Animal movement is critical for maintenance of ecosystem services and biodiversity. The study of complex movement patterns and of the factors that control such patterns is essential to inform conservation research and environmental management. Technological advances have greatly increased our ability to track, study, and manage animal movements. But analyzing and contextualizing vast amounts of… Read More
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As part of our course on Earth Observation data acquisition, EAGLE students experience first-hand that even the best planning is ultimately shaped by the weather. While flight plans, measurement strategies, and schedules can be carefully prepared in advance, field...
Recently, our team carried out another successful field campaign at the Schneefernerhaus research station on the Zugspitze in the Alps. Together with our EAGLE students, we collected UAS-based environmental data alongside detailed in-situ measurements of snow...
In a recent contribution to Praxis Agrar - the practice-oriented online platform published by the Bundesinformationszentrum Landwirtschaft (BZL) - biogas flower mixtures are presented as a viable alternative to maize-dominated energy cropping systems. The article...
As 2025 draws to a close and 2026 begins, our Earth Observation Research Cluser News Blog on Remote-Sensing.org offers a rich overview of a year defined by scientific diversity, collaboration, and real-world impact. From peer-reviewed publications and innovative...
We're pleased to share our latest open-access research on automatically detecting animal paths in Africa's Kruger National Park using drone imagery and deep learning. Published in Ecological Informatics, our study demonstrates how deep learning can be employed to...
As 2025 draws to a close, we at the Earth Observation Research Cluster (EORC) would like to take a moment to reflect on an inspiring and productive year—and to say thank you to everyone who made it possible - from EORC staff, EAGLE student to our collaborators. This...
