The warm‐season rainfall variability over the US Great Plains is examined in a climate
simulation and compared with observations to explore the role of land‐atmosphere …

Precipitation from a 10-yr regional climate simulation is evaluated using three
complementary analyses: self-organizing maps, bias scores, and arithmetic bias …

A series of general circulation model simulations are used to quantify the relative
contributions of land surface and ocean variability to variability in precipitation. The …

The retention of precipitation water in land surface reservoirs damps higher frequencies of
evaporation variability and can thereby influence the feedback of evaporation on …

Modeling the Effect of Land Surface Evaporation Variability on Precipitation Variability. Part I:
General Response in: Journal of Hydrometeorology Volume 3 Issue 4 (2002) Jump to …

Land‐atmosphere feedback, by which precipitation‐induced soil moisture anomalies affect
subsequent precipitation, may be an important element of Earth's climate system, but its very …

This study evaluates impacts of land use changes due to human settlement on regional
summer climate over the central and western United States by performing 30‐day …

This study compares climate simulations over North America produced by a regional climate
model with the driving global climate simulations as well as a multimodel ensemble of global …

Precipitation's diurnal to annual variance distribution and atmospheric water cycle
component interactions are examined globally for sensitivity to convective and land surface …

To determine hydrologic changes in a warmer climate, we impose precipitation and potential
evaporation (Eo) perturbations on hydrologic response functions constructed from …