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Robust models for assessing the effectiveness of technologies and managements to reduce N2O emissions from grazed pastures – Models4Pastures
done in the company of current and proposed FACCE-JPI projects and other international activities, We
Downscaling Climate and Ocean Change to Services: Thresholds and Opportunities – CE2COAST
knowledge transfer through common goals with a focus on JPI Climate and Oceans, IPCC, UN SDGs, MSP, CFP, MSFD
C and N Models Intercomparison and Improvement to assess management options for GHG mitigation in agrosystems worldwide – CN-MIP
Mathematical models developed to describe processes in soils should enable scientists and policy makers to identify agricultural practices that contribute to CO2, N2O and CH4 mitigation for grasslands and annual crops in various climates.
Intensify production, transform biomass to energy and novel goods and protect soils in Europe – INTENSE
INTENSE project responds to central questions of FACCE-JPI Core theme 3: Sustainable intensification of integrated
Targets for Sustainable And Resilient Agriculture – TSARA
15 years (for the SDGs) and up to 2050 for FACCE-JPI. This WP also sets up the key operational framework
REAL TIME SOIL MOISTURE FORECAST FOR SMART IRRIGATION – RET-SIF
funded by ERA-NET Cofund Water Works 2014 under Water JPI (Horizon 2020). In particular, the system will
Atmospheric CORRosion and mechAnical alteration of bronze BELLs: a sound and artistic heritage in danger ? – BellACorr
The bronze bell (22% wt Sn - a / d phases) is a musical and communication instrument, but also by its ornamental epigraphy, a work of art. It is a historical and cultural heritage to be preserved. From its implementation, the bell is subjected to a physicochemical alteration due to an aggressive environment, and mechanical to ring it. Proposing a micro-infiltrating mechanism of its alteration and quantifying the impact on its sound qualities is a major issue for the bell conservation.