2°C increase
by 2050 compared with 1986-2005.
In the absence
of climate change adaptation solutions, agricultural yields could decline by at least 5% per degree of global temperature increase.
This would jeopardize our food security, farmers' incomes and macroeconomic performance.
macroeconomic
performance Crop
production Food
insecurity
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3000+
possible combinations of adaptation technologies and practices
The investments required for adaptation are estimated at between $340 and $500 billion. Ensuring the profitability of these investments is essential to building resilience in the agricultural sector. According to our modelling, an optimal combination of technologies and practices could increase productivity by up to 50%.
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Turning uncertainty into opportunity
finres analyzes the evolution of the climate and the suitability of crops according to their phenological characteristics in relation to this same evolution. Investments are prioritized using a decision-making approach under deep uncertainty (DMDU), which is extremely granular, from the regional level to the local level. Physical and portfolio transition risks are also taken into account.
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Recent articles

Weathering the Storms: Mapping France’s Agricultural Future with Machine Learning

Finres produced the first ever high-resolution, geo-specific crop risk and adaptation prioritization analysis for the French agricultural sector.
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Supporting the ARCAFIM Project Transforming African Agriculture

Finres conducted detailed adaptation analyses across nine countries, utilizing advanced modeling techniques to augment existing datasets through machine learning algorithms.
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WCRP Open Science Conference – Day 1

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