FLIGHT SURVEY SWE LINE DATE (cm) LATITUDE LONGITUDE ========================================== IN105 960110 5.4 40.8254 85.0706 IN107 960110 5.3 40.9306 85.0204 IN108 960110 6.6 40.9044 84.8682 IN112 960110 7.5 40.5775 84.9512 OH107 960110 3.0 41.3002 84.6531 OH109 960110 5.5 41.0881 84.1584 OH111 960110 4.6 41.1278 84.7334 OH112 960110 6.1 40.6497 84.6828 OH113 960110 6.2 40.6018 84.5016 OH114 960110 6.8 40.4421 84.4781 OH115 960110 5.7 40.7378 84.6585 OH116 960110 5.7 40.7958 84.7688 OH117 960110 5.5 40.7432 84.4636 OH118 960110 6.5 40.6069 84.2745 OH120 960110 5.6 40.9266 84.4277 OH123 960110 4.4 40.9169 84.6617 OH124 960110 6.4 40.8282 83.7656 OH128 960110 7.3 40.7058 83.9149 OH130 960110 7.3 40.1475 83.2715 OH131 960110 5.7 40.3209 82.8921 OH132 960110 5.9 39.6411 83.1935 OH133 960110 4.3 39.2569 82.7901 OH134 960110 4.7 39.6224 82.4429 OH135 960110 6.5 40.0703 82.1496 OH136 960110 4.2 39.6166 81.7431 OH137 960110 3.3 39.6931 81.5202 OH138 960110 5.0 39.9882 81.3987 OH141 960110 7.9 40.4807 82.3776 OH142 960110 8.4 40.7166 82.2959 PA114 960111 7.7 40.1291 79.0246 PA115 960111 11.6 39.9394 79.0441 PA116 960111 8.1 39.9393 79.3238 PA117 960111 6.1 39.7685 79.5110 WV101 960111 4.6 38.7612 79.9299 WV102 960111 6.1 38.5960 80.0271 WV103 960111 6.8 39.0790 79.9938 WV104 960111 5.4 39.0462 80.1950 WV105 960111 5.8 38.9166 80.3422 WV106 960111 5.6 38.3699 80.1217 WV107 960111 4.8 38.4844 79.8815 WV108 960111 4.4 38.6670 79.4972 WV109 960111 4.5 39.2329 79.7553 WV110 960111 4.9 39.5889 79.5916 NY406 960114 13.2 42.4258 78.6336 NY408 960114 14.1 42.3623 79.0528 NY409 960114 12.4 42.4504 79.0667 NY410 960114 16.1 42.2937 79.3920 NY411 960114 14.4 42.2194 79.1615 OH144 960114 6.5 41.1671 82.6589 OH145 960114 7.9 41.1362 82.4085 OH146 960114 7.8 41.1685 82.0208 OH147 960114 7.3 41.3138 81.2313 OH148 960114 9.0 41.6146 81.0491 OH149 960114 7.6 41.6236 80.8782 PA108 960114 8.7 41.7960 80.1657 PA118 960114 9.4 42.1050 79.8184 IN105 960115 6.4 40.8254 85.0706 IN107 960115 7.4 40.9306 85.0204 IN108 960115 7.4 40.9044 84.8682 IN112 960115 8.9 40.5775 84.9512 OH112 960115 7.3 40.6497 84.6828 OH113 960115 8.0 40.6018 84.5016 OH114 960115 7.5 40.4421 84.4781 OH116 960115 6.5 40.7958 84.7688 OH117 960115 6.6 40.7432 84.4636 OH123 960115 6.0 40.9169 84.6617 OH139 960115 6.3 40.3505 81.6385 OH140 960115 7.2 40.6430 81.4705 OH143 960115 5.6 41.2128 83.1779 PA107 960115 7.5 41.2739 79.6688 PA109 960115 8.4 41.8152 79.7954 PA110 960115 8.7 41.9735 79.3406 PA111 960115 7.0 41.8839 78.3627 PA112 960115 7.6 41.5243 78.7775 PA113 960115 6.2 41.2225 79.1070 IA114 960203 4.3 43.3922 94.3274 IA139 960203 2.1 42.5055 94.8638 IA150 960203 2.7 42.1623 94.1342 IA313 960203 2.5 41.9304 94.4584 MN402 960203 5.3 43.8971 93.7646 IA203 960204 5.6 43.0460 92.8762 IA208 960204 7.1 43.2995 92.1283 IA213 960204 5.9 42.3678 93.1824 IA402 960204 4.9 41.8030 92.7929 MN404 960204 6.9 43.8977 92.7457 MN419 960204 8.4 43.6751 92.1809 MN990 960204 8.4 44.7429 93.7961 MN410 960205 6.5 45.3439 93.2434 WI119 960205 13.8 45.1356 90.2147 WI203 960205 12.8 45.2323 89.5582 WI301 960205 11.2 44.9437 90.9154 WI307 960205 14.9 44.3800 90.6166 WI314 960205 7.9 43.6480 90.8469 WI402 960205 10.8 44.6067 89.8418 WI407 960205 10.5 44.8003 88.7847 WI409 960205 6.3 44.1149 88.9807 WI412 960205 7.2 43.9466 89.7142 WI415 960205 0.8 43.2499 89.4900 WI417 960205 3.2 43.7669 88.6684 WI421 960205 4.5 43.5870 88.4569 WI423 960205 4.2 43.2938 88.5242 WI424 960205 3.3 43.0933 88.8914 WI426 960205 6.6 43.3190 88.0856 MN114 960206 4.6 45.9210 96.4817 MN253 960206 7.1 45.8253 95.2535 MN301 960206 4.4 45.6880 96.4165 MN309 960206 5.3 44.3662 96.2927 MN326 960206 6.7 44.7835 95.7066 MN327 960206 6.9 44.7504 94.8042 MN335 960206 9.5 45.3321 95.4657 MN340 960206 3.3 43.7585 95.1802 MN413 960206 7.2 44.1321 92.9064 MN501 960206 4.6 44.2329 95.9192 MN507 960206 5.1 44.1302 95.1076 SD203 960206 5.2 44.7045 98.4478 SD206 960206 2.7 44.7395 96.8155 SD401 960206 4.8 44.3751 97.8522 SD402 960206 2.7 44.2763 96.6241 SD403 960206 3.2 43.5487 98.2229 SD404 960206 3.8 43.6291 97.3068 SD409 960206 3.8 43.8895 98.1329 MN107 960207 7.8 47.6852 96.5607 MN109 960207 7.0 47.1285 96.4920 MN110 960207 7.0 46.8199 96.4949 MN111 960207 4.7 46.5286 96.4849 MN129 960207 4.3 46.3650 96.0597 MN234 960207 11.8 47.8135 95.9293 MN241 960207 7.4 47.2499 95.9223 MN260 960207 13.7 47.1646 93.3259 MN261 960207 10.7 46.6022 93.4613 MN262 960207 14.7 46.8311 93.6081 MN263 960207 9.0 46.0723 93.8018 MN278 960207 18.4 47.5489 92.9308 MN409 960207 10.4 45.8991 93.1936 ND427 960207 3.5 46.3995 97.7926 ND433 960207 5.8 46.7709 98.0891 ND435 960207 3.4 46.6220 97.7606 SD208 960207 5.3 45.6008 98.1031 SD209 960207 5.1 45.7549 97.0277 WI101 960207 12.7 46.2524 92.1636 WI113 960207 13.0 45.6792 91.3762 MN101 960208 10.4 48.7110 96.9288 MN103 960208 10.1 48.3851 96.8464 MN104 960208 9.6 48.2755 96.8070 MN105 960208 10.3 48.1301 96.7415 MN106 960208 9.9 48.0075 96.6679 MN115 960208 11.1 48.5678 96.7025 MN130 960208 10.9 48.1274 95.9777 MN131 960208 12.8 48.5686 96.1555 MN223 960208 15.0 48.5140 95.7723 ND201 960208 7.3 48.3595 99.6045 ND202 960208 8.2 48.6367 99.5008 ND203 960208 8.9 48.1068 99.4290 ND204 960208 9.5 48.2210 99.0753 ND205 960208 8.5 48.4921 99.1191 ND210 960208 9.2 48.6952 98.1365 ND221 960208 8.6 48.6085 97.7425 ND222 960208 8.2 47.6967 99.9098 ND224 960208 10.1 47.8375 98.6524 ND225 960208 10.8 47.7720 98.2911 ND230 960208 9.0 48.6977 99.1909 ND234 960208 9.0 48.3146 97.8528 ND239 960208 10.0 47.8220 97.2827 ND240 960208 7.0 48.5366 98.6792 ND241 960208 8.3 48.7034 98.8497 ND245 960208 7.9 47.9264 99.7591 ND246 960208 9.0 47.9529 99.3656 ND247 960208 6.4 47.5710 98.0381 ND403 960208 12.5 47.4497 98.5434 ND418 960208 6.9 47.2536 97.2037 ND431 960208 8.6 47.2451 98.1880 MB104 960209 10.2 49.1213 99.6702 MB118 960209 7.3 49.5674 99.4726 MB119 960209 9.0 49.8169 99.0503 MB120 960209 6.4 49.9100 99.5906 MB121 960209 8.7 49.9734 98.7887 MB122 960209 6.6 49.1893 100.3853 MB123 960209 9.1 49.2182 101.1349 MB124 960209 8.3 49.5829 100.7460 MB125 960209 10.0 49.4506 100.2510 MB126 960209 6.9 49.9172 100.2729 MB127 960209 4.8 50.2776 100.6099 MB128 960209 6.5 50.3362 101.0464 MB129 960209 5.0 50.4784 100.7840 MB130 960209 5.2 50.7588 101.1531 MB131 960209 5.2 50.6243 100.4766 MB132 960209 4.7 50.3314 100.1626 SK101 960209 8.4 49.4980 101.6981 SK102 960209 8.7 49.9385 101.6627 SK103 960209 5.8 50.7226 101.6849 SK104 960209 6.7 50.3053 101.6766 SK106 960209 5.1 51.2111 103.0197 SK107 960209 5.5 51.4785 103.2045 SK108 960209 6.0 51.9394 102.8230 SK109 960209 6.0 51.6997 102.4415 SK110 960209 6.7 51.4416 101.8811 SK111 960209 6.0 51.0222 101.6069 PA120 960210 4.2 40.2418 77.9566 PA124 960210 2.6 40.9825 78.2448 PA126 960210 4.0 41.5740 78.2929 MB101 960211 9.1 49.1872 98.4323 MB102 960211 9.1 49.2653 98.7519 MB103 960211 7.9 49.1226 99.0667 MB105 960211 11.9 49.1441 96.0890 MB106 960211 11.4 49.3234 96.6034 MB107 960211 10.0 49.1387 96.8796 MB108 960211 8.1 49.1871 97.6506 MB109 960211 10.4 49.3597 97.8208 MB110 960211 9.0 49.4047 97.2679 MB111 960211 11.1 49.5874 96.5887 MB112 960211 8.9 49.5901 97.5674 MB113 960211 10.5 49.8921 97.7452 MB114 960211 9.9 50.1227 97.5459 MB115 960211 10.2 50.4481 97.2564 MB116 960211 9.8 50.0852 96.6709 MB117 960211 12.3 49.5834 98.3541 MB133 960211 9.7 49.5713 98.5454 NY106 960212 4.7 44.2966 73.4219 NY107 960212 2.5 44.1388 73.4532 PA104 960212 5.4 41.6945 74.9506 PA105 960212 9.8 41.7716 75.5172 PA129 960212 5.1 41.5692 77.1784 PA130 960212 2.1 41.6602 76.7317 PA131 960212 4.9 41.8412 75.9639 ME101 960214 21.9 45.5306 70.5859 ME102 960214 22.0 45.5860 70.2217 ME103 960214 24.3 45.6430 70.3358 ME104 960214 23.5 45.4176 70.1099 ME105 960214 18.6 45.0571 70.5857 ME111 960214 21.5 45.5641 69.8540 ME112 960214 14.7 45.3777 69.9550 ME113 960214 20.2 45.3740 69.6730 NH105 960214 7.7 44.3993 71.5057 NH106 960214 27.2 45.1499 71.2247 NY101 960214 7.5 44.8542 73.5530 NY102 960214 9.6 44.8150 73.6273 NY103 960214 4.6 44.6371 73.5952 NY104 960214 10.6 44.6128 73.7980 NY105 960214 7.0 44.4671 73.8143 NY201 960215 25.1 43.3861 74.7356 NY202 960215 24.8 43.2939 74.9934 NY204 960215 22.3 43.1360 74.8038 NY206 960215 27.1 43.0818 74.5233 NY207 960215 4.3 42.9068 75.4683 NY210 960215 5.6 42.8316 74.8581 NY213 960215 3.8 42.7295 74.5883 NY214 960215 6.8 42.7186 74.2477 NY417 960215 12.7 43.8203 75.3073 NY418 960215 11.5 43.6541 75.0945 NY420 960215 11.1 43.8539 75.5595 NY421 960215 13.1 43.6750 75.4430 NY422 960215 22.6 43.4625 75.4754 NY423 960215 22.7 43.4709 75.1835 NY436 960215 12.3 43.4801 76.1327 NY437 960215 6.0 43.9622 76.0241 NY438 960215 23.7 43.7021 75.9388 NY440 960215 3.8 43.1079 75.6746 NY444 960215 6.4 44.1906 75.2293 NY506 960215 5.0 42.3755 74.5388 NY508 960215 4.4 42.2746 74.9123 NY509 960215 4.4 42.1569 75.0471 NY427 960216 4.0 42.9054 77.6263 NY429 960216 4.6 42.7264 77.0648 NY430 960216 4.1 42.4500 76.6450 NY431 960216 5.5 42.7960 76.5574 NY432 960216 4.7 42.9023 78.3711 NY433 960216 7.4 43.2358 77.2221 NY434 960216 4.7 43.0325 76.4612 NY435 960216 11.6 43.3060 76.5682 NY443 960216 3.9 43.2787 78.0598 MN501 960218 2.6 44.2329 95.9192 MN501 960218 2.4 44.2329 95.9192 MN502 960218 1.3 44.3252 95.7464 MN502 960218 2.0 44.3252 95.7464 MN503 960218 2.1 44.2451 95.6850 MN503 960218 1.0 44.2451 95.6850 MN504 960218 1.3 44.1762 95.6313 MN504 960218 1.7 44.1762 95.6313 MN505 960218 0.9 44.1161 95.4522 MN505 960218 1.2 44.1161 95.4522 MN506 960218 2.1 44.0305 95.4364 MN506 960218 1.9 44.0305 95.4364 MN507 960218 3.2 44.1302 95.1076 MN507 960218 2.5 44.1302 95.1076 MN508 960218 3.3 44.3224 95.1386 MN508 960218 3.2 44.3224 95.1386 MN509 960218 3.2 44.3923 95.2653 MN509 960218 3.3 44.3923 95.2653 MN510 960218 2.3 44.2312 95.3705 MN510 960218 1.6 44.2312 95.3705 MN511 960218 3.7 44.2336 95.1951 MN511 960218 3.1 44.2336 95.1951 MN512 960218 4.0 44.2473 95.0589 MN512 960218 4.2 44.2473 95.0589 MN513 960218 4.5 44.2650 94.9262 MN513 960218 4.8 44.2650 94.9262 MN514 960218 7.0 44.2752 94.8093 MN514 960218 6.1 44.2752 94.8093 MN515 960218 7.5 44.2463 94.7365 MN515 960218 6.1 44.2463 94.7365 MN516 960218 7.4 44.3256 94.6235 MN516 960218 7.5 44.3256 94.6235 ID126 960222 17.1 45.8772 115.4387 ID127 960222 24.7 45.7154 115.7100 ID128 960222 18.6 45.9053 115.6317 ID143 960222 5.9 46.7612 116.2930 ID144 960222 2.5 46.7423 116.5580 ID145 960222 0.3 46.6203 116.7442 UT101 960223 23.4 ERR ERR UT102 960223 12.4 40.9150 111.5761 UT123 960223 4.6 40.7914 109.4652 UT124 960223 28.4 40.2906 111.2506 UT126 960223 34.6 40.7397 110.9459 UT127 960223 23.2 40.7884 111.1236 UT131 960223 17.4 40.8802 110.3666 UT132 960223 12.0 40.8026 110.2395 UT133 960223 13.8 40.7329 109.7237 UT103 960224 4.0 39.8400 111.5048 UT104 960224 9.6 39.8303 111.5721 UT105 960224 16.5 39.7340 111.6252 UT112 960224 3.6 39.6970 111.4215 UT113 960224 20.9 38.6194 111.7268 UT114 960224 1.0 38.4009 111.8573 UT117 960224 12.1 38.1030 112.1430 UT118 960224 1.7 38.0778 112.0737 UT119 960224 9.9 37.9574 111.8524 UT120 960224 2.2 37.8427 112.1515 UT121 960224 0.1 37.6610 112.1631 UT122 960224 4.2 37.5537 112.2728 UT125 960224 25.7 37.5275 112.7372 UT141 960224 3.5 38.5258 112.4859 UT142 960224 0.0 ERR ERR WI110 960229 10.4 44.7800 92.2650 WI207 960229 13.4 45.1716 89.0164 WI208 960229 11.7 45.2050 88.6206 WI302 960229 7.6 44.6927 91.4370 WI306 960229 7.0 44.1383 91.3238 WI307 960229 14.7 44.3800 90.6166 WI313 960229 3.6 43.7998 90.3704 WI314 960229 3.6 43.6480 90.8469 WI318 960229 1.9 43.2906 90.7641 WI407 960229 10.8 44.8003 88.7847 WI409 960229 2.8 44.1149 88.9807 WI412 960229 4.0 43.9466 89.7142 WI417 960229 2.6 43.7669 88.6684 CO115 960301 51.3 39.0373 108.1505 CO117 960301 50.7 39.3651 107.9015 CO118 960301 34.4 39.1406 107.8028 CO119 960301 34.9 39.3642 107.5449 CO137 960301 8.7 38.0945 107.8922 CO152 960301 31.2 38.2894 107.4135 MI108 960301 4.0 44.2375 86.1132 MI109 960301 9.1 44.5622 85.2473 MI110 960301 11.2 44.6954 84.9037 MI114 960301 4.4 44.0230 84.9090 MI132 960301 2.4 43.8052 84.4933 MI138 960301 11.3 44.5350 84.1166 MI148 960301 8.3 44.6588 83.5840 MI153 960301 8.5 45.0650 83.8060 CO138 960302 19.3 37.8044 107.7696 CO140 960302 5.8 37.5483 107.9441 CO141 960302 9.3 37.5721 107.8182 CO143 960302 10.4 37.5233 107.2740 CO144 960302 17.9 37.8552 107.5741 CO149 960302 16.8 38.4422 106.3575 LS187 960302 27.0 46.3559 87.0944 LS390 960302 32.3 46.5775 87.6475 LS391 960302 34.6 46.5322 85.4153 LS394 960302 23.9 46.3375 85.0987 MI150 960302 21.4 46.1952 84.8744 MI152 960302 26.4 46.3562 86.0795 MI162 960302 28.2 46.4339 87.4614 CO101 960303 99.9 40.3871 106.6894 CO102 960303 20.4 40.0844 106.8715 CO103 960303 20.9 40.2090 106.9236 CO104 960303 32.7 40.1947 106.7673 CO105 960303 34.2 40.3749 106.8230 CO109 960303 13.6 39.1038 107.3464 CO110 960303 8.2 39.1132 107.4031 CO111 960303 18.6 39.1219 107.5255 CO112 960303 99.9 40.1145 107.0875 CO116 960303 99.9 40.4202 106.6908 CO122 960303 99.9 40.7779 107.2731 CO123 960303 41.5 40.7076 106.6765 CO125 960303 19.9 40.0905 105.9630 CO129 960303 20.0 39.7681 106.8342 LS184 960303 21.4 46.7605 88.7036 LS335 960303 20.0 47.1655 92.4635 LS366 960303 22.3 46.3565 90.4878 LS371 960303 27.0 46.4297 89.8132 LS373 960303 18.8 46.4975 88.8586 MI158 960303 20.9 46.1744 88.3965 MI159 960303 21.0 46.0848 88.2019 MN260 960303 14.6 47.1646 93.3259 MN278 960303 16.1 47.5489 92.9308 WI101 960303 13.3 46.2524 92.1636 WI107 960303 10.9 45.5535 92.1060 WI111 960303 17.1 46.1318 91.3355 WI113 960303 14.9 45.6792 91.3762 WI118 960303 12.8 45.2229 90.3064 WI119 960303 13.4 45.1356 90.2147 WI203 960303 13.5 45.2323 89.5582 WI206 960303 16.7 45.5682 89.0341 WI301 960303 10.0 44.9437 90.9154 WI402 960303 10.5 44.6067 89.8418 WY101 960303 0.0 41.1093 109.8976 WY107 960303 4.9 41.1822 110.4374 WY108 960303 14.9 41.1157 110.5501 WY109 960303 6.6 41.1327 110.3823 WY112 960303 4.6 42.3076 110.2718 WY113 960303 3.7 42.2176 110.2982 WY114 960303 1.7 42.3898 110.1376 WY115 960303 3.0 42.4928 110.1919 WY116 960303 6.8 42.5371 110.2528 WY117 960303 1.4 42.5956 109.7969 WY118 960303 5.5 42.7281 109.5786 WY120 960303 7.4 42.8355 109.8406 IA208 960304 2.9 43.2995 92.1283 MN402 960304 0.5 43.8971 93.7646 MN404 960304 2.1 43.8977 92.7457 MN413 960304 3.0 44.1321 92.9064 MN419 960304 2.4 43.6751 92.1809 MN990 960304 6.2 44.7429 93.7961 MN248 960305 10.0 46.6902 95.0923 MN250 960305 10.6 46.4406 94.6597 MN253 960305 8.4 45.8253 95.2535 MN257 960305 6.6 45.1441 94.8930 MN261 960305 11.0 46.6022 93.4613 MN262 960305 15.3 46.8311 93.6081 MN263 960305 10.3 46.0723 93.8018 MN326 960305 2.2 44.7835 95.7066 MN327 960305 4.1 44.7504 94.8042 MN333 960305 5.0 45.5347 95.8429 MN335 960305 7.8 45.3321 95.4657 MN406 960305 9.8 45.6933 93.8129 MN409 960305 10.9 45.8991 93.1936 MN410 960305 7.2 45.3439 93.2434 MN507 960305 0.5 44.1302 95.1076 MN101 960306 11.8 48.7110 96.9288 MN103 960306 11.0 48.3851 96.8464 MN104 960306 10.3 48.2755 96.8070 MN105 960306 10.3 48.1301 96.7415 MN106 960306 10.3 48.0075 96.6679 MN107 960306 9.8 47.6852 96.5607 MN109 960306 7.8 47.1285 96.4920 MN110 960306 7.6 46.8199 96.4949 MN111 960306 5.2 46.5286 96.4849 MN113 960306 6.2 46.1138 96.4828 MN114 960306 4.9 45.9210 96.4817 MN115 960306 12.2 48.5678 96.7025 MN129 960306 6.0 46.3650 96.0597 MN130 960306 13.2 48.1274 95.9777 MN131 960306 13.5 48.5686 96.1555 MN223 960306 15.3 48.5140 95.7723 MN232 960306 15.6 47.9655 95.6179 MN234 960306 14.9 47.8135 95.9293 MN241 960306 9.3 47.2499 95.9223 MN301 960306 4.0 45.6880 96.4165 MN303 960306 5.5 45.8774 96.2144 ND418 960306 8.0 47.2536 97.2037 ND420 960306 8.8 47.2101 97.4144 ND247 960307 8.1 47.5710 98.0381 ND403 960307 13.9 47.4497 98.5434 ND414 960307 6.5 46.3403 97.2098 ND427 960307 2.6 46.3995 97.7926 ND431 960307 9.6 47.2451 98.1880 ND433 960307 7.1 46.7709 98.0891 ND435 960307 2.9 46.6220 97.7606 SD203 960307 4.9 44.7045 98.4478 SD206 960307 1.5 44.7395 96.8155 SD208 960307 5.2 45.6008 98.1031 SD209 960307 4.2 45.7549 97.0277 SD401 960307 4.4 44.3751 97.8522 SD402 960307 0.9 44.2763 96.6241 SD403 960307 1.5 43.5487 98.2229 SD404 960307 1.7 43.6291 97.3068 SD409 960307 2.8 43.8895 98.1329 ND201 960308 8.7 48.3595 99.6045 ND202 960308 8.5 48.6367 99.5008 ND203 960308 9.3 48.1068 99.4290 ND204 960308 10.3 48.2210 99.0753 ND210 960308 10.4 48.6952 98.1365 ND218 960308 11.4 48.3107 97.4440 ND221 960308 10.0 48.6085 97.7425 ND222 960308 8.0 47.6967 99.9098 ND224 960308 13.1 47.8375 98.6524 ND225 960308 11.8 47.7720 98.2911 ND230 960308 9.7 48.6977 99.1909 ND234 960308 9.0 48.3146 97.8528 ND239 960308 12.2 47.8220 97.2827 ND241 960308 8.0 48.7034 98.8497 ND243 960308 11.4 48.8983 98.2276 ND245 960308 9.6 47.9264 99.7591 ND246 960308 9.9 47.9529 99.3656 ND103 960309 1.5 48.8906 103.1474 ND104 960309 2.9 48.8899 102.6671 ND105 960309 4.7 48.9133 102.2444 ND106 960309 3.2 48.8899 102.3937 ND107 960309 3.0 48.6865 102.2200 ND114 960309 5.7 48.7581 101.3966 ND118 960309 4.4 48.0100 100.8343 ND121 960309 7.6 48.4913 101.1693 ND125 960309 5.4 48.7691 101.9123 ND130 960309 3.7 48.3069 101.6110 SK302 960309 8.4 49.1725 102.5776 SK307 960309 10.5 49.7406 103.0168 SK308 960309 7.8 49.5329 102.2495 SK311 960309 10.6 50.0142 103.1457 SK319 960309 7.7 49.3366 102.2829 SK320 960309 9.8 49.6501 102.4353 MB101 960310 8.4 49.1872 98.4323 MB102 960310 10.5 49.2653 98.7519 MB103 960310 8.3 49.1226 99.0667 MB104 960310 9.1 49.1213 99.6702 MB105 960310 13.5 49.1441 96.0890 MB106 960310 11.7 49.3234 96.6034 MB107 960310 11.4 49.1387 96.8796 MB108 960310 8.2 49.1871 97.6506 MB109 960310 11.9 49.3597 97.8208 MB110 960310 8.8 49.4047 97.2679 MB111 960310 12.2 49.5874 96.5887 MB112 960310 9.6 49.5901 97.5674 MB113 960310 12.8 49.8921 97.7452 MB114 960310 12.5 50.1227 97.5459 MB115 960310 12.3 50.4481 97.2564 MB116 960310 10.3 50.0852 96.6709 MB117 960310 12.9 49.5834 98.3541 MB133 960310 9.3 49.5713 98.5454 ND113 960310 8.3 48.6752 100.9575 ND116 960310 7.0 48.8004 100.1925 ND117 960310 7.2 48.8153 100.5712 NY207 960313 4.6 42.9068 75.4683 NY208 960313 6.7 42.9153 75.1286 NY209 960313 7.1 42.8977 75.0145 NY210 960313 6.1 42.8316 74.8581 NY211 960313 6.4 42.8660 74.6849 NY212 960313 7.5 42.8437 74.3551 NY213 960313 6.2 42.7295 74.5883 NY214 960313 8.6 42.7186 74.2477 NY215 960313 8.9 42.5217 74.6216 NY426 960313 6.9 42.6473 77.9185 NY427 960313 5.3 42.9054 77.6263 NY428 960313 6.0 42.2549 77.9438 NY429 960313 5.6 42.7264 77.0648 NY430 960313 6.1 42.4500 76.6450 NY431 960313 5.4 42.7960 76.5574 NY432 960313 5.2 42.9023 78.3711 NY433 960313 7.2 43.2358 77.2221 NY435 960313 6.8 43.3060 76.5682 NY443 960313 4.1 43.2787 78.0598 NY501 960313 3.3 42.0704 74.3205 NY502 960313 3.6 41.9655 74.2051 NY503 960313 5.5 41.8787 74.6030 NY504 960313 5.5 42.2083 74.2329 NY505 960313 5.7 42.2843 74.3291 NY506 960313 5.4 42.3755 74.5388 NH101 960314 9.5 43.4068 71.3924 NH102 960314 10.4 43.4255 71.1078 NH103 960314 8.7 43.2883 71.3780 NH104 960314 9.2 43.1345 71.2919 NY201 960314 18.8 43.3861 74.7356 NY202 960314 21.2 43.2939 74.9934 NY203 960314 8.4 43.1769 75.0153 NY204 960314 17.4 43.1360 74.8038 NY205 960314 17.1 43.1658 74.6171 NY206 960314 17.1 43.0818 74.5233 NY417 960314 9.2 43.8203 75.3073 NY418 960314 8.4 43.6541 75.0945 NY419 960314 12.9 43.7856 75.6297 NY420 960314 8.3 43.8539 75.5595 NY421 960314 10.7 43.6750 75.4430 NY422 960314 18.7 43.4625 75.4754 NY423 960314 19.5 43.4709 75.1835 NY424 960314 14.0 43.5186 75.2829 NY425 960314 10.8 43.7206 75.3806 NY434 960314 4.7 43.0325 76.4612 NY436 960314 6.3 43.4801 76.1327 NY437 960314 6.1 43.9622 76.0241 NY438 960314 15.1 43.7021 75.9388 NY439 960314 16.2 43.3687 75.6938 NY440 960314 5.7 43.1079 75.6746 NY444 960314 5.2 44.1906 75.2293 VT110 960314 17.8 42.8869 73.0641 ME101 960315 22.1 45.5306 70.5859 ME102 960315 19.9 45.5860 70.2217 ME103 960315 23.5 45.6430 70.3358 ME104 960315 19.9 45.4176 70.1099 ME105 960315 16.1 45.0571 70.5857 ME105 960315 17.1 45.0571 70.5857 ME111 960315 16.8 45.5641 69.8540 ME112 960315 14.8 45.3777 69.9550 ME113 960315 17.2 45.3740 69.6730 ME114 960315 14.7 45.0572 69.8616 ME115 960315 12.8 45.0387 69.5404 VT101 960315 3.6 44.9367 72.8449 VT102 960315 4.9 44.9300 72.9343 VT107 960315 1.9 44.1064 73.1944 VT108 960315 2.0 43.8344 73.3231 VT109 960315 3.2 43.9012 73.1404 VT111 960315 6.9 43.4335 72.8426 ME107 960316 16.6 44.8870 70.2708 ME108 960316 13.7 44.8269 70.2919 ME109 960316 16.1 44.8152 70.1832 ME110 960316 10.8 44.8325 69.8927 ME202 960316 14.5 46.0776 69.0453 ME203 960316 12.6 46.0059 68.3681 ME205 960316 15.0 45.8819 68.4706 ME206 960316 13.6 45.7326 68.6356 ME207 960316 11.4 45.6412 68.8768 ME208 960316 11.0 45.5282 68.4336 ME209 960316 10.2 45.3821 68.7043 ME210 960316 12.0 45.4062 68.5893 NH105 960316 5.9 44.3993 71.5057 NH106 960316 20.1 45.1499 71.2247 UT138 960321 23.5 41.3601 111.5501 UT140 960321 32.0 41.7576 111.4735 WY110 960321 32.6 42.1870 110.7342 WY111 960321 28.7 42.0927 110.6704 WY116 960321 3.4 42.5371 110.2528 WY118 960321 1.9 42.7281 109.5786 WY119 960321 13.8 42.9262 110.1969 WY120 960321 5.9 42.8355 109.8406 WY121 960321 8.9 42.7699 110.2038 WY122 960321 21.3 43.0862 110.0177 WY123 960321 28.9 43.0724 110.1697 WY124 960321 38.0 42.7613 110.6738 WY125 960321 28.1 42.4414 110.5773 WY126 960321 99.9 42.8361 109.3859 WY127 960321 23.4 42.9610 109.6013 WY128 960321 21.4 43.3650 109.9387 WY129 960321 22.5 42.3378 110.8749 WY130 960321 17.9 42.4420 110.9839 WY134 960321 11.0 43.6396 109.9175 WY136 960321 33.4 43.1852 110.5186 WY137 960321 32.3 43.2135 110.4114 WY138 960321 99.9 43.2631 110.1201 WY139 960321 29.3 43.1065 109.8226 WY140 960321 44.0 42.7317 109.2165 WY141 960321 56.9 42.9508 110.5849 WY142 960321 99.9 43.7792 110.1351 CO101 960322 99.9 40.3871 106.6894 CO102 960322 21.7 40.0844 106.8715 CO103 960322 21.2 40.2090 106.9236 CO104 960322 31.1 40.1947 106.7673 CO105 960322 35.8 40.3749 106.8230 CO116 960322 99.9 40.4202 106.6908 CO122 960322 99.9 40.7779 107.2731 CO123 960322 34.1 40.7076 106.6765 UT101 960322 19.5 ERR ERR UT104 960322 6.3 39.8303 111.5721 UT105 960322 10.3 39.7340 111.6252 UT124 960322 30.4 40.2906 111.2506 UT126 960322 43.6 40.7397 110.9459 UT127 960322 21.8 40.7884 111.1236 WY108 960322 13.7 41.1157 110.5501 WY109 960322 4.3 41.1327 110.3823 CO112 960326 99.9 40.1145 107.0875 CO113 960326 14.9 40.2768 106.0885 CO114 960326 43.4 40.4422 105.7842 CO124 960326 36.3 40.7209 105.9556 CO125 960326 18.7 40.0905 105.9630 CO126 960326 19.8 40.2739 106.1618 UT109 960326 99.9 39.2638 111.4509 UT110 960326 12.9 39.2554 111.5398 UT113 960326 28.2 38.6194 111.7268 UT117 960326 15.7 38.1030 112.1430 UT118 960326 2.3 38.0778 112.0737 UT119 960326 13.6 37.9574 111.8524 UT121 960326 0.0 37.6610 112.1631 UT122 960326 0.1 37.5537 112.2728 UT123 960326 13.2 40.7914 109.4652 UT125 960326 24.1 37.5275 112.7372 UT128 960326 99.9 40.6279 110.7656 UT129 960326 32.0 40.8108 110.5813 UT130 960326 28.7 40.8620 110.4496 UT131 960326 22.9 40.8802 110.3666 UT132 960326 22.7 40.8026 110.2395 UT133 960326 19.3 40.7329 109.7237 UT134 960326 34.0 40.7118 110.4583 UT136 960326 26.3 39.4173 111.2424 UT137 960326 99.9 39.6492 111.2854 UT141 960326 6.5 38.5258 112.4859 UT142 960326 0.0 ERR ERR CO106 960327 16.8 38.8985 107.3470 CO107 960327 49.1 38.7692 107.3160 CO108 960327 37.5 38.9066 107.2232 CO109 960327 5.6 39.1038 107.3464 CO110 960327 5.6 39.1132 107.4031 CO111 960327 17.2 39.1219 107.5255 CO115 960327 38.9 39.0373 108.1505 CO117 960327 85.0 39.3651 107.9015 CO118 960327 38.8 39.1406 107.8028 CO119 960327 38.4 39.3642 107.5449 CO120 960327 99.9 39.4655 106.9320 CO121 960327 31.5 39.5030 106.1985 CO127 960327 31.1 39.8852 106.2203 CO128 960327 26.8 39.4076 106.0431 CO129 960327 20.0 39.7681 106.8342 CO130 960327 99.9 39.7029 106.5136 CO131 960327 54.4 39.7196 106.3994 CO132 960327 25.3 39.8216 106.3305 CO133 960327 17.2 39.5062 106.6805 CO134 960327 25.4 39.2929 106.6000 CO135 960327 45.8 39.0981 106.7986 CO136 960327 26.1 38.9197 106.5920 CO137 960327 11.4 38.0945 107.8922 CO138 960327 22.9 37.8044 107.7696 CO139 960327 99.9 37.7351 107.9378 CO140 960327 3.9 37.5483 107.9441 CO141 960327 8.8 37.5721 107.8182 CO142 960327 25.0 37.4746 107.6204 CO143 960327 7.9 37.5233 107.2740 CO144 960327 16.0 37.8552 107.5741 CO149 960327 17.4 38.4422 106.3575 CO150 960327 12.7 38.0509 106.8292 CO151 960327 21.7 38.1740 107.1344 CO152 960327 31.3 38.2894 107.4135 SJ122 960403 14.1 47.6267 69.1106 SJ123 960403 15.7 47.6488 69.2920 SJ126 960403 15.9 47.5043 69.5128 SJ127 960403 14.4 47.3510 69.3829 SJ128 960403 15.7 47.3325 69.1929 SJ116 960404 6.6 46.2621 67.9854 SJ135 960404 11.2 46.8022 68.6154 SJ136 960404 10.2 46.6538 68.6010 SJ139 960404 9.4 46.5881 68.4003 SJ140 960404 11.3 46.4739 68.4705 SJ141 960404 12.5 46.3618 68.5808 SJ142 960404 13.6 46.2681 68.4792 SJ144 960404 16.9 46.7957 70.2115 SJ145 960404 18.7 46.5265 70.3175 SJ146 960404 15.2 46.4949 70.2290 SJ147 960404 16.6 46.3420 70.3473 SJ148 960404 14.2 46.1335 70.4350 SJ150 960404 14.7 46.6232 68.9329 SJ151 960404 13.6 46.5713 69.6739 SJ152 960404 12.4 46.6724 69.4551 SJ101 960405 11.8 47.3400 67.2791 SJ103 960405 8.5 47.1789 67.3345 SJ104 960405 7.0 47.0262 67.4395 SJ105 960405 9.8 47.1937 67.8955 SJ106 960405 6.6 47.2507 68.0685 SJ107 960405 6.7 46.8502 67.4398 SJ108 960405 8.8 46.8053 67.6602 SJ109 960405 5.0 46.8345 67.8795 SJ110 960405 5.8 46.5806 68.0106 SJ111 960405 1.9 46.4791 67.7271 SJ112 960405 6.4 46.4136 67.5939 SJ113 960405 6.6 46.1368 67.4344 SJ114 960405 9.8 46.2768 67.0158 SJ115 960405 5.5 46.0501 66.7988 SJ117 960405 5.7 45.8477 67.6173 SJ118 960405 14.2 47.8004 68.9195 SJ119 960405 7.7 47.7556 68.7625 SJ121 960405 8.3 47.5724 68.7631 SJ124 960405 8.3 47.5622 69.0166 SJ125 960405 9.4 47.4645 69.0927 SJ129 960405 9.8 47.2553 68.8334 SJ130 960405 8.3 47.0589 69.0443 SJ131 960405 9.1 47.1163 68.7209 SJ132 960405 11.5 47.4314 68.7760 SJ133 960405 10.2 47.0534 68.3924 SJ134 960405 3.1 47.2688 68.2749 SJ138 960405 4.6 46.8636 68.1605 SJ143 960405 11.8 46.2057 69.4462 SJ153 960405 0.0 46.0808 67.8028 LS132 960407 17.7 47.4131 91.9596 LS140 960407 18.0 47.0625 92.9553 LS150 960407 15.7 46.8599 92.6328 LS162 960407 19.4 46.5454 91.0572 LS163 960407 20.9 46.4637 90.6613 LS180 960407 25.6 46.5513 89.3519 LS187 960407 28.0 46.3559 87.0944 LS333 960407 18.4 47.4067 92.6718 LS335 960407 18.9 47.1655 92.4635 LS365 960407 18.6 46.3386 91.2614 LS366 960407 25.4 46.3565 90.4878 LS371 960407 25.8 46.4297 89.8132 LS372 960407 22.4 46.2891 89.3524 LS373 960407 20.7 46.4975 88.8586 LS379 960407 23.5 46.5322 88.3938 MI160 960407 22.1 46.5439 88.1081 MI161 960407 24.2 46.4051 87.7742 MI162 960407 30.1 46.4339 87.4614 MN259 960407 10.7 47.0991 93.8374 MN260 960407 13.6 47.1646 93.3259 MN261 960407 8.4 46.6022 93.4613 MN262 960407 15.1 46.8311 93.6081 MN264 960407 7.9 46.3460 93.2701 WI112 960407 20.3 46.1614 90.7634 WI116 960407 15.1 45.7760 90.9093 ND206 960410 7.4 48.9052 98.9472 ND207 960410 8.2 48.8871 98.3592 ND209 960410 11.0 48.7544 98.2479 ND210 960410 10.6 48.6952 98.1365 ND214 960410 11.5 48.7990 97.5241 ND215 960410 11.1 48.7982 97.3413 ND216 960410 10.8 48.7170 97.4349 ND217 960410 9.3 48.5154 97.4553 ND218 960410 11.1 48.3107 97.4440 ND219 960410 10.1 48.1470 97.4598 ND220 960410 7.0 48.3134 97.6290 ND221 960410 7.5 48.6085 97.7425 ND232 960410 10.6 48.9283 97.5182 ND233 960410 9.2 48.8663 97.7651 ND234 960410 5.1 48.3146 97.8528 ND243 960410 8.5 48.8983 98.2276 ND244 960410 7.3 48.2861 98.1284 MN101 960411 12.5 48.7110 96.9288 MN102 960411 11.9 48.5506 96.8992 MN103 960411 10.9 48.3851 96.8464 MN104 960411 10.2 48.2755 96.8070 MN105 960411 10.7 48.1301 96.7415 MN106 960411 10.6 48.0075 96.6679 MN115 960411 12.4 48.5678 96.7025 MN116 960411 12.9 48.6502 96.5766 MN117 960411 12.3 48.4214 96.3750 MN130 960411 13.0 48.1274 95.9777 MN131 960411 13.7 48.5686 96.1555 MN226 960411 16.3 48.4286 95.6665 MN233 960411 15.3 47.8579 95.6321 MN271 960411 17.5 48.6360 95.6692 MN407 960415 2.9 45.8177 93.6607 MN259 960416 7.9 47.0991 93.8374 MN260 960416 7.9 47.1646 93.3259 MN262 960416 12.0 46.8311 93.6081 MN264 960416 3.7 46.3460 93.2701 MN267 960416 7.0 46.2320 92.7141 MN268 960416 11.8 46.3726 92.5379 MN278 960416 11.8 47.5489 92.9308 WI101 960416 12.0 46.2524 92.1636 WI101 960416 10.9 46.2524 92.1636 WI103 960416 1.4 45.8786 92.3555 WI111 960416 12.7 46.1318 91.3355 WI115 960416 3.7 45.1579 90.9583 WI116 960416 11.9 45.7760 90.9093 WI118 960416 6.5 45.2229 90.3064 WI201 960416 10.1 45.5480 89.8259 WI202 960416 13.4 45.4935 89.4246 WI203 960416 3.9 45.2323 89.5582 WI206 960416 13.5 45.5682 89.0341 LS162 960504 17.6 46.5454 91.0572 LS170 960504 12.6 46.5520 89.8071 LS180 960504 4.2 46.5513 89.3519 LS183 960504 4.1 46.8271 89.2025 LS186 960504 5.5 46.8001 88.3154 LS187 960504 14.4 46.3559 87.0944 LS371 960504 8.8 46.4297 89.8132 LS372 960504 8.0 46.2891 89.3524 LS373 960504 5.9 46.4975 88.8586 LS379 960504 12.4 46.5322 88.3938 LS385 960504 19.5 47.2914 88.2945 LS390 960504 30.4 46.5775 87.6475 MI145 960504 2.5 45.8973 87.5021 MI146 960504 3.8 46.0580 86.9906 MI149 960504 2.9 46.2056 88.0417 MI157 960504 9.4 46.1204 88.7325 MI158 960504 4.5 46.1744 88.3965 MI159 960504 3.8 46.0848 88.2019 MI160 960504 11.3 46.5439 88.1081 NY406 961115 6.6 42.4258 78.6336 NY408 961115 8.0 42.3623 79.0528 NY409 961115 7.0 42.4504 79.0667 NY410 961115 7.4 42.2937 79.3920 NY411 961115 6.2 42.2194 79.1615 OH144 961115 1.0 41.1671 82.6589 OH145 961115 1.1 41.1362 82.4085 OH146 961115 2.0 41.1685 82.0208 OH147 961115 3.1 41.3138 81.2313 OH148 961115 10.1 41.6146 81.0491 OH149 961115 6.6 41.6236 80.8782 PA107 961115 1.2 41.2739 79.6688 PA108 961115 4.7 41.7960 80.1657 PA109 961115 2.4 41.8152 79.7954 PA118 961115 6.6 42.1050 79.8184