Research Subprojects SP1 Tree Growth The importance of the spatial arrangement of plant tissue for drought tolerance and growth of European beech More SP2 Water Content & Uptake Resilience pathways of below-ground and above-canopy water relationships More SP3 Water Quality Forest Resilience and Water More SP4 CO2 & H2O Fluxes Assessing forest resilience to drought using CO2 and H2O flux-based indicators More SP5 Terrestrial Laser Scan Exploring the thermodynamical link between structural complexity and resilience of forests More SP6 Water Budget Modelling: Pathways to forest resilience following forest disturbance - Management options to safeguard ecosystem services in space and time More SP7 Remote Sensing Indicators Development of a remote sensing indicator framework to monitor forest resilience More SP8 Digital Twins Digital twins of forest ecosystems More SP9 Thermal Remote Sensing Exploring thermal remote sensing and multisensor synergy to map forest evaporation and stress on transpiration More SP10 Economic Assessment Management strategies to reduce trade-offs between ecological and economic resilience More SP11 Stakeholder Analysis Understanding stakeholders’ preferences and creating support for sustainable forest trajectories More SP12 Science Communication Stimulating learning process in school-classes with a digital role-playing-game More SP13 Coordination More SP1 Tree Growth SP2 Water Content and Uptake SP3 Water Quality SP4 C02 & H2O Fluxes SP5 Terrestrial Laser Scans SP6 Water Budget Modelling SP7 Remote Sensing Indicators SP8 Digital Twins SP9 Thermal Remote Sensing SP10 Economic Assessment SP11 Stakeholder Analysis SP12 Science Communication SP13: Coordination Contact: Prof. Dr. Alexander Knohl (Spokesperson) Dr. Miriam Teuscher (Coordination)
