M. Francesca Cotrufo

Oct 3, 2024 | nature.com | Megan B. Machmuller |Laurel Lynch |Laura Gough |Michelle L. Haddix |Jennie McLaren |Michael Weintraub | +2 more

AbstractRapid warming in the Arctic threatens to amplify climate change by releasing the region’s vast stocks of soil carbon to the atmosphere. Increased nutrient availability may exacerbate soil carbon losses by stimulating microbial decomposition or offset them by increasing primary productivity. The outcome of these competing feedbacks remains unclear.

Jun 29, 2024 | acsess.onlinelibrary.wiley.com | Yao Zhang |Alison King |Emma Hamilton |M. Francesca Cotrufo

AI artificial intelligence ET evapotranspiration GLAI green leaf area index MAOC mineral-associated organic carbon NEE net ecosystem CO2 exchange NPP net primary production POC particulate organic carbon RMD relative mean difference RRMSE relative root mean square error SOC soil organic carbon ST soil temperature SWC soil water content 1 INTRODUCTION Soil organic carbon (SOC) comprises a large portion of—and therefore exerts a large influence on—the active carbon (C) in the global C cycle...