CORDIS Project
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This project aims to improve understanding of soil carbon dynamics by modeling the interactions between soil organisms and carbon and nitrogen mineralization processes. It seeks to enhance predictive models of carbon emissions from soils, addressing a significant knowledge gap in soil biodiversity and its impact on cli…
About 80% of the global terrestrial C pool is located in soils, and over 50% of the CO2 evolved from soils is due to respiration of heterotrophic biota involved in net secondary production.
Consequently, the flux of C from belowground to the atmosphere through respiration is >10 times larger than anthropogenic emissions, and changes in soil respiration could significantly increase or mitigate current increases of CO2.
Predictions derived from global scale CO2 models differ significantly, with th…
CENTRO DE INVESTIGACION ECOLOGICA Y APLICACIONES FORESTALES
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