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Global Change Biology | Environmental Change Journal | Wiley Online Library
Global Change Biology is an environmental change journal dedicated to shaping the future and solving the world's most challenging problems by tackling sustainability, climate change and environmental protection, food and water safety and provision, as well as global health
Global Change Biology | Environmental Change Journal | Wiley Online Library
Hence, strategies aimed at promoting the maintenance of biological diversity and composition will help ecosystems adapt to climate change or mitigate its adverse effects on ecosystem stability
Global Change Biology | Environmental Change Journal | Wiley Online Library
Throughout, we identify key knowledge gaps and opportunities to validate and quantify the impact viruses may have on global biogeochemistry and climate change via land-atmosphere carbon exchange
Global Change Biology | Environmental Change Journal | Wiley Online Library
An explicit knowledge of the mechanisms driving global SOC sequestration in forests is still lacking because of the complex interplays between climate, soil, and forest type in influencing SOC pool size and stability
Global Change Biology | Environmental Change Journal | Wiley Online Library
Global Change Biology RESEARCH ARTICLE Long-term nitrogen and phosphorus addition have stronger negative effects on microbial residual carbon in subsoils than topsoils in subtropical forests Linjie Fan,
Global Change Biology | Environmental Change Journal | Wiley Online Library
ABSTRACT International commitments advocate large-scale forest restoration as a nature-based solution to climate change mitigation through carbon (C) sequestration Mounting evidence suggests that
Global Change Biology | Environmental Change Journal | Wiley Online Library
Temperature and precipitation data were derived from the Global Delta Downscaling WorldClim dataset available in Zenodo at https: doi org 10 5281 zenodo 3185722 and https: doi org 10 5281 zenodo 3114194
Global Change Biology | Environmental Change Journal | Wiley Online Library
Firstly, elevated CO 2 (eCO 2) benefits global C 3 crop yields, despite substantial genetic variation Lower-than-expected rice yield increases highlight the potential to augment the CO 2 fertilization effect (CFE) by enhancing nitrogen (N) uptake to facilitate carbon (C) assimilation