Science

Research project identifies pathways to climate-resilient water and soil management

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Briefings

A European collaborative project led by the LIAG Institute for Applied Geophysics in Hanover completed a four-year research initiative to identify pathways for climate-resilient water and soil management. The final report synthesizes findings from 16 pilot regions across six countries, concluding that three primary levers—changing land use, improving soil health, and diversifying water resources while optimizing their use—are essential for strengthening regional resilience against climate change impacts.

Key points

• The European collaborative project Blue Transition, led by the LIAG Institute for Applied Geophysics in Hanover, conducted a four-year research initiative to identify pathways for climate-resilient water and soil management.
• The final report synthesizes findings from 16 pilot regions across six countries, identifying three key levers: changing land use, improving soil health, and diversifying water resources while optimizing their use.

Context and limitations

The evidence covers only 16 pilot regions in six countries across Europe, and the findings represent a snapshot of the project's conclusions rather than long-term forecasts or predictions for future scenarios.

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