Coupling hydrologic and crop models is becoming an increasingly important approach in
the development of agro-hydrologic theme. Scientists and decision makers working to …

As the applications of Earth system models (ESM s) move from general climate projections
toward questions of mitigation and adaptation, the inclusion of land management practices …

Photosynthesis simulations by terrestrial biosphere models are usually based on the
Farquhar's model, in which the maximum rate of carboxylation (Vcmax) is a key control …

We evaluated the performance of four commonly applied land surface evaporation models
using a high-quality dataset of selected FLUXNET towers. The models that were examined …

Accurately simulating gross primary productivity (GPP) in terrestrial ecosystem models is
critical because errors in simulated GPP propagate through the model to introduce …

This study examines the impact of variation in root‐zone soil moisture (RZSM), a key
component of the Earth's hydrologic cycle and climate system, on regional carbon fluxes …

Northeast China (NEC) is the most prominent grain‐producing region in China. However, it
is currently facing significant impacts from climate change. Since the climate‐related impacts …

This study presented a MODIS 8-day 1 km evapotranspiration (ET) downscaling method
based on Landsat 8 data (30 m) and machine learning approaches. Eleven indicators …

The phenological dynamics of crops reflect the response and feedback of agricultural
systems to climate and environmental constraints, and have significant controls on carbon …

Determining the spatial distribution and temporal development of evaporation at regional
and global scales is required to improve our understanding of the coupled water and energy …