Gao, Jungang (2013): Temperature, precipitation and Normalized Difference Vegetation Index (NDVI) from 1982 to 2009 in the Koshi River Basin of the Middle Himalayas [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.816067
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Abstract:
The aim of this paper is to find out if there is a significant difference in using NDVI dataset processed by harmonic analysis method to evaluate its dynamic and response to climate change, compared with the original data.
Related to:
Gao, Jungang (in prep.): Effects of harmonic analysis method on Normalized Differenced Vegetation Index (draft).
Coverage:
Median Latitude: 27.990000 * Median Longitude: 86.860000 * South-bound Latitude: 26.780000 * West-bound Longitude: 85.370000 * North-bound Latitude: 29.200000 * East-bound Longitude: 88.350000
Minimum Elevation: 96.0 m * Maximum Elevation: 8844.0 m
Event(s):
Koshi_River * Latitude Start: 26.780000 * Longitude Start: 85.370000 * Latitude End: 29.200000 * Longitude End: 88.350000 * Elevation Start: 96.0 m * Elevation End: 8844.0 m * Location: Kosi River Basin, Himalaya * Comment: The longitude and latitude are centered at 86.86 (86°51.5') and 27.99 (27°59.5').
Comment:
1. The spatial dataset on trend in temperature in the research from 1982 to 2009 (unit: °C per year)
1.1 growing season
1982-2006: rastert_temp_gn.txt
1982-1994: rastert_temp_gn1.txt
1994-2000: rastert_temp_gn2.txt
2000-2006: rastert_temp_gn3.txt
1.2 spring season
1982-2006: rastert_temp_sp.txt
1982-1994: rastert_temp_sp1.txt
1994-2000: rastert_temp_sp2.txt
2000-2006: rastert_temp_sp3.txt
1.3 summer season
1982-2006: rastert_temp_sm.txt
1982-1994: rastert_temp_sm1.txt
1994-2000: rastert_temp_sm2.txt
2000-2006: rastert_temp_sm3.txt
1.4 autumn season
1982-2006: rastert_temp_at.txt
1982-1994: rastert_temp_at1.txt
1994-2000: rastert_temp_at2.txt
2000-2006: rastert_temp_at3.txt
2. The spatial dataset on trend in precipitation in the research from 1982 to 2009 (unit: mm per year)
2.1 growing season
1982-2006: rastert_pre_at.txt
1982-1994: rastert_pre_at1.txt
1994-2000: rastert_pre_at2.txt
2000-2006: rastert_pre_at3.txt
2.2 spring season
1982-2006: rastert_pre_gn.txt
1982-1994: rastert_pre_gn1.txt
1994-2000: rastert_pre_gn2.txt
2000-2006: rastert_pre_gn3.txt
2.3 summer season
1982-2006: rastert_pre_sm.txt
1982-1994: rastert_pre_sm1.txt
1994-2000: rastert_pre_sm2.txt
2000-2006: rastert_pre_sm3.txt
2.4 autumn season
1982-2006: rastert_pre_sp.txt
1982-1994: rastert_pre_sp1.txt
1994-2000: rastert_pre_sp2.txt
2000-2006: rastert_pre_sp3.txt
3. The spatial dataset on trend in GIMMS NDVI in the research from 1982 to 2006
3.1 Growing season
1982-2006: rastert_b_gimm_gn.txt
1982-1994: rastert_b_gimm_gn1.txt
1994-2000: rastert_b_gimm_gn2.txt
2000-2006: rastert_b_gimm_gn3.txt
3.2 Spring season
1982-2006: rastert_b_gimm_sp.txt
1982-1994: rastert_b_gimm_sp1.txt
1994-2000: rastert_b_gimm_sp2.txt
2000-2006: rastert_b_gimm_sp3.txt
3.3 Summer season
1982-2006: rastert_b_gimm_sm.txt
1982-1994: rastert_b_gimm_sm1.txt
1994-2000: rastert_b_gimm_sm2.txt
2000-2006: rastert_b_gimm_sm3.txt
3.4 Autumn season
1982-2006: rastert_b_gimm_at.txt
1982-1994: rastert_b_gimm_at1.txt
1994-2000: rastert_b_gimm_at2.txt
2000-2006: rastert_b_gimm_at3.txt
4. The spatial dataset on trend in Spot NDVI in the research from 2000 to 2011
4.1 Growing season: rastert_b_spot_gn.tx
4.2 Spring season: rastert_b_spot_sp.txt
4.3 Summer season: rastert_b_spot_sm.txt
4.4 Autumn season: rastert_b_spot_at.txt
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
6.5 MBytes