Croplands and grasslands are agricultural systems that contribute to land–atmosphere
exchanges of carbon (C). We evaluated and compared gross primary production (GPP) …

Rain-fed pastoral systems are tightly connected to meteorological conditions. It is, therefore,
likely that climate change, including changing atmospheric CO2 concentration, temperature …

Terrestrial ecosystems are the largest sink for carbon, and their ecosystem gross primary
productivity (GPP) regulates variations in atmospheric carbon dioxide (CO 2) concentrations …

This study presents results from a major grassland model intercomparison exercise, and
highlights the main challenges faced in the implementation of a multi-model ensemble …

Simulation models quantify the impacts on carbon (C) and nitrogen (N) cycling in grassland
systems caused by changes in management practices. To support agricultural policies, it is …

A major effect of environment on crops is through crop phenology, and therefore, the
capacity to predict phenology for new environments is important. Mechanistic crop models …

The CenW ecosystem model simulates carbon, water, and nitrogen cycles following
ecophysiological processes and management practices on a daily basis. We tested and …

Grassland management effects on soil organic carbon storage under future climate are
unknown. Here we examine the impact of ley grassland durations in crop rotations on soil …

Globally, water-saving irrigation plays a vital role in agricultural ecosystems to achieve
sustainable food production under climate change. Irrigation under mulch (IUM) system has …

Quantifying net CO 2 exchange (NEE) of arctic terrestrial ecosystems in response to
changes in climatic and environmental conditions is central to understanding ecosystem …