Departement Umweltsystemwissenschaften (D-USYS), ETH Zürich
@usyseth.bsky.social
Understand. Engage. Inspire Change.
Research and teaching in Environmental and Agricultural Sciences at ETH Zurich. Managed by D-USYS Comms team. #usyslife #usysscience #usysawards #usysstudents
Research and teaching in Environmental and Agricultural Sciences at ETH Zurich. Managed by D-USYS Comms team. #usyslife #usysscience #usysawards #usysstudents
Long-term flux measurements and machine learning were crucial to finding this temperature sensitivity. The research, led by @luanakrebs.bsky.social, underscores the vulnerability of these vital natural sinks to a warming climate.
👉 www.icos-switzerland.ch/26yearsDavos...
@icos-ri.eu #COFluxes
👉 www.icos-switzerland.ch/26yearsDavos...
@icos-ri.eu #COFluxes
Carbon sink at risk: What 26 years of forest CO2 fluxes can tell | ICOS Switzerland
www.icos-switzerland.ch
October 20, 2025 at 1:26 PM
Long-term flux measurements and machine learning were crucial to finding this temperature sensitivity. The research, led by @luanakrebs.bsky.social, underscores the vulnerability of these vital natural sinks to a warming climate.
👉 www.icos-switzerland.ch/26yearsDavos...
@icos-ri.eu #COFluxes
👉 www.icos-switzerland.ch/26yearsDavos...
@icos-ri.eu #COFluxes