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 …

The land surface comprises the smallest areal fraction of the Earth system's major
components (eg, versus atmosphere or ocean with cryosphere). As such, how is it that some …

In evergreen tropical forests, the extent, magnitude, and controls on photosynthetic
seasonality are poorly resolved and inadequately represented in Earth system models …

Tropical forests may be vulnerable to climate change,–if photosynthetic carbon uptake
currently operates near a high temperature limit,–. Predicting tropical forest function requires …

Abstract Study region Upper Xingu River Basin, southeastern Amazonia. Study focus This
study assessed the influence of land cover changes on evapotranspiration and streamflow …

To predict forest response to long‐term climate change with high confidence requires that
dynamic global vegetation models (DGVM s) be successfully tested against ecosystem …

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

There is considerable interest in understanding the fate of the Amazon over the coming
century in the face of climate change, rising atmospheric CO 2 levels, ongoing land …

Reducing uncertainties in the response of tropical forests to global change requires
understanding how intra‐and interannual climatic variability selects for different species …

The continental tropics play a leading role in the terrestrial energy, water, and carbon cycles.
Land–atmosphere interactions are integral in the regulation of these fluxes across multiple …