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経路データ

SID SEASON NUMBER BASIN SUBBASIN NAME ISO_TIME NATURE LAT LON WMO_WIND WMO_PRES WMO_AGENCY TRACK_TYPE DIST2LAND LANDFALL IFLAG USA_AGENCY USA_ATCF_ID USA_LAT USA_LON USA_RECORD USA_STATUS USA_WIND USA_PRES USA_SSHS USA_R34_NE USA_R34_SE USA_R34_SW USA_R34_NW USA_R50_NE USA_R50_SE USA_R50_SW USA_R50_NW USA_R64_NE USA_R64_SE USA_R64_SW USA_R64_NW USA_POCI USA_ROCI USA_RMW USA_EYE TOKYO_LAT TOKYO_LON TOKYO_GRADE TOKYO_WIND TOKYO_PRES TOKYO_R50_DIR TOKYO_R50_LONG TOKYO_R50_SHORT TOKYO_R30_DIR TOKYO_R30_LONG TOKYO_R30_SHORT TOKYO_LAND CMA_LAT CMA_LON CMA_CAT CMA_WIND CMA_PRES HKO_LAT HKO_LON HKO_CAT HKO_WIND HKO_PRES KMA_LAT KMA_LON KMA_CAT KMA_WIND KMA_PRES KMA_R50_DIR KMA_R50_LONG KMA_R50_SHORT KMA_R30_DIR KMA_R30_LONG KMA_R30_SHORT NEWDELHI_LAT NEWDELHI_LON NEWDELHI_GRADE NEWDELHI_WIND NEWDELHI_PRES NEWDELHI_CI NEWDELHI_DP NEWDELHI_POCI REUNION_LAT REUNION_LON REUNION_TYPE REUNION_WIND REUNION_PRES REUNION_TNUM REUNION_CI REUNION_RMW REUNION_R34_NE REUNION_R34_SE REUNION_R34_SW REUNION_R34_NW REUNION_R50_NE REUNION_R50_SE REUNION_R50_SW REUNION_R50_NW REUNION_R64_NE REUNION_R64_SE REUNION_R64_SW REUNION_R64_NW BOM_LAT BOM_LON BOM_TYPE BOM_WIND BOM_PRES BOM_TNUM BOM_CI BOM_RMW BOM_R34_NE BOM_R34_SE BOM_R34_SW BOM_R34_NW BOM_R50_NE BOM_R50_SE BOM_R50_SW BOM_R50_NW BOM_R64_NE BOM_R64_SE BOM_R64_SW BOM_R64_NW BOM_ROCI BOM_POCI BOM_EYE BOM_POS_METHOD BOM_PRES_METHOD NADI_LAT NADI_LON NADI_CAT NADI_WIND NADI_PRES WELLINGTON_LAT WELLINGTON_LON WELLINGTON_WIND WELLINGTON_PRES DS824_LAT DS824_LON DS824_STAGE DS824_WIND DS824_PRES TD9636_LAT TD9636_LON TD9636_STAGE TD9636_WIND TD9636_PRES TD9635_LAT TD9635_LON TD9635_WIND TD9635_PRES TD9635_ROCI NEUMANN_LAT NEUMANN_LON NEUMANN_CLASS NEUMANN_WIND NEUMANN_PRES MLC_LAT MLC_LON MLC_CLASS MLC_WIND MLC_PRES USA_GUST BOM_GUST BOM_GUST_PER REUNION_GUST REUNION_GUST_PER USA_SEAHGT USA_SEARAD_NE USA_SEARAD_SE USA_SEARAD_SW USA_SEARAD_NW STORM_SPEED STORM_DIR
2016248N15255 2016 59 EP MM NEWTON 2016-09-04 06:00:00 DS 15.1 -105.0 30 1005 hurdat_epa main 392 371 O______________ hurdat_epa EP152016 15.1 -105.0 LO 30 1005 -3 1009 200 120 40 3 340
2016248N15255 2016 59 EP MM NEWTON 2016-09-04 09:00:00 DS 15.3 -105.1 main 376 366 P______________ EP152016 15.3 -105.1 LO 30 1005 -3 1009 200 120 3 345
2016248N15255 2016 59 EP MM NEWTON 2016-09-04 12:00:00 TS 15.4 -105.1 30 1005 hurdat_epa main 366 356 O______________ hurdat_epa EP152016 15.4 -105.1 TD 30 1005 -1 1009 200 120 40 3 340
2016248N15255 2016 59 EP MM NEWTON 2016-09-04 15:00:00 TS 15.5 -105.1 main 356 342 P______________ EP152016 15.5 -105.1 TD 33 1004 -1 1009 200 90 3 345
2016248N15255 2016 59 EP MM NEWTON 2016-09-04 18:00:00 TS 15.7 -105.2 35 1002 hurdat_epa main 342 320 O______________ hurdat_epa EP152016 15.7 -105.2 TS 35 1002 0 50 60 0 0 1009 200 60 5 345
2016248N15255 2016 59 EP MM NEWTON 2016-09-04 21:00:00 TS 16.0 -105.3 main 320 285 P______________ EP152016 16.0 -105.3 TS 38 1001 0 50 60 25 0 1007 165 60 8 345
2016248N15255 2016 59 EP MM NEWTON 2016-09-05 00:00:00 TS 16.5 -105.4 40 1000 hurdat_epa main 285 257 O______________ hurdat_epa EP152016 16.5 -105.4 TS 40 1000 0 50 60 50 0 1004 130 60 45 10 345
2016248N15255 2016 59 EP MM NEWTON 2016-09-05 03:00:00 TS 17.0 -105.6 main 260 207 P______________ EP152016 17.0 -105.6 TS 43 999 0 60 65 50 0 1004 130 60 12 340
2016248N15255 2016 59 EP MM NEWTON 2016-09-05 06:00:00 TS 17.6 -105.8 45 998 hurdat_epa main 207 184 O______________ hurdat_epa EP152016 17.6 -105.8 TS 45 998 0 70 70 50 0 1004 130 60 50 12 150 180 12 335
2016248N15255 2016 59 EP MM NEWTON 2016-09-05 09:00:00 TS 18.1 -106.1 main 184 176 P______________ EP152016 18.1 -106.1 TS 50 996 0 90 85 60 15 20 20 1004 130 50 12 150 195 12 325
2016248N15255 2016 59 EP MM NEWTON 2016-09-05 12:00:00 TS 18.6 -106.5 55 994 hurdat_epa main 176 175 O______________ hurdat_epa EP152016 18.6 -106.5 TS 55 994 0 110 100 70 30 40 40 0 0 1003 130 40 55 12 150 210 60 60 14 320
2016248N15255 2016 59 EP MM NEWTON 2016-09-05 15:00:00 TS 19.1 -107.0 main 186 186 P______________ EP152016 19.1 -107.0 TS 60 991 0 120 110 80 45 55 45 15 15 1003 140 40 12 165 210 90 75 15 315
2016248N15255 2016 59 EP MM NEWTON 2016-09-05 18:00:00 TS 19.7 -107.6 65 988 hurdat_epa main 213 213 O______________ hurdat_epa EP152016 19.7 -107.6 HU 65 988 1 130 120 90 60 70 50 30 30 40 40 0 0 1003 150 40 65 12 180 210 120 90 16 320
2016248N15255 2016 59 EP MM NEWTON 2016-09-05 21:00:00 TS 20.3 -108.1 main 250 250 P______________ EP152016 20.3 -108.1 HU 70 986 1 140 135 90 75 80 55 35 35 40 40 0 10 1004 163 38 12 180 225 135 90 15 320
2016248N15255 2016 59 EP MM NEWTON 2016-09-06 00:00:00 TS 20.9 -108.6 75 983 hurdat_epa main 255 176 O______________ hurdat_epa EP152016 20.9 -108.6 HU 75 983 1 150 150 90 90 90 60 40 40 40 40 0 20 1005 175 35 90 12 180 240 150 90 15 325
2016248N15255 2016 59 EP MM NEWTON 2016-09-06 03:00:00 TS 21.5 -109.1 main 172 94 P______________ EP152016 21.5 -109.1 HU 78 980 1 160 170 90 90 80 60 45 40 38 38 13 20 1005 175 33 12 165 225 120 90 15 325
2016248N15255 2016 59 EP MM NEWTON 2016-09-06 06:00:00 TS 22.1 -109.5 80 977 hurdat_epa main 94 22 O______________ hurdat_epa EP152016 22.1 -109.5 HU 80 977 1 170 190 90 90 70 60 50 40 35 35 25 20 1005 175 30 100 12 150 210 90 90 15 325
2016248N15255 2016 59 EP MM NEWTON 2016-09-06 09:00:00 TS 22.7 -110.0 main 22 10 P______________ EP152016 22.7 -110.0 HU 78 978 1 165 190 90 90 60 60 50 40 33 33 13 20 1006 163 30 12 150 240 90 90 16 325
2016248N15255 2016 59 EP MM NEWTON 2016-09-06 12:00:00 TS 23.4 -110.5 75 978 hurdat_epa main 30 0 O______________ hurdat_epa EP152016 23.4 -110.5 HU 75 978 1 160 190 90 90 50 60 50 40 30 30 0 20 1006 150 30 90 12 150 270 90 90 17 330
2016248N15255 2016 59 EP MM NEWTON 2016-09-06 14:00:00 TS 23.9 -110.8 75 979 hurdat_epa main 0 0 V______________ hurdat_epa EP152016 23.9 -110.8 L HU 75 979 1 160 190 90 90 50 60 50 40 30 30 0 20 1006 150 30 12 150 270 90 90 17 330
2016248N15255 2016 59 EP MM NEWTON 2016-09-06 15:00:00 TS 24.2 -111.0 main 0 0 P______________ EP152016 24.2 -111.0 HU 74 980 1 160 192 90 90 50 60 50 40 30 30 0 15 1006 150 30 12 150 270 90 90 17 330
2016248N15255 2016 59 EP MM NEWTON 2016-09-06 18:00:00 TS 24.9 -111.4 70 982 hurdat_epa main 0 0 O______________ hurdat_epa EP152016 24.9 -111.4 HU 70 982 1 160 200 90 90 50 60 50 40 30 30 0 0 1006 150 30 85 12 150 270 90 90 17 335
2016248N15255 2016 59 EP MM NEWTON 2016-09-06 21:00:00 TS 25.6 -111.7 main 0 0 P______________ EP152016 25.6 -111.7 HU 68 985 1 155 200 90 90 50 60 25 40 30 30 0 0 1006 150 30 12 150 285 120 60 16 345
2016248N15255 2016 59 EP MM NEWTON 2016-09-07 00:00:00 TS 26.4 -111.9 65 987 hurdat_epa main 0 0 O______________ hurdat_epa EP152016 26.4 -111.9 HU 65 987 1 150 200 90 90 50 60 0 40 30 30 0 0 1006 150 30 80 12 150 300 150 30 16 350
2016248N15255 2016 59 EP MM NEWTON 2016-09-07 03:00:00 TS 27.2 -112.0 main 11 11 P______________ EP152016 27.2 -112.0 TS 63 990 0 135 195 90 90 45 60 0 20 1007 135 28 12 135 285 120 16 0
2016248N15255 2016 59 EP MM NEWTON 2016-09-07 06:00:00 TS 28.0 -111.9 60 993 hurdat_epa main 51 0 O______________ hurdat_epa EP152016 28.0 -111.9 TS 60 993 0 120 190 90 90 40 60 0 0 1008 120 25 80 12 120 270 90 17 5
2016248N15255 2016 59 EP MM NEWTON 2016-09-07 08:30:00 TS 28.7 -111.8 55 998 hurdat_epa main 0 0 O______________ hurdat_epa EP152016 28.7 -111.8 L TS 55 998 0 100 150 90 90 30 60 0 0 1008 120 25 17 5
2016248N15255 2016 59 EP MM NEWTON 2016-09-07 09:00:00 TS 28.8 -111.8 main 0 0 P______________ EP152016 28.8 -111.8 TS 53 999 0 99 146 77 77 15 30 1008 120 26 16 5
2016248N15255 2016 59 EP MM NEWTON 2016-09-07 12:00:00 TS 29.6 -111.7 40 1002 hurdat_epa main 0 0 O______________ hurdat_epa EP152016 29.6 -111.7 TS 40 1002 0 90 120 0 0 1010 120 30 60 16 5
2016248N15255 2016 59 EP MM NEWTON 2016-09-07 15:00:00 TS 30.4 -111.6 main 0 0 P______________ EP152016 30.4 -111.6 TS 35 1004 0 45 60 1011 95 30 15 10
2016248N15255 2016 59 EP MM NEWTON 2016-09-07 18:00:00 DS 31.1 -111.4 30 1006 hurdat_epa main 0 0 O______________ hurdat_epa EP152016 31.1 -111.4 LO 30 1006 -3 1011 70 30 40 15 20
2016248N15255 2016 59 EP MM NEWTON 2016-09-07 21:00:00 DS 31.8 -111.1 main 0 0 P______________ EP152016 31.8 -111.1 LO 25 1008 -3 1011 70 30 14 30
2016248N15255 2016 59 EP MM NEWTON 2016-09-08 00:00:00 DS 32.3 -110.6 20 1010 hurdat_epa main 0 0 O______________ hurdat_epa EP152016 32.3 -110.6 LO 20 1010 -3 1011 70 30 12 40
2016248N15255 2016 59 EP MM NEWTON 2016-09-08 03:00:00 DS 32.7 -110.1 main 0 0 P______________ EP152016 32.7 -110.1 LO 18 1012 -3 1011 70 30 11 50
2016248N15255 2016 59 EP MM NEWTON 2016-09-08 06:00:00 DS 33.0 -109.6 15 1014 hurdat_epa main 0 O______________ hurdat_epa EP152016 33.0 -109.6 LO 15 1014 -3 1011 70 30 11 55

IBTrACS Databaseについて

本データベースは、米国NOAAが公開する1842年以降の世界の熱帯低気圧のベストトラックデータアーカイブInternational Best Track Archive for Climate Stewardship (IBTrACS)を、ウェブで閲覧しやすい形式に変換したものです。

Data provided by NOAA IBTrACS (International Best Track Archive for Climate Stewardship), accessed on 2024-12-29

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