 23 1 23 8 * 15 S 5 W 1809 36 SF 0 0.0 HOLL*E 43 88 12 4 8 8 8 16 8 30 * 20 S 90 E 1809 48 SF 0 0.0 KHAR V 44 88 12 4 10 37 * 10 37 10 45 * 20 S 90 E 1809 48 SF 0 0.0 D KHAR*V 45 88 12 4 11 36 * 0 0 11 36 17 S 90 E 1809 48 1B 0 0.0 CATA P 46 88 12 5 1 51 +0 1 51 +0 2 0 * 17 N 72 E 1809 47 SF 20 0.0 LEAR*E PALE*E 47 88 12 5 8 19 * 8 22 8 28 * 17 N 67 E 1809 47 SF 0 0.0 LEAR*E 48 88 12 5 11 33 * 11 34 11 50 * 20 N 67 E 1809 47 SF 0 0.0 SVTO*E 49 88 12 5 14 48 * 14 48 14 59 * 19 N 1 W 1809 40 SF 0 0.0 F RAMY*E 50 88 12 5 18 21 * 18 22 18 35 * 15 S 30 W 1809 36 SF 0 0.0 HOLL*E 51 88 12 5 19 9 * 19 15 19 41 * 21 N 64 E 1809 47 SF 0 0.0 HOLL*E RAMY E 52 88 12 5 19 9 * 19 24 19 41 * 21 N 64 E 1809 47 SF 0 0.0 HOLL*E RAMY E 52 88 12 5 20 52 * 20 53 20 59 * 25 S 46 E 1809 45 SF 0 0.0 HOLL*E 53 88 12 6 6 16 * 6 28 6 53 * 18 N 9 W 1809 40 SF 0 0.0 YUNN*C 54 88 12 6 6 28 6 28 6 40 * 13 N 30 W 1809 37 SB 0 0.0 YUNN P 55 88 12 6 7 29 +0 7 32 +2 7 42 * 18 N 54 E 1809 47 SF 40 0.7 F SVTO*E LEAR*E YUNN P 56 88 12 6 7 44 +4 7 48 +2 8 22 * 25 N 49 E 1809 46 1N 160 2.7 F TACH C YUNN P CATA C LEAR*E SVTO E 57 88 12 6 7 44 +4 7 58 8 22 * 25 N 49 E 1809 46 1N 160 2.7 F TACH C YUNN P CATA C LEAR*E SVTO E 57 88 12 6 10 51 +6 10 52 +6 11 1 * 35 S 64 E 1809 51 SF 30 0.0 SVTO*E HTPR*C 58 88 12 6 11 5 +4 11 10 +1 11 30 * 13 N 31 W 1809 37 SB 120 1.4 H HTPR*C SVTO*E CATA*C RAMY E 59 88 12 6 11 5 +4 11 18 11 30 * 13 N 31 W 1809 37 SB 120 1.4 H HTPR*C SVTO*E CATA*C RAMY E 59 88 12 6 13 3 +0 13 4 +1 13 12 * 17 N 54 E 1809 47 SF 20 0.4 E HTPR*C RAMY*E KANZ C 60 88 12 6 13 54 * 13 57 14 2 * 35 S 67 E 1809 51 SF 0 0.0 RAMY*E 61 88 12 6 14 6 * 14 6 14 15 * 35 S 66 E 1809 51 SF 0 0.0 RAMY*E 62 88 12 6 15 3 +0 15 5 +1 15 19 * 18 N 51 E 1809 47 SF 45 0.8 RAMY*E HOLL*E 63 88 12 6 15 5 +0 15 6 +0 15 21 * 35 S 65 E 1809 51 SF 35 0.0 RAMY*E HOLL*E 64 88 12 6 16 11 +0 16 12 +0 16 23 * 17 N 52 E 1809 47 SF 40 0.7 RAMY*E HOLL*E 65 88 12 6 17 15 * 17 16 17 27 * 20 S 73 W 1809 33 SF 0 0.0 HOLL*E 66 88 12 6 18 28 +1 18 31 +0 18 46 * 29 N 83 E 1810 1 SF 40 0.0 HOLL*E RAMY*E 67 88 12 6 20 13 +0 20 26 +4 20 55 * 20 N 50 E 1809 47 SF 80 1.3 F RAMY*E HOLL*E 68 88 12 6 20 30 +6 20 37 +6 21 32 * 18 N 14 W 1809 40 SF 45 0.5 F HOLL*E RAMY*E 69 88 12 6 22 1 * 22 5 22 15 * 29 N 77 E 1810 1 SN 0 0.0 HOLL*E 70 88 12 6 22 30 * 22 31 22 47 * 26 N 35 E 1809 44 SF 0 0.0 HOLL*E 71 88 12 6 22 53 * 23 14 23 35 * 18 N 16 W 1809 40 SF 0 0.0 HOLL*E 72 88 12 7 2 24 2 24 2 41 * 20 S 84 W 1809 33 1N 0 0.0 YUNN P 73 88 12 7 4 12 * 4 13 4 18 * 21 S 80 W 1809 33 SF 0 0.0 LEAR*E 74 88 12 7 5 21 * 5 26 5 35 * 27 N 34 E 1809 44 SF 0 0.0 D ABST*C 75 88 12 7 7 14 * 7 14 7 20 * 21 S 84 W 1809 33 SF 0 0.0 LEAR*E 76 88 12 7 9 5 * 9 6 9 20 * 15 N 42 W 1809 37 SF 0 0.0 E BUCA*C 77 88 12 7 9 6 * 9 7 9 15 * 22 S 85 W 1809 33 SF 0 0.0 D BUCA*C 78 88 12 7 14 11 * 14 12 14 20 * 16 S 59 W 1809 36 SF 0 0.0 RAMY*E 79 88 12 7 14 20 14 23 14 28 * 19 N 36 E 1809 47 SF 0 0.0 H RAMY E 80 88 12 7 14 41 * 14 41 14 57 15 S 55 W 1809 36 SF 0 0.0 RAMY E 81 88 12 7 17 4 17 9 17 55 18 N 37 E 1809 47 SF 0 0.0 RAMY E 82 88 12 7 17 12 17 15 17 36 34 S 50 E 1809 51 SF 0 0.0 RAMY E 83 88 12 7 23 28 +0 23 29 +1 23 34 * 15 N 82 E 1810 2 SF 0 0.0 LEAR*E PALE*E 84 88 12 8 3 21 * 3 22 3 25 * 16 N 81 E 1810 2 SF 0 0.0 LEAR*E 85 88 12 8 6 17 * 6 21 6 43 * 23 S 4 E 1809 41 SF 0 0.0 D H ABST*C 86 88 12 8 7 38 7 38 7 39 21 N 32 E 1809 47 SF 0 0.0 KANZ C 87 88 12 8 10 20 0 0 10 40 * 34 S 88 E 1810 8 SN 0 0.0 H KHAR V 88 88 12 8 10 39 * 10 40 10 46 20 N 90 W 1809 34 SN 0 0.0 H KHAR V 89 88 12 8 12 50 * 12 57 13 10 * 15 S 64 W 1809 36 SF 0 0.0 HTPR*C 90 88 12 8 14 8 +0 14 10 +2 14 25 * 17 N 27 E 1809 47 SF 45 0.5 RAMY*E HTPR*C 91 88 12 8 19 56 * 20 5 20 16 * 19 N 20 E 1809 47 SF 0 0.0 F PALE*E 92 88 12 9 1 7 * 1 10 1 18 * 21 N 21 E 1809 47 SF 0 0.0 F LEAR*E 93 88 12 9 2 32 * 2 34 2 46 * 21 N 20 E 1809 47 SF 0 0.0 LEAR*E 94 88 12 9 3 16 +3 3 17 +4 3 33 * 21 N 20 E 1809 47 SN 90 1.0 LEAR*E PALE E 95 88 12 9 4 34 * 4 37 5 4 * 18 N 70 E 1810 4 SF 0 0.0 LEAR*E 96 88 12 9 6 0 +1 6 2 +3 6 16 * 19 N 16 E 1809 47 SN 0 0.0 TACH*C LEAR*E 97 88 12 9 7 32 +0 7 34 +1 7 55 * 20 N 13 E 1809 47 1N 0 0.0 E Z ABST*C LEAR*E TACH C 98 88 12 9 16 45 16 45 16 51 * 20 N 7 E 1809 47 SF 0 0.0 RAMY E 99 88 12 9 18 33 18 34 18 50 * 19 N 6 E 1809 47 SF 0 0.0 RAMY E 100 88 12 9 21 17 21 20 21 25 21 N 9 E 1809 47 1N 0 0.0 F U PALE E 101 88 12 9 23 16 * 23 17 23 26 * 19 N 4 E 1809 47 SF 0 0.0 F LEAR*E 102 88 12 10 2 32 * 2 36 2 43 * 21 N 6 E 1809 47 SF 0 0.0 LEAR*E 103 88 12 10 4 45 * 4 56 5 11 * 25 N 6 W 1809 44 SF 0 0.0 F LEAR*E 104 88 12 10 4 53 * 4 55 5 10 * 20 N 2 E 1809 47 SN 0 0.0 F LEAR*E 105 88 12 10 5 7 0 0 5 34 26 N 14 W 1809 44 SN 0 0.0 B TACH C 106 88 12 10 6 51 * 6 57 7 0 * 31 N 56 E 1810 5 SF 0 0.0 F LEAR*E 107 88 12 10 7 22 * 7 26 7 29 * 27 S 70 E 1810 8 1N 0 0.0 D ABST*C 108 88 12 10 7 27 +1 7 30 +2 7 44 * 21 N 7 E 1809 47 SF 0 0.0 F YUNN*C LEAR*E 109 88 12 10 7 51 * 7 55 8 22 * 31 S 51 E 1810 0 1N 0 0.0 D K ABST*P 110 88 12 10 8 6 * 8 12 8 16 * 32 S 20 E 1809 51 1N 0 0.0 D ABST*C 111 88 12 10 10 10 * 10 12 10 22 * 11 S 61 E 1810 6 SF 0 0.0 F LEAR*E 112 88 12 10 12 21 12 24 12 52 * 31 S 63 E 1810 8 SF 0 0.0 RAMY E 113 88 12 10 12 24 * 12 28 12 47 * 32 N 57 E 1810 5 SF 0 0.0 RAMY*E 114 88 12 10 13 43 * 13 44 13 56 * 31 N 55 E 1810 5 SF 0 0.0 RAMY*E 115 88 12 10 14 26 * 14 31 14 42 * 20 N 4 W 1809 47 SF 0 0.0 RAMY*E 116 88 12 10 22 59 * 23 0 23 4 * 34 S 73 E 1810 11 SF 0 0.0 LEAR*E 117 88 12 11 0 55 +9 1 5 +3 1 20 * 33 S 73 E 1810 11 SN 70 0.0 D PEKG*P LEAR*E 118 88 12 11 1 52 * 1 53 1 58 * 33 S 57 E 1810 8 SF 0 0.0 LEAR*E 119 88 12 11 2 2 * 2 6 2 55 * 33 S 71 E 1810 11 SF 0 0.0 LEAR*E 120 88 12 11 3 0 * 3 33 3 51 * 33 S 71 E 1810 11 SF 0 0.0 LEAR*E 121 88 12 11 4 28 * 4 29 4 32 * 30 S 65 E 1810 11 SF 0 0.0 LEAR*E 122 88 12 11 6 27 * 6 27 6 31 * 34 S 70 E 1810 11 SF 0 0.0 LEAR*E 123 88 12 11 6 49 * 6 50 6 57 * 33 S 69 E 1810 11 SF 0 0.0 LEAR*E 124 88 12 11 7 20 * 7 25 7 31 * 34 S 69 E 1810 11 SF 0 0.0 LEAR*E 125 88 12 11 7 53 * 8 1 8 18 * 29 S 47 E 1810 8 SF 0 0.0 LEAR*E 126 88 12 11 8 5 +1 8 6 +4 8 16 * 32 S 68 E 1810 11 SN 0 0.0 CATA*C LEAR*E 127 88 12 11 8 58 * 9 3 9 10 * 34 S 0 1809 51 SF 0 0.0 KANZ*C 128 88 12 11 9 16 +5 9 25 9 45 * 33 S 69 E 1810 11 SN 0 0.0 KANZ*V CATA*C 129 88 12 11 9 16 +5 9 37 9 45 * 33 S 69 E 1810 11 SN 0 0.0 KANZ*V CATA*C 129 88 12 11 10 9 +1 10 13 +0 10 28 * 33 S 49 E 1810 8 SF 0 0.0 KANZ*V LEAR*E 130 88 12 11 10 12 +1 10 20 10 35 * 34 S 67 E 1810 11 SN 70 0.0 R SVTO*E LEAR*E KANZ*V 131 88 12 11 10 12 +1 10 26 +3 10 35 * 34 S 67 E 1810 11 SN 70 0.0 R SVTO*E LEAR*E KANZ*V 131 88 12 11 11 21 * 11 26 11 39 * 18 N 16 W 1809 47 SN 0 0.0 CATA*C 132 88 12 11 11 26 * 11 26 11 30 * 30 S 46 E 1810 8 SB 0 0.0 CATA*C 133 88 12 11 11 46 * 11 46 +4 11 56 * 31 S 64 E 1810 11 SN 50 0.0 F H CATA*C RAMY E 134 88 12 11 11 44 >9 12 29 +2 12 57 * 32 S 67 E 1810 11 1N 150 0.0 F R SVTO*E RAMY*E CATA P 135 88 12 11 13 35 +0 13 38 +3 14 21 * 16 N 38 E 1810 2 SF 0 0.0 RAMY*E KANZ V 136 88 12 11 14 2 * 14 7 14 13 * 23 S 4 W 1809 50 SF 0 0.0 RAMY*E 137 88 12 11 13 53 * 14 15 14 55 * 33 S 65 E 1810 11 SF 0 0.0 RAMY*E HOLL E 138 88 12 11 13 53 * 14 24 14 55 * 33 S 65 E 1810 11 SF 0 0.0 RAMY*E HOLL E 138 88 12 11 14 56 * 14 56 15 4 * 31 S 61 E 1810 11 SF 0 0.0 RAMY*E 139 88 12 11 14 51 * 14 51 14 57 * 31 N 40 E 1810 5 SF 0 0.0 RAMY*E 140 88 12 11 15 9 * 15 13 15 27 * 32 S 60 E 1810 11 SF 0 0.0 RAMY*E 141 88 12 11 15 43 * 15 47 15 56 * 28 S 59 E 1810 11 SF 0 0.0 RAMY*E 142 88 12 11 16 3 * 16 3 16 13 * 22 N 10 W 1809 47 SF 0 0.0 F RAMY*E 143 88 12 11 16 15 * 16 20 16 39 * 32 S 64 E 1810 11 SF 0 0.0 RAMY*E 144 88 12 11 17 43 * 17 50 17 56 * 40 S 1 E 1809 51 SF 0 0.0 HOLL*E 145 88 12 11 18 8 +5 18 16 +0 18 28 * 32 S 62 E 1810 11 SF 60 0.0 HOLL*E RAMY*E 146 88 12 11 19 7 * 19 8 19 13 * 32 S 58 E 1810 11 SF 0 0.0 HOLL*E 147 88 12 11 19 21 +1 19 27 +1 19 38 * 19 N 19 W 1809 47 SF 20 0.2 H HOLL*E RAMY*E 148 88 12 11 20 20 >9 20 35 +1 20 57 * 32 S 60 E 1810 11 SF 45 1.0 RAMY*E HOLL*E 149 88 12 11 21 31 * 21 31 22 16 * 19 S 10 W 1809 48 SF 0 0.0 F HOLL*E 150 88 12 11 22 15 * 22 19 22 42 * 16 N 33 E 1810 2 SF 0 0.0 HOLL*E 151 88 12 11 22 45 * 22 47 22 52 * 32 S 60 E 1810 11 SF 0 0.0 HOLL*E 152 88 12 12 2 47 * 3 16 3 45 32 N 15 E 1810 1 SB 0 0.0 E MITK*C PEKG P 153 88 12 12 3 50 * 3 54 4 8 * 33 S 40 E 1810 8 SF 30 0.5 D LEAR*E PEKG P 154 88 12 12 5 0 * 5 5 5 10 * 31 N 26 E 1810 5 SN 0 0.0 D PEKG*P 155 88 12 12 5 7 0 0 5 38 * 20 N 3 W 1809 0 SB 0 0.0 E TACH C 156 88 12 12 6 28 * 6 52 7 4 31 N 27 E 1810 5 1B 0 0.0 E TACH C 157 88 12 12 7 24 * 7 28 8 9 22 N 7 E 1810 0 1B 0 0.0 U TACH C 158 88 12 12 7 35 +1 7 39 +4 8 37 * 32 N 12 E 1810 1 1N 170 2.1 F YUNN P SVTO*E LEAR*E CATA P 159 88 12 12 8 8 +1 8 9 +0 8 19 * 14 N 26 E 1810 2 SN 0 0.0 H SVTO*E CATA*C 160 88 12 12 8 43 +3 8 43 +3 8 53 * 15 N 27 E 1810 2 SF 10 0.1 SVTO*E LEAR*E 161 88 12 12 9 39 +3 9 43 +1 10 0 * 13 S 36 E 1810 6 1N 180 2.3 L KAND*P SVTO*E LEAR*E KHAR*P CATA P ABST P 162 88 12 12 9 58 0 0 10 5 * 20 N 85 E 1810 15 SF 0 0.0 D KHAR V 163 88 12 12 10 18 * 10 19 10 48 * 20 N 85 E 1810 15 SF 0 0.0 D H KHAR*V 164 88 12 12 10 28 * 10 29 10 35 * 20 N 22 E 1810 4 SF 0 0.0 D KHAR*V 165 88 12 12 14 20 * 14 20 14 23 * 31 S 51 E 1810 11 SF 0 0.0 SVTO*E 166 88 12 12 15 46 * 15 47 15 55 * 20 N 24 W 1809 47 SF 0 0.0 RAMY*E 167 88 12 12 16 9 * 16 15 16 22 * 16 N 24 E 1810 4 SF 0 0.0 F RAMY*E 168 88 12 12 21 48 * 21 49 22 6 * 33 S 50 E 1810 11 SN 0 0.0 HOLL*E 169 88 12 12 22 38 * 22 42 22 50 * 33 S 49 E 1810 11 SF 0 0.0 HOLL*E 170 88 12 13 1 55 2 12 2 20 * 21 N 73 E 1810 15 SF 0 0.0 F PALE E 171 88 12 13 10 1 10 1 10 5 * 32 N 90 E 1810 20 1F 0 0.0 CATA P 172 88 12 13 10 28 +4 10 29 +3 10 47 * 20 N 41 W 1809 47 1B 210 3.0 SVTO E KANZ*V CATA*C 173 88 12 13 12 6 0 0 12 6 23 N 73 E 1810 15 1N 0 0.0 CATA P 174 88 12 13 12 28 12 28 12 40 23 N 71 E 1810 17 SB 0 0.0 CATA P 175 88 12 13 14 5 * 14 16 +6 14 42 * 31 N 4 W 1810 1 SF 110 1.3 F RAMY*E HOLL E 176 88 12 13 20 59 * 21 17 21 52 * 41 S 29 W 1809 51 SF 0 0.0 F HOLL*E 177 88 12 13 21 29 * 21 29 21 48 * 31 S 13 E 1810 8 SF 0 0.0 F HOLL*E 178 88 12 14 0 33 * 0 39 1 10 * 21 N 20 E 1810 7 SB 0 0.0 E GH MITK*C 179 88 12 14 2 17 * 2 20 2 23 * 33 S 31 E 1810 11 SF 0 0.0 LEAR*E 180 88 12 14 2 19 * 2 19 2 22 * 21 N 38 E 1810 12 SF 0 0.0 LEAR*E 181 88 12 14 6 15 +3 6 21 +5 6 36 * 19 S 21 W 1809 54 SF 0 0.0 G MITK*C LEAR*E 182 88 12 14 6 31 +1 6 35 +1 6 44 * 18 N 31 E 1810 12 SN 130 1.6 MITK*C PEKG*P LEAR*E 183 88 12 14 8 40 * 8 43 9 23 * 32 S 20 E 1810 8 SN 0 0.0 E HTPR*C 184 88 12 14 8 40 +2 8 44 +6 8 58 * 18 N 30 E 1810 12 1N 170 2.1 HTPR*C KANZ*C LEAR*E CATA P 185 88 12 14 8 50 * 8 51 8 54 * 17 N 1 E 1810 4 SF 0 0.0 E HTPR*C 186 88 12 14 10 11 * 10 12 10 18 * 30 N 60 E 1810 17 SN 0 0.0 V HTPR*C CATA P 187 88 12 14 10 20 * 10 39 11 20 * 35 S 32 W 1809 51 SF 0 0.0 E HTPR*C 188 88 12 14 10 44 +3 10 44 +3 10 55 * 31 S 14 E 1810 8 SN 0 0.0 KANZ*V HTPR*C SVTO*E CATA*C 189 88 12 14 11 24 * 11 30 11 40 * 26 N 80 E 1810 20 SF 30 0.0 HTPR*C CATA P 190 88 12 14 11 24 * 11 33 12 15 * 16 N 8 W 1810 2 SF 170 1.8 E IS HTPR*C CATA P 191 88 12 14 12 0 * 12 5 12 22 * 26 S 1 W 1810 0 SF 0 0.0 E HTPR*C 192 88 12 14 12 11 * 12 14 12 20 * 31 S 11 E 1810 8 SF 0 0.0 HTPR*C 193 88 12 14 12 49 * 12 49 13 7 * 31 S 14 E 1810 8 SN 80 1.0 E KANZ*V HTPR C RAMY E 194 88 12 14 12 49 * 12 56 13 7 * 31 S 14 E 1810 8 SN 80 1.0 E KANZ*V HTPR C RAMY E 194 88 12 14 12 53 * 12 53 13 6 * 24 N 77 E 1810 20 SF 0 0.0 KANZ*V RAMY E 195 88 12 14 13 37 +3 13 37 +3 13 51 * 29 N 60 E 1810 17 1N 140 3.2 H V RAMY*E HTPR*C SVTO*E KANZ*V 196 88 12 14 13 37 * 13 38 13 41 * 33 N 50 E 1810 0 SN 0 0.0 E V HTPR*C 197 88 12 14 13 39 +6 13 50 +2 14 26 * 19 N 26 E 1810 12 SF 80 0.9 F H RAMY*E KANZ V SVTO E HTPR C 198 88 12 14 16 7 +0 16 7 +0 16 15 * 32 S 8 E 1810 8 SF 25 0.3 F RAMY*E HOLL*E 199 88 12 14 16 17 * 16 17 16 22 * 34 N 14 W 1810 1 SF 0 0.0 HOLL*E 200 88 12 14 17 29 * 17 43 18 21 * 27 N 62 E 1810 17 SN 0 0.0 HOLL*E 201 88 12 14 17 57 17 59 18 43 * 33 S 11 E 1810 8 1F 0 0.0 F H HOLL E RAMY E 202 88 12 14 17 57 18 6 18 43 * 33 S 11 E 1810 8 1F 0 0.0 F H HOLL E RAMY E 202 88 12 14 19 9 * 19 9 19 13 * 31 S 12 E 1810 8 SF 0 0.0 HOLL*E 203 88 12 14 19 13 * 19 15 19 29 * 31 S 10 E 1810 8 SF 0 0.0 HOLL*E 204 88 12 14 19 43 * 19 44 20 40 24 N 70 E 1810 20 1N 0 0.0 HOLL E 205 88 12 14 20 35 20 37 +3 21 10 * 33 S 10 E 1810 8 SN 0 0.0 F RAMY E HOLL E 206 88 12 14 21 27 * 21 41 21 56 * 15 N 9 W 1810 2 SF 0 0.0 HOLL*E 207 88 12 14 22 16 * 22 16 22 23 * 29 N 57 E 1810 17 SF 0 0.0 HOLL*E 208 88 12 14 23 21 23 23 23 48 20 N 25 E 1810 12 SF 0 0.0 HOLL E 209 88 12 14 23 25 * 23 25 23 33 * 28 N 56 E 1810 17 SF 0 0.0 HOLL*E 210 88 12 15 0 47 0 50 1 30 26 N 58 E 1810 17 SF 0 0.0 F PALE E 211 88 12 15 3 52 * 3 59 4 14 * 28 N 59 E 1810 17 1N 0 0.0 MITK*C 212 88 12 15 4 33 * 4 35 4 40 * 21 N 23 E 1810 12 SF 0 0.0 F LEAR*E 213 88 12 15 4 37 * 4 38 4 43 * 11 N 15 W 1810 2 SF 0 0.0 F LEAR*E 214 88 12 15 4 48 * 4 56 5 13 * 21 N 22 E 1810 12 1N 0 0.0 E MITK*C 215 88 12 15 4 46 +0 5 1 >9 5 32 * 27 N 58 E 1810 17 2B 260 5.6 F LEAR*E PEKG*C MITK C 216 88 12 15 6 51 6 52 6 53 22 N 24 E 1810 12 SN 0 0.0 E YUNN P 217 88 12 15 7 23 * 7 37 7 47 23 N 24 E 1810 12 1N 0 0.0 E TACH C 218 88 12 15 12 10 * 12 13 12 31 * 21 N 21 E 1810 12 SF 0 0.0 E KANZ*V 219 88 12 15 13 38 * 13 47 13 54 * 31 S 2 W 1810 8 SF 0 0.0 F RAMY*E 220 88 12 15 13 57 14 10 14 20 30 S 4 W 1810 8 SF 0 0.0 F RAMY E 221 88 12 15 14 2 * 14 6 14 20 18 N 14 E 1810 12 SN 0 0.0 F RAMY E 222 88 12 15 17 51 * 17 58 18 32 * 23 N 19 E 1810 12 SF 0 0.0 F RAMY*E 223 88 12 15 18 17 * 18 21 18 54 29 S 8 W 1810 8 1F 0 0.0 F RAMY E 224 88 12 15 19 25 19 27 19 44 * 22 N 17 E 1810 12 SF 0 0.0 F HOLL E 225 88 12 15 20 2 * 20 8 +0 20 26 * 21 N 15 E 1810 12 SF 30 0.3 F HOLL*E RAMY E 226 88 12 15 20 16 * 20 24 20 24 31 S 7 W 1810 8 SF 0 0.0 RAMY E 227 88 12 15 20 37 * 20 43 21 11 * 21 N 16 E 1810 12 SF 0 0.0 F HOLL*E PALE E 228 88 12 15 20 37 * 21 2 21 11 * 21 N 16 E 1810 12 SF 0 0.0 F HOLL*E PALE E 228 88 12 15 21 15 * 21 16 21 20 * 22 N 16 E 1810 12 SF 0 0.0 HOLL*E 229 88 12 15 21 23 * 21 31 22 6 * 20 N 14 E 1810 12 1B 0 0.0 HOLL*E 230 88 12 15 21 35 * 21 37 21 50 * 14 S 12 W 1810 6 SF 0 0.0 F HOLL*E 231 88 12 15 22 52 * 22 54 22 59 25 N 56 E 1810 20 SF 0 0.0 HOLL E 232 88 12 15 23 17 23 19 23 41 * 33 S 8 W 1810 8 SN 0 0.0 E MITK C 233 88 12 16 1 23 +1 1 39 3 29 * 34 N 33 W 1810 1 1N 0 0.0 F GU MITK*C PALE E PEKG P LEAR E 234 88 12 16 1 23 +1 1 58 3 29 * 34 N 33 W 1810 1 1N 0 0.0 F GU MITK*C PALE E PEKG P LEAR E 234 88 12 16 1 56 * 1 58 2 8 * 18 N 8 E 1810 12 SF 0 0.0 E MITK*C 235 88 12 16 2 23 * 2 37 2 48 * 18 N 10 E 1810 12 SF 0 0.0 LEAR*E 236 88 12 16 2 36 * 2 38 2 41 * 33 S 4 W 1810 8 SF 0 0.0 LEAR*E 237 88 12 16 2 42 * 2 47 3 2 * 27 N 33 E 1810 15 SF 0 0.0 LEAR*E 238 88 12 16 2 43 * 2 44 2 49 * 30 S 12 W 1810 8 SF 0 0.0 LEAR*E 239 88 12 16 2 51 >9 3 2 +6 3 19 * 22 N 11 E 1810 12 SF 0 0.0 E LEAR*E MITK*C 240 88 12 16 4 38 * 4 40 4 43 * 24 N 33 E 1810 17 1N 0 0.0 MITK*C 241 88 12 16 5 1 * 5 7 5 32 * 24 N 10 E 1810 12 SN 0 0.0 MITK*C 242 88 12 16 5 18 * 5 26 6 7 * 31 S 11 W 1810 8 1N 0 0.0 E MITK*C YUNN P 243 88 12 16 5 37 5 37 5 42 29 N 46 E 1810 17 SN 0 0.0 E YUNN P 244 88 12 16 5 45 * 5 54 +0 6 4 * 18 N 6 E 1810 12 SF 0 0.0 E MITK*C LEAR E ABST P 245 88 12 16 5 54 +5 6 1 +4 6 20 * 24 N 9 E 1810 12 SF 0 0.0 MITK*C ABST*C 246 88 12 16 6 45 * 6 52 7 0 24 N 36 E 1810 17 SN 0 0.0 MITK C 247 88 12 16 8 26 +2 8 33 9 31 * 27 N 33 E 1810 15 2B 0 0.0 I JU YUNN*P ABST*P LEAR E HTPR C CATA P 248 88 12 16 8 26 +2 8 39 +2 9 31 * 27 N 33 E 1810 15 2B 0 0.0 I JU YUNN*P ABST*P LEAR E HTPR C CATA P 248 88 12 16 10 5 * 10 9 10 16 * 32 N 42 W 1810 1 SF 0 0.0 E HTPR*C 249 88 12 16 10 16 * 10 22 10 31 * 30 S 13 W 1810 8 SF 0 0.0 E HTPR*C 250 88 12 16 12 9 * 12 10 +1 12 16 * 26 N 49 E 1810 20 SF 0 0.0 F RAMY*E KANZ C 251 88 12 16 12 22 * 12 30 12 44 * 22 N 6 E 1810 12 SF 0 0.0 F RAMY*E 252 88 12 16 12 27 * 12 27 12 40 * 11 S 24 W 1810 6 SF 0 0.0 F RAMY*E 253 88 12 16 13 55 * 13 57 14 5 * 23 N 8 E 1810 12 SF 0 0.0 RAMY*E 254 88 12 16 14 1 * 14 2 14 18 * 26 N 47 E 1810 20 SF 0 0.0 F RAMY*E 255 88 12 16 14 31 +9 14 32 14 57 * 11 S 24 W 1810 6 SF 0 0.0 F RAMY*E HOLL*E 256 88 12 16 14 31 +9 14 41 14 57 * 11 S 24 W 1810 6 SF 0 0.0 F RAMY*E HOLL*E 256 88 12 16 14 47 +3 15 2 +1 15 13 * 26 N 47 E 1810 20 SF 45 0.7 F RAMY*E HOLL*E 257 88 12 16 14 52 * 14 56 15 9 * 31 S 15 W 1810 8 SF 0 0.0 F RAMY*E 258 88 12 16 14 56 * 15 0 15 10 * 22 N 5 E 1810 12 SF 0 0.0 RAMY*E 259 88 12 16 15 20 * 15 39 16 4 25 N 47 E 1810 20 SN 0 0.0 HOLL E 260 88 12 16 15 39 +0 15 39 +5 15 57 * 30 N 34 E 1810 17 SF 25 0.4 RAMY*E HOLL*E 261 88 12 16 17 51 * 18 1 18 10 * 33 S 11 W 1810 8 SF 0 0.0 RAMY*E 262 88 12 16 17 54 * 18 3 +1 18 12 27 N 47 E 1810 20 SF 0 0.0 F RAMY*E HOLL E 263 88 12 16 18 28 * 18 34 18 45 * 17 N 89 E 1810 24 SF 0 0.0 RAMY*E 264 88 12 16 18 53 * 19 5 19 30 17 N 86 E 1810 24 SF 0 0.0 RAMY E 265 88 12 16 19 9 19 28 19 30 32 S 18 W 1810 8 SF 0 0.0 RAMY E 266 88 12 16 19 57 20 13 20 43 * 17 N 83 E 1810 24 SN 0 0.0 HOLL E 267 88 12 16 19 57 20 4 20 24 * 22 N 2 E 1810 12 SF 0 0.0 F HOLL E 268 88 12 16 21 16 * 21 20 22 8 * 17 N 90 E 1810 24 SF 0 0.0 HOLL*E 269 88 12 16 22 2 * 22 4 22 12 * 33 N 26 W 1810 5 SF 0 0.0 HOLL*E 270 88 12 16 22 20 * 22 33 22 50 * 17 N 83 E 1810 24 SF 0 0.0 HOLL*E 271 88 12 16 22 25 * 22 33 23 13 * 23 N 2 E 1810 12 1N 0 0.0 F HOLL*E 272 88 12 16 23 41 * 23 51 24 55 * 33 S 12 W 1810 11 2N 0 0.0 F MITK*C 273 88 12 17 1 51 * 1 52 1 56 * 23 N 1 W 1810 12 SF 0 0.0 E MITK*C 274 88 12 17 2 44 * 2 48 3 19 * 23 N 2 W 1810 12 SN 0 0.0 E MITK*C 275 88 12 17 2 47 * 2 58 +5 3 37 * 29 S 21 W 1810 8 SN 0 0.0 MITK*C PEKG P 276 88 12 17 3 41 * 3 44 4 2 * 23 N 3 W 1810 12 1F 0 0.0 MITK*C 277 88 12 17 3 43 * 3 46 4 54 * 30 S 22 W 1810 8 1N 0 0.0 E MITK*C 278 88 12 17 4 30 * 4 36 4 40 * 17 N 90 E 1810 24 1N 0 0.0 MITK*C 279 88 12 17 4 51 +7 4 52 5 31 * 29 N 29 E 1810 17 SN 0 0.0 Z MITK*C LEAR*E YUNN P PEKG P 280 88 12 17 4 51 +7 4 59 +7 5 31 * 29 N 29 E 1810 17 SN 0 0.0 Z MITK*C LEAR*E YUNN P PEKG P 280 88 12 17 4 57 * 5 2 +3 5 32 * 26 N 42 E 1810 20 SF 35 0.5 F LEAR E YUNN P 281 88 12 17 5 4 +1 5 5 +2 5 13 * 23 N 4 W 1810 12 SN 35 0.4 MITK*C YUNN*C LEAR*E 282 88 12 17 5 6 * 5 10 5 18 * 12 S 31 W 1810 6 SF 0 0.0 YUNN*C 283 88 12 17 5 10 * 5 13 5 25 * 35 S 16 W 1810 11 SN 0 0.0 YUNN*C 284 88 12 17 5 30 * 5 42 +3 6 3 * 27 N 28 E 1810 17 SN 0 0.0 J Z MITK*C YUNN P ABST P LEAR E 285 88 12 17 7 13 * 7 14 7 20 * 22 N 85 E 1810 24 1F 0 0.0 D V ABST*C 286 88 12 17 8 18 * 8 24 8 55 * 12 S 31 W 1810 6 SN 0 0.0 E YUNN*C 287 88 12 17 8 49 8 49 8 56 * 28 N 42 E 1810 20 SN 0 0.0 D YUNN P 288 88 12 17 9 0 9 2 9 6 * 22 N 38 E 1810 20 SN 0 0.0 D YUNN P 289 88 12 17 11 5 * 11 7 11 32 * 13 N 46 W 1810 2 SF 0 0.0 E HTPR*C 290 88 12 17 11 32 +1 11 36 +0 11 45 * 28 N 26 E 1810 17 SF 0 0.0 E HTPR*C KANZ*V 291 88 12 17 12 12 +2 12 14 +6 12 27 * 15 N 83 E 1810 24 SF 0 0.0 RAMY*E KANZ*V 292 88 12 17 12 49 * 13 12 13 33 * 15 N 70 E 1810 24 SF 0 0.0 RAMY*E 293 88 12 17 13 10 * 13 14 13 22 * 14 N 83 E 1810 24 SF 0 0.0 KANZ*V 294 88 12 17 13 12 +6 13 17 +2 13 35 * 13 S 34 W 1810 6 SF 60 0.7 E HTPR*C RAMY*E KANZ*V 295 88 12 17 15 11 * 15 14 15 27 * 16 N 79 E 1810 24 SF 0 0.0 RAMY*E 296 88 12 17 15 12 * 15 15 15 39 * 21 N 34 E 1810 20 SF 0 0.0 RAMY*E 297 88 12 17 16 30 * 16 32 16 43 * 28 N 22 E 1810 17 SF 0 0.0 RAMY*E 298 88 12 17 17 32 17 36 +2 20 11 * 14 S 35 W 1810 6 1B 0 0.0 F UZ HOLL E PALE E RAMY E 299 88 12 17 17 59 * 18 0 18 16 * 15 N 78 E 1810 24 SF 0 0.0 RAMY*E 300 88 12 17 19 43 * 20 6 21 11 * 30 S 30 W 1810 8 SF 0 0.0 HOLL*E 301 88 12 17 20 29 +8 20 43 +2 20 53 * 14 N 75 E 1810 24 SF 25 0.0 PALE*E HOLL*E 302 88 12 17 21 5 * 21 14 21 29 * 23 S 34 E 1810 19 SF 0 0.0 HOLL*E 303 88 12 18 0 34 * 0 35 0 40 * 24 N 11 W 1810 12 SF 0 0.0 F LEAR*E 304 88 12 18 1 1 1 3 1 26 * 23 N 12 E 1810 15 SF 0 0.0 YUNN P 305 88 12 18 1 28 * 1 32 +0 1 59 * 28 N 10 E 1810 17 SF 0 0.0 F YUNN*C PALE E 306 88 12 18 1 28 >9 2 20 +0 2 41 * 32 N 43 W 1810 5 SF 0 0.0 F YUNN P LEAR*E 307 88 12 18 3 58 * 4 0 +2 4 30 * 22 N 16 E 1810 17 SF 0 0.0 E MITK*C YUNN P 308 88 12 18 4 52 +4 4 56 +2 5 18 * 23 N 16 E 1810 17 SF 0 0.0 MITK*C YUNN*P LEAR*E 309 88 12 18 6 0 +1 6 4 +4 6 23 * 21 N 89 E 1810 27 SN 0 0.0 H Y YUNN P MITK*C 310 88 12 18 8 31 * 8 32 8 38 * 23 S 26 E 1810 19 SF 0 0.0 F LEAR*E 311 88 12 18 9 2 +2 9 4 +1 9 9 * 21 S 23 E 1810 19 SF 20 0.2 F SVTO*E LEAR*E 312 88 12 18 9 13 +0 9 15 +1 9 46 * 22 N 7 E 1810 15 SN 40 0.4 F SVTO*E LEAR*E YUNN P 313 88 12 18 10 18 +2 10 22 +0 10 33 * 22 S 21 E 1810 19 SF 0 0.0 F KANZ*C LEAR*E 314 88 12 18 10 24 >9 10 26 10 52 * 26 S 39 W 1810 8 SF 0 0.0 SVTO*E KANZ*C 315 88 12 18 10 24 >9 10 37 10 52 * 26 S 39 W 1810 8 SF 0 0.0 SVTO*E KANZ*C 315 88 12 18 11 12 * 11 13 11 23 * 24 N 7 E 1810 17 SF 0 0.0 H SVTO*E 316 88 12 18 11 16 * 11 16 11 31 * 22 N 15 W 1810 12 SF 0 0.0 KANZ*V 317 88 12 18 12 27 +7 12 40 +0 13 4 * 20 S 21 E 1810 19 SN 60 0.7 SVTO*E RAMY*E 318 88 12 18 14 23 * 14 28 14 36 * 24 S 22 E 1810 19 SF 0 0.0 RAMY*E 319 88 12 18 16 35 +1 16 38 +3 17 0 * 21 S 19 E 1810 19 1N 0 0.0 E HOLL*E RAMY*E 320 88 12 18 16 51 +0 17 14 +4 18 45 * 30 S 40 W 1810 8 2B 67010.0 F UZ HOLL*E RAMY*E PALE E 321 88 12 18 17 0 +1 17 2 +0 17 27 * 21 N 4 E 1810 15 SF 40 0.4 HOLL*E RAMY*E 322 88 12 18 17 16 * 17 17 17 23 * 16 N 60 E 1810 24 SF 0 0.0 RAMY*E 323 88 12 18 19 4 * 19 5 19 9 * 34 N 64 W 1810 1 SF 0 0.0 RAMY*E 324 88 12 18 20 35 20 35 20 49 21 S 16 E 1810 19 SF 0 0.0 RAMY E 325 88 12 18 22 8 22 11 22 19 22 N 25 W 1810 12 1N 0 0.0 F PALE E 326 88 12 18 23 34 * 23 42 23 49 * 11 N 67 W 1810 2 SF 0 0.0 LEAR*E 327 88 12 19 1 2 1 6 1 52 * 21 N 28 W 1810 12 1N 0 0.0 F YUNN P 328 88 12 19 1 23 1 24 1 30 * 30 N 4 E 1810 17 SN 0 0.0 YUNN P 329 88 12 19 1 24 * 1 29 1 35 * 21 N 89 E 1810 0 SN 0 0.0 YUNN*C 330 88 12 19 1 52 * 1 53 2 0 * 31 N 4 E 1810 17 SN 0 0.0 YUNN*C 331 88 12 19 2 10 +4 2 18 +0 2 50 * 21 S 13 E 1810 19 SN 60 0.7 YUNN*C LEAR*E 332 88 12 19 3 2 * 3 4 3 4 27 N 1 W 1810 17 SN 0 0.0 D YUNN P 333 88 12 19 3 2 * 3 11 3 28 30 S 40 W 1810 11 SN 0 0.0 YUNN P 334 88 12 19 3 4 * 3 11 3 17 * 20 S 13 E 1810 19 SN 0 0.0 YUNN*P 335 88 12 19 4 40 * 4 44 5 19 20 S 13 E 1810 19 SN 0 0.0 YUNN P 336 88 12 19 7 8 * 7 9 7 27 31 S 46 W 1810 8 SF 0 0.0 SVTO E 337 88 12 19 7 45 * 7 46 7 57 * 20 S 10 E 1810 19 SN 0 0.0 YUNN*C 338 88 12 19 8 8 * 8 20 8 51 * 20 S 10 E 1810 19 SN 0 0.0 YUNN*C 339 88 12 19 9 35 * 9 41 +5 9 56 * 16 S 59 W 1810 6 1N 120 2.4 F LEAR*E CATA P SVTO E 340 88 12 19 9 52 >9 9 59 10 11 * 21 S 9 E 1810 19 SF 0 0.0 SVTO*E LEAR*E 341 88 12 19 9 52 >9 10 7 10 11 * 21 S 9 E 1810 19 SF 0 0.0 SVTO*E LEAR*E 341 88 12 19 11 0 * 11 0 11 37 * 23 N 3 W 1810 17 SF 0 0.0 F SVTO*E RAMY E 342 88 12 19 11 38 11 38 11 46 * 24 N 13 W 1810 15 SN 0 0.0 F H RAMY E 343 88 12 19 11 40 * 11 49 +5 12 12 * 21 S 9 E 1810 19 SF 50 0.5 SVTO*E KANZ C RAMY E 344 88 12 19 12 12 +5 12 21 +1 12 28 * 29 S 54 W 1810 8 SF 0 0.0 RAMY*E KANZ*V 345 88 12 19 14 6 * 14 10 14 23 * 21 S 10 E 1810 19 SF 0 0.0 RAMY*E 346 88 12 19 14 38 * 14 41 15 1 * 31 S 46 W 1810 11 SF 0 0.0 RAMY*E 347 88 12 19 15 16 15 23 16 0 30 S 56 W 1810 8 SF 0 0.0 HOLL E 348 88 12 19 15 21 * 15 22 16 0 21 S 5 E 1810 19 SF 0 0.0 F HOLL E 349 88 12 19 18 28 * 18 29 18 36 * 21 S 3 E 1810 19 SF 0 0.0 F RAMY*E 350 88 12 19 18 30 * 18 31 18 36 17 N 52 E 1810 24 SF 0 0.0 RAMY E 351 88 12 19 18 43 * 18 48 19 8 * 21 N 67 E 1810 27 SN 0 0.0 HOLL*E 352 88 12 19 19 11 * 19 11 19 29 * 20 N 69 E 1810 27 SF 0 0.0 F HOLL*E 353 88 12 19 20 32 * 20 34 20 47 * 29 N 5 W 1810 17 SF 0 0.0 F HOLL*E 354 88 12 19 22 40 * 22 41 22 46 * 19 N 42 W 1810 12 SF 0 0.0 HOLL*E 355 88 12 20 0 43 * 0 58 +4 1 19 * 24 N 9 W 1810 17 SN 0 0.0 F LEAR*E YUNN P 356 88 12 20 1 27 >9 1 46 +1 1 56 * 20 S 0 1810 19 SN 0 0.0 F YUNN*C LEAR*E 357 88 12 20 1 50 +2 1 57 +6 3 1 * 31 S 53 W 1810 11 2N 270 5.2 F YUNN P LEAR*E MITK C PALE E 358 88 12 20 2 34 * 2 42 3 3 * 22 N 41 W 1810 12 1F 0 0.0 F LEAR*E 359 88 12 20 5 22 * 5 22 5 27 * 23 N 44 W 1810 12 SF 0 0.0 LEAR*E 360 88 12 20 5 39 * 5 40 5 52 * 20 N 46 W 1810 12 SF 0 0.0 LEAR*E 361 88 12 20 6 21 * 6 23 6 29 * 26 N 14 W 1810 17 SF 0 0.0 LEAR*E 362 88 12 20 7 21 * 7 23 7 29 * 22 N 60 E 1810 27 SF 0 0.0 LEAR*E 363 88 12 20 8 51 +7 8 59 +4 9 22 * 23 N 59 E 1810 27 1N 190 4.0 E SVTO E LEAR*E ABST P CATA P KANZ C HTPR C 364 88 12 20 12 9 * 12 13 12 22 * 25 N 3 W 1810 20 SF 0 0.0 F RAMY*E 365 88 12 20 12 55 0 0 13 9 * 30 S 60 W 1810 11 1B 0 0.0 F HTPR C 366 88 12 20 13 21 +3 13 31 13 54 * 24 N 2 W 1810 20 SF 70 0.8 RAMY*E HTPR C 367 88 12 20 13 1 * 0 0 13 36 * 18 S 90 E 1810 31 1N 0 0.0 E HTPR C RAMY E 368 88 12 20 14 1 14 6 14 31 30 S 63 W 1810 8 SF 0 0.0 F RAMY E 369 88 12 20 14 7 14 7 14 17 * 17 N 8 W 1810 18 SF 0 0.0 F RAMY E 370 88 12 20 15 9 * 15 11 15 16 * 17 N 7 W 1810 18 SF 0 0.0 RAMY*E 371 88 12 20 15 28 * 15 30 15 30 27 N 15 W 1810 17 SF 0 0.0 RAMY E 372 88 12 20 15 43 * 15 43 15 45 * 30 S 64 W 1810 8 SF 0 0.0 HOLL*E 373 88 12 20 18 23 * 18 27 18 58 * 34 S 58 W 1810 11 SF 0 0.0 HOLL*E RAMY E 374 88 12 20 18 23 * 18 36 18 58 * 34 S 58 W 1810 11 SF 0 0.0 HOLL*E RAMY E 374 88 12 20 18 29 * 18 31 18 39 * 17 N 9 W 1810 18 SF 0 0.0 HOLL*E 375 88 12 20 18 31 * 18 35 18 50 * 27 N 17 W 1810 17 SF 0 0.0 F HOLL*E 376 88 12 20 21 14 * 21 14 21 21 * 20 N 57 E 1810 27 SF 0 0.0 HOLL*E 377 88 12 20 21 46 * 21 49 22 1 * 20 N 55 E 1810 27 SF 0 0.0 F HOLL*E 378 88 12 20 22 10 * 22 10 22 27 * 20 S 13 W 1810 19 SF 0 0.0 HOLL*E 379 88 12 20 22 59 +0 23 0 +1 23 13 * 21 N 52 E 1810 27 SF 40 0.7 F LEAR*E HOLL*E 380 88 12 21 1 12 * 1 13 1 17 * 31 S 68 W 1810 8 SF 0 0.0 F LEAR*E 381 88 12 21 2 0 * 2 2 2 9 * 34 S 72 W 1810 8 SF 0 0.0 LEAR*E 382 88 12 21 3 9 * 3 11 3 16 * 18 N 64 W 1810 10 SF 0 0.0 LEAR*E 383 88 12 21 4 48 * 4 51 4 56 * 21 N 49 E 1810 27 SF 0 0.0 LEAR*E 384 88 12 21 6 10 +2 6 11 +2 6 25 * 28 N 25 W 1810 17 SF 30 0.4 F YUNN*P LEAR*E 385 88 12 21 6 8 >9 6 11 6 49 * 22 N 49 E 1810 27 SF 0 0.0 YUNN*P LEAR*E 386 88 12 21 6 8 >9 6 32 6 49 * 22 N 49 E 1810 27 SF 0 0.0 YUNN*P LEAR*E 386 88 12 21 6 56 * 6 58 7 4 * 18 N 66 W 1810 10 SN 0 0.0 E LEAR*E ABST P 387 88 12 21 8 48 8 49 8 57 19 N 66 W 1810 12 1F 0 0.0 D V ABST P 388 88 12 21 11 12 * 11 12 11 16 * 23 N 60 W 1810 12 SF 0 0.0 KANZ*V 389 88 12 21 11 18 * 11 20 11 25 * 20 S 90 E 1810 34 SN 0 0.0 HTPR*C 390 88 12 21 11 22 * 11 26 11 37 * 28 N 24 W 1810 17 SF 0 0.0 KANZ*V 391 88 12 21 11 57 * 12 1 12 8 * 24 N 48 W 1810 13 SF 0 0.0 KANZ*V 392 88 12 21 12 1 * 12 2 12 13 * 21 N 90 E 1810 33 SN 0 0.0 HTPR*C 393 88 12 21 12 35 * 12 35 12 38 * 22 N 44 E 1810 27 SF 0 0.0 KANZ*V 394 88 12 21 13 1 +2 13 3 +4 13 27 * 28 N 22 W 1810 20 SN 0 0.0 HTPR*C KANZ*V 395 88 12 21 15 6 * 15 7 15 10 * 20 S 90 E 1810 34 SB 0 0.0 A HTPR*C 396 88 12 21 15 6 * 15 22 16 36 * 27 N 17 W 1810 20 SF 0 0.0 HOLL*E 397 88 12 21 15 53 * 15 58 16 5 * 32 S 67 W 1810 11 SF 0 0.0 HOLL*E 398 88 12 21 16 8 * 16 11 16 21 * 27 N 28 W 1810 17 SF 0 0.0 RAMY*E 399 88 12 21 18 2 * 18 5 18 14 * 30 N 28 W 1810 17 SF 0 0.0 F HOLL*E 400 88 12 21 18 42 * 18 55 19 15 * 28 N 36 W 1810 17 SF 0 0.0 PALE*E 401 88 12 21 18 52 >9 19 5 +2 19 24 * 23 N 52 W 1810 13 SF 20 0.4 PALE*E HOLL*E 402 88 12 21 20 24 * 20 27 21 0 * 19 N 43 E 1810 27 SF 0 0.0 HOLL*E 403 88 12 21 21 47 >9 22 5 +1 22 24 * 19 N 41 E 1810 27 SF 35 0.5 F PALE*E HOLL*E 404 88 12 21 22 32 +2 22 38 +0 23 1 * 22 N 68 W 1810 12 SF 20 0.0 HOLL*E PALE*E 405 88 12 21 22 32 +2 22 45 23 1 * 22 N 68 W 1810 12 SF 20 0.0 HOLL*E PALE*E 405 88 12 22 0 18 * 0 21 0 30 * 21 N 70 E 1810 32 SF 0 0.0 LEAR*E 406 88 12 22 1 50 * 1 57 2 12 * 17 N 20 E 1810 24 SN 0 0.0 YUNN*C 407 88 12 22 2 37 * 2 40 2 46 * 30 N 12 E 1810 22 SN 0 0.0 YUNN*C 408 88 12 22 2 53 2 53 2 56 * 20 N 32 E 1810 27 SN 0 0.0 YUNN P 409 88 12 22 3 30 3 30 3 35 * 33 S 66 W 1810 14 SN 0 0.0 YUNN P 410 88 12 22 4 4 +3 4 15 +3 4 44 * 20 N 39 E 1810 27 SF 45 0.6 LEAR*E YUNN*C 411 88 12 22 6 17 * 6 22 6 29 * 35 S 80 W 1810 11 SF 0 0.0 LEAR*E 412 88 12 22 9 5 +4 9 10 +2 9 21 * 33 S 69 W 1810 11 SF 35 0.0 YUNN*C HTPR*C LEAR*E SVTO*E 413 88 12 22 9 41 +3 9 41 +3 9 50 * 27 N 42 W 1810 17 SF 0 0.0 SVTO*E KANZ*C 414 88 12 22 10 4 * 0 0 10 4 * 21 N 31 E 1810 27 SF 0 0.0 KANZ*C 415 88 12 22 10 40 * 10 40 10 43 * 26 N 40 W 1810 17 SF 0 0.0 HTPR*C 416 88 12 22 10 52 +1 10 55 11 38 * 27 N 42 W 1810 17 1B 0 0.0 E I SVTO*E HTPR*C 417 88 12 22 10 52 +1 11 6 +3 11 38 * 27 N 42 W 1810 17 1B 0 0.0 E I SVTO*E HTPR*C 417 88 12 22 11 17 * 11 18 11 25 * 22 N 68 W 1810 12 SF 0 0.0 SVTO*E 418 88 12 22 11 42 * 11 48 12 0 * 16 N 18 E 1810 24 SN 0 0.0 E HTPR*C 419 88 12 22 12 10 +2 12 12 +2 12 20 * 22 N 65 W 1810 13 SF 25 0.0 HTPR*C SVTO*E 420 88 12 22 12 43 * 12 43 12 51 * 26 N 43 W 1810 17 SF 0 0.0 SVTO*E 421 88 12 22 12 47 * 12 47 12 51 * 20 N 68 W 1810 12 SF 0 0.0 SVTO*E 422 88 12 22 12 58 * 13 0 13 6 * 30 S 90 W 1810 8 SN 0 0.0 HTPR*C 423 88 12 22 13 33 * 13 36 13 45 * 15 N 34 W 1810 18 SF 0 0.0 F SVTO*E 424 88 12 22 14 4 * 14 5 14 16 * 19 N 32 E 1810 27 SF 0 0.0 SVTO*E 425 88 12 22 15 55 * 15 59 16 12 * 31 S 69 W 1810 14 SF 0 0.0 HOLL*E 426 88 12 22 16 33 * 16 45 16 53 * 23 N 41 W 1810 20 SF 0 0.0 HOLL*E 427 88 12 22 16 45 * 16 56 17 59 * 17 N 10 E 1810 24 SF 0 0.0 HOLL*E RAMY E 428 88 12 22 16 45 * 17 39 17 59 * 17 N 10 E 1810 24 SF 0 0.0 HOLL*E RAMY E 428 88 12 22 17 13 * 17 17 17 20 * 31 S 69 W 1810 14 SF 0 0.0 HOLL*E 429 88 12 22 17 43 * 17 47 +1 18 4 * 33 S 74 W 1810 14 SF 25 0.0 HOLL*E RAMY E 430 88 12 22 18 14 * 18 21 18 36 * 20 N 70 E 1810 33 SF 0 0.0 HOLL*E 431 88 12 22 21 53 * 21 54 22 4 * 25 N 45 W 1810 17 SF 0 0.0 HOLL*E 432 88 12 22 22 50 * 22 57 +1 23 4 * 21 N 28 E 1810 27 SF 40 0.5 HOLL*E PALE E 433 88 12 22 23 7 +2 23 10 +0 23 54 26 N 39 W 1810 20 1N 0 0.0 F HOLL E LEAR E PALE E 434 88 12 22 23 9 * 23 27 26 5 * 28 N 44 W 1810 17 2F 0 0.0 F LEAR E MITK C 435 88 12 22 23 3 +6 23 10 +1 23 19 * 32 S 80 W 1810 11 SF 35 0.0 HOLL*E LEAR*E 436 88 12 23 0 16 +1 0 18 +1 0 37 * 20 N 63 E 1810 33 SF 45 1.1 PALE*E LEAR*E 437 88 12 23 0 28 >9 0 47 1 41 * 27 N 41 W 1810 20 SN 0 0.0 YUNN*P YUNN*C 438 88 12 23 0 28 >9 1 9 1 41 * 27 N 41 W 1810 20 SN 0 0.0 YUNN*P YUNN*C 438 88 12 23 1 57 +1 2 0 +0 2 9 * 19 N 64 E 1810 33 SF 25 0.0 LEAR*E PALE*E 439 88 12 23 2 57 * 2 58 3 4 * 20 N 64 E 1810 33 SF 0 0.0 LEAR*E 440 88 12 23 8 48 * 8 53 +3 9 6 * 33 S 87 W 1810 11 SF 30 0.0 LEAR*E SVTO E 441 88 12 23 10 1 +0 10 1 +1 10 7 * 25 N 57 W 1810 17 SN 60 1.2 CATA*C SVTO*E 442 88 12 23 12 51 * 12 53 12 57 * 30 S 90 W 1810 11 SF 0 0.0 HTPR*C 443 88 12 23 17 11 * 17 11 17 19 * 20 N 46 W 1810 18 SF 0 0.0 HOLL*E 444 88 12 23 19 19 * 19 29 20 28 * 16 S 63 E 1810 34 SF 50 1.1 F HOLL*E PALE E RAMY E 445 88 12 23 19 19 * 19 41 +1 20 28 * 16 S 63 E 1810 34 SF 50 1.1 F HOLL*E PALE E RAMY E 445 88 12 23 20 18 +2 20 19 +1 20 32 * 30 N 57 W 1810 17 SF 40 0.9 PALE*E HOLL*E 446 88 12 23 20 38 * 20 40 21 7 * 16 S 65 E 1810 34 SF 0 0.0 HOLL*E 447 88 12 23 23 26 * 23 28 23 52 17 N 48 E 1810 33 SF 0 0.0 HOLL E 448 88 12 24 1 36 * 1 38 1 44 * 17 S 60 E 1810 34 1N 0 0.0 E MITK*C 449 88 12 24 5 38 * 5 42 5 47 * 16 N 54 W 1810 18 SF 0 0.0 LEAR*E 450 88 12 24 6 36 * 6 59 7 8 * 14 S 55 E 1810 34 SF 0 0.0 D ABST*C 451 88 12 24 8 48 * 8 48 8 51 39 S 90 W 1810 0 1N 0 0.0 CATA P 452 88 12 24 11 38 * 0 0 11 38 * 20 N 0 1810 27 1F 0 0.0 KANZ*V 453 88 12 24 13 12 * 13 15 13 50 * 20 S 50 E 1810 34 SF 0 0.0 E S HTPR*C 454 88 12 24 13 58 * 14 3 14 20 * 17 S 56 E 1810 34 SF 0 0.0 E HTPR*C 455 88 12 24 15 50 * 15 54 16 1 * 22 N 39 E 1810 32 SF 0 0.0 HOLL*E 456 88 12 24 15 56 * 15 58 16 22 * 17 N 16 W 1810 24 SF 0 0.0 F HOLL*E 457 88 12 24 16 56 17 1 17 28 * 17 S 54 E 1810 34 SN 0 0.0 HOLL E 458 88 12 24 17 45 * 17 46 17 50 * 34 S 89 W 1810 0 SF 0 0.0 HOLL*E 459 88 12 24 18 52 +1 18 56 +1 19 8 * 18 N 16 W 1810 24 SF 15 0.2 F PALE*E HOLL*E 460 88 12 24 19 37 +0 19 38 +0 19 50 * 20 N 2 E 1810 27 SF 35 0.4 F PALE*E HOLL*E 461 88 12 25 1 35 * 1 40 2 15 * 19 S 45 E 1810 34 SF 0 0.0 F PALE*E 462 88 12 25 7 0 7 2 7 40 17 S 43 E 1810 34 SF 0 0.0 F SVTO E 463 88 12 25 12 44 12 50 13 23 21 N 25 E 1810 32 SF 0 0.0 F RAMY E 464 88 12 25 13 21 13 54 14 30 16 S 39 E 1810 34 SF 0 0.0 F RAMY E 465 88 12 25 14 58 * 15 3 15 22 * 16 S 37 E 1810 34 SF 0 0.0 F HOLL*E 466 88 12 25 19 4 +0 19 5 +2 19 27 * 26 N 87 W 1810 17 SF 40 0.0 PALE*E RAMY*E 467 88 12 25 22 2 * 22 3 22 29 * 18 S 66 E 1810 40 SF 0 0.0 PALE*E 468 88 12 25 22 26 +3 22 36 23 15 * 17 S 35 E 1810 34 1F 0 0.0 F PALE*E LEAR*E 469 88 12 25 22 26 +3 23 0 23 15 * 17 S 35 E 1810 34 1F 0 0.0 F PALE*E LEAR*E 469 88 12 26 0 37 * 0 38 0 46 * 16 S 29 E 1810 34 SF 0 0.0 PALE*E 470 88 12 26 0 55 * 0 55 1 4 * 36 N 32 W 1810 25 SF 0 0.0 PALE*E 471 88 12 26 9 51 +2 9 52 +1 10 2 * 16 S 27 E 1810 34 SF 0 0.0 SVTO*E KANZ*V 472 88 12 26 10 40 +2 10 46 +3 12 25 * 16 S 29 E 1810 37 1F 0 0.0 F U SVTO*E KANZ*V RAMY E 473 88 12 26 10 40 +2 11 45 12 25 * 16 S 29 E 1810 37 1F 0 0.0 F U SVTO*E KANZ*V RAMY E 473 88 12 26 12 25 +6 12 52 +5 13 27 * 18 S 24 E 1810 34 1N 0 0.0 F RAMY*E SVTO*E KANZ*V 474 88 12 26 11 30 +0 11 31 +2 11 45 * 18 N 30 E 1810 36 SF 0 0.0 F SVTO*E KANZ*V 475 88 12 26 12 22 * 12 26 12 36 * 18 N 30 E 1810 36 SF 0 0.0 RAMY*E 476 88 12 26 12 28 +0 12 30 +1 12 46 * 16 N 41 W 1810 24 SF 15 0.2 F RAMY*E SVTO*E KANZ*V 477 88 12 26 13 10 +1 13 10 +2 13 15 * 28 N 90 W 1810 20 SF 0 0.0 KANZ*V SVTO*E RAMY*E 478 88 12 26 14 4 +7 14 14 +1 14 29 * 19 S 23 E 1810 34 SF 50 0.6 F SVTO*E RAMY*E 479 88 12 26 14 16 * 14 16 14 29 * 19 N 13 E 1810 33 SF 0 0.0 F RAMY*E 480 88 12 26 16 39 * 16 51 16 54 * 19 S 22 E 1810 34 SF 0 0.0 F RAMY*E 481 88 12 26 16 58 * 17 6 17 15 * 18 S 22 E 1810 34 SF 0 0.0 F RAMY*E 482 88 12 26 17 34 >9 17 51 18 23 * 19 S 22 E 1810 34 SF 0 0.0 F RAMY*E PALE*E 483 88 12 26 17 34 >9 18 0 18 23 * 19 S 22 E 1810 34 SF 0 0.0 F RAMY*E PALE*E 483 88 12 26 18 29 * 18 30 18 34 * 21 S 18 E 1810 34 SF 0 0.0 F RAMY*E 484 88 12 26 18 54 * 18 56 19 17 18 S 20 E 1810 34 SF 0 0.0 F RAMY E 485 88 12 26 20 17 +1 20 42 +6 21 20 * 20 S 20 E 1810 34 1N 190 2.1 F U PALE*E RAMY*E 486 88 12 27 0 29 * 0 53 1 18 * 20 N 4 E 1810 32 SF 0 0.0 F LEAR*E PALE E 487 88 12 27 1 20 >9 1 48 +0 2 7 * 16 S 18 E 1810 34 SF 50 0.5 F PALE E LEAR*E 488 88 12 27 5 20 +3 5 22 +3 5 46 * 18 S 17 E 1810 34 SF 0 0.0 E PEKG*P MITK*C LEAR*E 489 88 12 27 5 27 +3 5 28 +4 5 42 * 21 N 35 W 1810 27 SN 0 0.0 D PEKG*P LEAR*E MITK*C 490 88 12 27 7 47 * 7 53 +2 8 19 * 20 N 2 W 1810 32 SF 0 0.0 F KANZ*C SVTO E 491 88 12 27 8 24 +6 8 32 +1 8 48 * 16 S 18 E 1810 37 SN 0 0.0 F SVTO*E KANZ*V LEAR*E 492 88 12 27 8 40 +1 8 41 +0 8 58 * 20 N 37 W 1810 27 SN 0 0.0 F SVTO*E KANZ*V 493 88 12 27 10 35 * 10 39 10 43 * 23 N 37 W 1810 27 SF 0 0.0 KANZ*V 494 88 12 27 10 39 * 10 43 12 19 * 24 N 2 E 1810 32 SF 0 0.0 KANZ*V RAMY E 495 88 12 27 10 51 +2 10 52 +1 11 12 * 19 S 12 E 1810 34 SN 0 0.0 F SVTO*E KANZ*V 496 88 12 27 11 32 +3 11 34 +1 11 43 * 22 S 11 E 1810 34 SN 0 0.0 SVTO*E KANZ*V 497 88 12 27 11 46 * 11 46 12 2 * 22 N 38 W 1810 27 SF 0 0.0 KANZ*V 498 88 12 27 13 21 * 13 21 13 32 * 23 N 34 W 1810 27 SN 0 0.0 KANZ*V 499 88 12 27 13 44 * 13 44 13 47 * 31 N 71 W 1810 0 SF 0 0.0 KANZ*V 500 88 12 27 13 51 * 13 55 +4 14 12 * 20 N 40 W 1810 27 SF 0 0.0 F KANZ V RAMY E 501 88 12 27 14 22 * 14 28 14 43 * 24 N 2 E 1810 32 SF 0 0.0 F RAMY*E 502 88 12 27 15 50 * 15 51 15 55 * 30 N 70 W 1810 22 SF 0 0.0 RAMY*E 503 88 12 27 16 49 * 16 53 16 56 * 22 S 7 E 1810 34 SF 0 0.0 RAMY*E 504 88 12 27 17 14 * 17 15 17 26 * 22 S 9 E 1810 34 SF 0 0.0 RAMY*E 505 88 12 27 18 16 * 18 17 18 55 20 N 35 W 1810 27 SF 0 0.0 HOLL E 506 88 12 27 18 24 * 19 2 19 12 * 19 S 9 E 1810 34 SF 0 0.0 F HOLL*E 507 88 12 27 18 33 * 18 35 18 39 * 29 N 70 W 1810 22 SF 0 0.0 HOLL*E 508 88 12 27 20 31 * 20 31 20 40 * 15 N 60 W 1810 24 SF 0 0.0 HOLL*E 509 88 12 27 22 29 * 22 29 22 36 * 17 S 11 E 1810 34 SF 0 0.0 HOLL*E 510 88 12 27 23 9 * 23 13 23 25 * 22 N 40 W 1810 27 SF 0 0.0 HOLL*E 511 88 12 27 23 28 * 23 30 23 33 * 19 S 6 E 1810 34 SF 0 0.0 HOLL*E 512 88 12 28 0 24 * 0 38 +0 2 15 * 16 S 9 E 1810 34 1N 0 0.0 F U MITK*C LEAR E YUNN P 513 88 12 28 0 24 * 0 55 2 15 * 16 S 9 E 1810 34 1N 0 0.0 F U MITK*C LEAR E YUNN P 513 88 12 28 1 44 1 46 2 21 * 19 S 6 E 1810 34 SF 0 0.0 F PALE E 514 88 12 28 0 49 * 1 3 1 27 * 20 N 40 W 1810 27 SF 0 0.0 LEAR*E 515 88 12 28 1 1 * 1 21 2 31 * 20 N 16 W 1810 32 SN 0 0.0 E MITK*C 516 88 12 28 1 9 * 1 13 1 32 * 20 N 9 W 1810 32 SF 0 0.0 F LEAR*E 517 88 12 28 4 26 * 4 26 4 42 * 20 N 42 W 1810 27 SF 0 0.0 F LEAR*E 518 88 12 28 5 33 * 5 44 6 13 * 20 N 48 W 1810 27 SF 0 0.0 F LEAR*E 519 88 12 28 5 36 * 5 44 6 9 * 16 S 31 E 1810 40 SF 0 0.0 F LEAR*E 520 88 12 28 7 21 +5 7 30 8 3 * 19 N 41 W 1810 27 SN 50 0.7 F Z YUNN P LEAR*E KAND P SVTO E 521 88 12 28 7 21 +5 7 36 8 3 * 19 N 41 W 1810 27 SN 50 0.7 F Z YUNN P LEAR*E KAND P SVTO E 521 88 12 28 8 25 +7 8 32 +1 9 15 * 16 S 30 E 1810 40 SN 0 0.0 F LEAR*E SVTO E KAND*P YUNN P HTPR C 522 88 12 28 8 25 +7 8 43 +6 9 15 * 16 S 30 E 1810 40 SN 0 0.0 F LEAR*E SVTO E KAND*P YUNN P HTPR C 522 88 12 28 9 57 * 9 59 10 5 * 24 N 50 W 1810 27 SF 0 0.0 E HTPR*C 523 88 12 28 10 6 * 10 10 10 20 * 15 S 38 W 1810 28 SF 0 0.0 E HTPR*C 524 88 12 28 10 10 +9 10 18 +3 10 37 * 20 S 2 W 1810 34 SF 100 1.1 E I HTPR*C KAND*P KANZ*C LEAR*E 525 88 12 28 12 15 +3 12 21 +0 12 40 20 N 52 W 1810 27 1B 150 2.6 I V HTPR*C RAMY*E CATA P 526 88 12 28 13 51 +2 13 53 +1 14 9 * 21 S 5 W 1810 34 SF 30 0.3 HTPR*C RAMY*E 527 88 12 28 14 22 * 14 23 14 33 * 18 N 18 W 1810 32 SF 0 0.0 E HTPR*C 528 88 12 28 14 22 * 14 30 +1 15 3 * 17 S 28 E 1810 40 SN 80 0.9 E HTPR C RAMY E HOLL E 529 88 12 28 16 22 * 16 23 16 29 * 23 N 52 W 1810 27 SF 0 0.0 HOLL*E 530 88 12 28 16 48 * 16 55 17 14 * 16 S 24 E 1810 40 SF 0 0.0 F RAMY*E 531 88 12 28 17 40 +1 17 40 +5 17 51 * 18 N 20 W 1810 32 SF 15 0.2 U RAMY*E HOLL*E 532 88 12 28 17 55 +1 17 57 +2 18 22 * 21 N 49 W 1810 27 SF 35 0.6 F RAMY*E HOLL*E 533 88 12 28 18 19 +9 18 35 18 54 * 20 S 4 W 1810 34 SF 20 0.2 F HOLL*E RAMY E 534 88 12 28 18 43 +1 18 47 19 38 * 16 S 25 E 1810 40 1N 0 0.0 RAMY E PALE E HOLL*E 535 88 12 28 18 43 +1 19 9 19 38 * 16 S 25 E 1810 40 1N 0 0.0 RAMY E PALE E HOLL*E 535 88 12 28 19 59 * 20 5 20 17 * 21 S 4 W 1810 34 SF 0 0.0 HOLL*E 536 88 12 28 20 51 +1 20 56 +5 21 20 21 S 5 W 1810 34 SN 60 0.6 F RAMY E HOLL*E PALE E 537 88 12 28 20 54 * 20 55 21 0 * 17 S 24 E 1810 40 SF 0 0.0 F RAMY*E 538 88 12 28 21 28 * 21 29 21 33 * 15 S 23 E 1810 40 SF 0 0.0 HOLL*E 539 88 12 28 23 13 +1 23 13 +1 23 29 * 21 S 6 W 1810 34 SF 30 0.3 F HOLL*E PALE*E 540 88 12 28 23 22 * 23 24 23 44 * 24 N 16 W 1810 32 SF 0 0.0 F HOLL*E 541 88 12 28 23 42 +0 23 43 +2 24 5 * 20 N 54 W 1810 27 1B 240 4.4 F H HOLL E MITK*C PALE E LEAR E 542 88 12 29 1 48 1 50 2 7 * 20 S 10 W 1810 34 SN 0 0.0 YUNN P 543 88 12 29 4 15 * 4 16 4 23 * 24 N 60 W 1810 27 SF 0 0.0 LEAR*E 544 88 12 29 11 54 +1 11 58 +2 14 47 * 21 S 17 W 1810 34 1B 0 0.0 F KANZ C SVTO*E RAMY E 545 88 12 29 11 54 +1 12 36 14 47 * 21 S 17 W 1810 34 1B 0 0.0 F KANZ C SVTO*E RAMY E 545 88 12 29 14 5 * 14 6 +3 14 23 * 16 S 15 E 1810 40 SF 50 0.5 F SVTO*E RAMY E 546 88 12 29 14 21 14 23 15 9 * 17 S 21 W 1810 34 SF 0 0.0 F HOLL E 547 88 12 29 16 37 * 16 39 +4 16 52 * 42 S 19 W 1810 35 SB 90 1.3 HOLL*E RAMY E 548 88 12 29 16 51 * 16 52 17 0 * 20 N 67 W 1810 27 SF 0 0.0 HOLL*E 549 88 12 29 17 12 +3 17 18 +0 17 32 * 20 N 68 W 1810 27 SF 45 0.0 HOLL*E RAMY*E 550 88 12 29 17 52 * 18 5 +0 18 31 * 17 S 13 W 1810 34 SF 90 1.0 F HOLL*E RAMY E 551 88 12 29 18 17 * 18 26 +0 18 42 * 20 N 68 W 1810 27 1N 120 0.0 E HOLL*E RAMY E 552 88 12 29 19 2 * 19 2 19 16 * 20 S 17 W 1810 34 SF 10 0.1 F HOLL*E RAMY E 553 88 12 29 19 20 * 19 23 19 27 * 16 S 11 E 1810 40 SF 0 0.0 HOLL*E 554 88 12 29 20 17 +0 20 18 +0 20 24 * 20 S 23 W 1810 34 SF 30 0.3 PALE*E HOLL*E 555 88 12 29 20 44 +0 20 44 +1 20 50 * 42 S 22 W 1810 35 SF 20 0.3 HOLL*E PALE*E 556 88 12 29 20 41 +5 20 41 +5 20 51 * 20 N 71 W 1810 27 SF 10 0.0 PALE*E HOLL*E 557 88 12 30 2 27 * 2 33 +0 2 44 * 42 S 24 W 1810 35 SN 70 1.0 F PALE*E YUNN P 558 88 12 30 2 29 * 2 29 +4 2 48 * 20 N 34 W 1810 32 SF 0 0.0 PALE*E YUNN P 559 88 12 30 2 30 * 2 33 2 49 * 15 N 18 W 1810 36 SN 0 0.0 YUNN*P 560 88 12 30 3 12 * 3 23 +1 3 42 21 N 34 W 1810 32 SF 0 0.0 F PALE E YUNN P 561 88 12 30 6 30 6 31 6 50 17 S 6 E 1810 40 SF 0 0.0 LEAR E 562 88 12 30 8 53 +0 8 55 +0 9 2 * 24 N 34 W 1810 32 SN 0 0.0 KANZ*V YUNN*C 563 88 12 30 9 11 +0 9 14 +1 9 29 * 22 S 25 W 1810 34 SF 0 0.0 LEAR*E KANZ*V 564 88 12 30 9 59 +2 9 59 10 3 * 24 N 77 W 1810 27 SN 0 0.0 KANZ*V CATA P 565 88 12 30 11 0 * 11 4 11 18 * 21 N 76 W 1810 27 SF 0 0.0 KANZ*V 566 88 12 30 11 14 * 11 18 11 53 * 15 S 21 W 1810 37 SF 0 0.0 KANZ*V 567 88 12 30 12 43 * 12 47 13 2 * 21 N 78 W 1810 27 SF 0 0.0 KANZ*V 568 88 12 30 13 6 * 13 6 13 36 * 22 S 26 W 1810 34 SF 0 0.0 KANZ*V 569 88 12 30 13 43 * 13 46 14 1 20 N 80 W 1810 27 SF 0 0.0 KANZ V 570 88 12 30 16 49 16 50 16 55 * 21 N 81 W 1810 27 SF 0 0.0 RAMY E 571 88 12 30 17 13 +0 17 15 +0 17 50 * 16 S 1 W 1810 40 SF 30 0.3 F HOLL*E RAMY*E 572 88 12 30 17 25 +2 18 14 +7 19 27 * 20 S 30 W 1810 34 3B 0 0.0 F UYZ HOLL*E RAMY*E PALE E 573 88 12 30 20 9 * 20 11 20 14 * 19 S 34 W 1810 34 SF 0 0.0 HOLL*E 574 88 12 30 20 9 * 20 16 20 31 * 16 N 26 W 1810 36 SF 0 0.0 HOLL*E 575 88 12 30 21 37 * 21 49 22 7 * 20 S 31 W 1810 34 SF 0 0.0 HOLL*E 576 88 12 30 22 24 * 22 24 22 42 * 16 S 5 W 1810 40 SF 0 0.0 HOLL*E 577 88 12 30 22 55 * 23 1 23 59 21 S 34 W 1810 34 SF 0 0.0 F HOLL E 578 88 12 31 8 15 +2 8 15 +2 8 28 * 16 N 32 W 1810 36 SN 0 0.0 F CATA P LEAR E KANZ*C 579 88 12 31 9 46 * 9 46 9 54 * 18 S 6 E 1810 44 SF 0 0.0 KANZ*V 580 88 12 31 10 30 * 10 30 10 40 * 18 S 5 E 1810 44 SN 0 0.0 D KAND*P 581 88 12 31 11 36 >9 12 17 +5 12 31 * 16 S 42 W 1810 34 SF 0 0.0 F H RAMY*E KANZ*V 582 88 12 31 13 4 +1 13 5 +1 13 27 * 21 N 51 W 1810 32 SF 0 0.0 F SVTO*E RAMY*E KANZ*V 583 88 12 31 13 50 +1 13 51 +0 13 56 * 24 N 51 W 1810 32 SF 0 0.0 RAMY*E KANZ*V 584 88 12 31 13 57 +2 14 0 14 24 * 16 N 36 W 1810 36 SF 0 0.0 RAMY*E KANZ V 585 88 12 31 16 35 +0 16 45 +1 17 9 * 15 N 38 W 1810 36 SF 15 0.2 F RAMY E HOLL*E 586 88 12 31 21 14 * 21 17 21 22 * 19 S 1 W 1810 44 SF 0 0.0 H HOLL*E 587 88 12 31 23 53 * 24 8 24 31 * 22 N 60 W 1810 32 SF 0 0.0 PALE*E 588