Journal of Plant EcologyApr 4, 2025
Based on observations for #LitterMassLoss, #Carbon (C) and #Nitrogen (N) release, Siqi Wu et al. found that litter mass loss was decreased by 4.5%, and C and N release were significantly reduced by 6.7% and 3.4%, respectively, under #ElevatedCO2 in #TerrestrialEcosystems, which meant that may lead to negative #BiogeochemicalCycles.
https://doi.org/10.1093/jpe/rtaf002
AI4PEXSep 4, 2024

#AI4PEX research focus 5: Land

We build #hybridmodels representing short-to-long-term responses of #TerrestrialEcosystems to changes in climate and atmospheric CO2, improve the vegetation response to water and heat stress and temperature sensitivity of decomposition in soils.

NIOO-KNAWJul 19, 2024
New publication: Effect of #microplastic pollution on the gut microbiome of anecic and endogeic #earthworms. #gutmicrobiome #terrestrialecosystems
https://doi.org/10.1093/femsle/fnae040
Effect of microplastic pollution on the gut microbiome of anecic and endogeic earthworms

Earthworm lifestyle and microplastic pollution strongly impact the structure of the earthworm’s gut microbiome.

OUP Academic