Land vegetation is currently taking up large amounts of atmospheric CO2, possibly due to
tree growth stimulation. Extant models predict that this growth stimulation will continue to …

Studies of emergent constraints have frequently proposed that a single metric alone can
constrain future responses of the Earth system to anthropogenic emissions. The prevalence …

Unraveling drivers of the interannual variability of tropical land carbon cycle is critical for
understanding land carbon-climate feedbacks. Here we utilize two generations of factorial …

Given the significantly increasing frequency and intensity of droughts in Northeast China
under climate change, it is necessary to understand drought-induced mortality in forest …

Great hope is being placed in the ability of forest ecosystems to contribute to greenhouse
gas (GHG) emission reduction targets to limit global warming. Many nations plan to rely on …

Enhanced ecosystem carbon storage is a key component of many climate mitigation
pathways. The State of California has set an ambitious goal of carbon neutrality by 2045 …

Human-induced global changes may significantly alter the structure and function of
terrestrial ecosystems. Although nematodes play a critical role in material cycles and soil …

Tropical forests cycle large amounts of water, carbon, and energy between the land and
atmosphere and are therefore essential components of the Earth system that must be …

We present a representation of nitrogen and phosphorus cycling in the Functionally
Assembled Terrestrial Ecosystem Simulator, a demographic vegetation model within the …

How terrestrial ecosystems will accumulate carbon as the climate continues to change is a
major source of uncertainty in projections of future climate. Under growth‐stimulating …