FoResLab

Water Content

Resilience pathways of below-ground and above-canopy water relationships

Resilience pathways of below-ground and above-canopy water relationships

How do water fluxes in forests differ depending on structure, hydroclimatic conditions and species composition? And can we estimate tree-specific water use derived from thermal imaging with UAV? In subproject "Water Content and Uptake", Matthias Beyer and Steffen Dohmen from TU Braunschweig aim at providing site-specific and high-resolution estimates of the forest water balance by a combined monitoring of below-ground and above-canopy water status and fluxes in order to assess the resilience of mixed forests. This will allow them to integrate spatio-temporally high-resolution observations of water transport processes with both smaller and larger-scale measurements and enable truly rigorous process descriptions and quantifications of the relationships between the soil and plant water balances.

Find further infos on the subproject Water Content and Uptake and the persons involved on the FoResLab homepage.

Contact

Dr. Matthias BeyerDr. Matthias Beyer
Dr. Matthias Beyer
Technische Universität Braunschweig, Junior Research Group for Environmental Geochemistry