CORDIS Project
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This project aims to quantify the role of soil-dwelling cockchafer larvae in methane emissions from soils. By developing a new monitoring method that combines various techniques, it seeks to enhance understanding of methane fluxes and improve pest management in agricultural contexts.
The increase of the average global atmospheric methane (CH4) concentration from about 700 ppb to 1800 ppb since 1750 is the result of a global imbalance between CH4 sources and sinks.
Even small changes in source or sink strength are expected to have a rapid impact on the atmospheric CH4 concentration, making CH4 an excellent candidate for short-term climate change mitigation strategies.
However, this mitigation potential can only be accessed if we can accurately quantify all sinks and sources c…
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