Global ecosystem iso/anisohydry estimates based on QuikSCAT backscatter and AMSR-E VOD

Data file:1. fig_1_quikscat_isohydricity.ncThe QuikSCAT backscatter iso/anisohydry estimates at 0.05 degree, including both V- and H-polarizations.2. fig_1_vod_isohydricity.ncThe AMSR-E VOD (UMT algorithm) iso/anisohydry estimates at 0.25 degree.3. quikscat_vod_isohydricity_1deg.ncThe QuikSCAT and AMSR-E VOD (UMT algorithm) iso/anisohydry estimates at 1 degree4. quikscat_vod_isohydricity_range_1deg.ncConfidence interval range (95% by t-test) of the QuikSCAT and AMSR-E VOD (UMT algorithm) iso/anisohydry estimates at 1 degree.5. vod_konings_isohydricity_1deg.ncThe AMSR-E VOD (LPRM algorithm) iso/anisohydry estimates at 1 degree using data from Konings and Gentine 2017 Find more details in Yan Li, Kaiyu Guan, Pierre Gentine, Alexandra G. Konings, Frederick C. Meinzer, John S. Kimball, Xiangtao Xu, William R. L. Anderegg, Nate G. McDowell, Jordi Martínez-Vilalta, David G. Long, Stephen P. Good. Estimating global ecosystem iso/anisohydry using active and passive microwave satellite data, Journal of Geophysical Research, Biogeosciences, 2017.