Author

Lixin Wang

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Open access Aug 2026

Tropical and subtropical drylands dominate the interannual variability in global net terrestrial carbon flux irrespective of different global ecosystem classifications or geographic scales

Global terrestrial ecosystems exhibit substantial interannual variability (IAV) in net carbon (C) flux. Determining the biogeographic origin of this variability is essential for the understanding and forecasting of global C cycling and carbon-climate feedbacks. Currently, most studies identify either global drylands or...

Liam Bogucki, A. Feldman, David J. P. Moore et al. · Environmental Research: Clim... · 0 citations

Open access Aug 2026

Grain Expansion in China's Drylands Secures Food but Intensifies Environmental Trade‐Offs

Drylands are increasingly crucial for global food supply, and grain cultivation there continues to expand. Newly cultivated croplands in these regions are often assumed to be biophysically marginal and low yielding. However, the food‐security benefits, environmental costs, and associated trade‐offs of this expansion re...

Fengyu Fu, Shuai Wang, Xu-Tong Wu et al. · Earth's Future · 0 citations

Open access Jul 2026

Widespread Increase in Global Plant Water Stress Obscured by Greening

Understanding the vulnerability of plants to more severe and frequent drought events and developing adaptive management strategies requires robust methods for quantifying long‐term changes in plant water stress (PWS). Most data‐driven explorations of long‐term trends in PWS have focused on alterations in canopy structu...

Q. Chang, Lixin Wang, Mallory L. Barnes et al. · AGU Advances · 0 citations