At the Earth Observation Research Cluster (EORC), researchers develop innovative approaches to monitor environmental change from local to regional scales. Julian Fäth contributes to this work by combining remote sensing, field measurements, and hydrological analysis to better understand the condition and dynamics of forest ecosystems.
Forests in a Changing Climate
Julian’s research focuses on how forests respond to environmental stressors such as drought, soil moisture variability, and climate change. By integrating satellite observations with field-based measurements, his work helps reveal how factors such as soil water availability influence tree vitality and forest resilience.
This research provides important insights into the functioning of forest ecosystems and supports improved monitoring of forest health under changing climatic conditions.
Bridging Field Science and Earth Observation
Before joining EORC, Julian studied forest science at the Technical University of Munich, where he also completed his PhD on forest nutrition and water balance. His work has long focused on linking traditional forest science methods—such as soil analyses and moisture measurements—with modern geophysical and remote sensing techniques.
This interdisciplinary background allows him to connect detailed field observations with large-scale Earth observation data.
Remote Sensing for Climate Adaptation
At EORC, Julian works as a postdoctoral researcher within the EO4CAM project, where he leads the forestry work package at the University of Würzburg. The project aims to develop Earth observation products that support climate adaptation planning for environmental authorities, particularly in the forest sector.
By combining ecological expertise with advanced geospatial analysis, Julian’s work helps translate remote sensing research into practical tools for sustainable forest management.
