As the largest river basin on Earth, the Amazon is of major importance to the world's climate
and water resources. Over the past decades, advances in satellite‐based remote sensing …

Core Ideas Land surface models (LSMs) show a large variety in describing and upscaling
infiltration. Soil structural effects on infiltration in LSMs are mostly neglected. New soil …

This study provides an updated analysis of the evolution of seasonal rainfall intensity in the
Amazon basin, considering the 1981–2017 period and based on HOP (interpolated HYBAM …

ABSTRACT A new gridded rainfall dataset available for Peru is introduced, called PISCOp
V2. 1 (Peruvian Interpolated data of SENAMHI's Climatological and Hydrological …

Extreme droughts have caused significant socioeconomic and environmental damage
worldwide. In Brazil, ineffective energy development and water management policies have …

The Amazon River Basin is the largest rainforest in the world. Long-term changes in
precipitation trends in the basin can affect the continental water balance and the world's …

This study quantifies the contribution of rivers and floodplains to terrestrial water storage
(TWS) variability. We use state‐of‐the‐art models to simulate land surface processes and …

This study investigated the potential of assessing the water balance in South America, at
multiple scales, using satellite remote sensing precipitation and evapotranspiration datasets …

This study examines the uncertainties and the representations of anomalies of a set of
evapotranspiration products over climatologically distinct regions of South America. The …

Deforestation in Amazon is expected to decrease evapotranspiration (ET) and to increase
soil moisture and river discharge under prevailing energy-limited conditions. The magnitude …