CORDIS Project
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The VAPOR project aims to understand how atmospheric dryness affects vegetation productivity and carbon cycles. By analyzing long-term tree-ring data and high-resolution satellite observations, it seeks to clarify the independent effects of vapor pressure deficit and soil moisture on forest growth.
Atmospheric dryness, which is often quantified as a vapor pressure deficit (VPD), exerts significant influences on vegetation productivity and global carbon cycles. VPD is expected to rise in a warming world, but how this increased atmospheric dryness will impact the carbon uptake by vegetation remains largely unknown.
One major challenge is the lack of long-term measurements, which limits studies to the recent decades when satellite and flux measurements are available.
Moreover, disentangling t…
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