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Vegetation and moisture are two key factors of soil genesis and development.An evaluation of the relationship between satellite-observed normalizeddifference vegetation index (NDVI) data as a proxy for vegetation greennessand water availability (rainfall and soil moisture) can greatly improve ourunderstanding of how vegetation greenness responds to water availabilityfluctuations. Using Sen and Pearson's correlation methods, we analyzed thespatiotemporal variation of vegetation greenness for both the entire yearand the growing season (GS, 4–10) in northern China from 1982 to 2006.Although vegetation greenness and soil moisture during the study periodchanged significantly for the entire study area, there was no change inrainfall. Linear correlation analysis between NDVI and rainfall revealedhigher correlations using data for all seasons. Higher correlations for NDVIand soil moisture were obtained using growing season data. This studyhighlights how strongly vegetation greenness responds to water availabilitydynamics, especially in the growing season period

Vegetation greenness response to water availability in northern China from 1982 to 2006