PhD defense by Ines Standfuß on December 11, 2024

PhD defense by Ines Standfuß on December 11, 2024

November 13, 2024

On December 11, 2024, Ines Standfuß will defend her doctoral thesis entitled “Remote Sensing for Species-Environment Studies – Obtaining Meaningful and Robust Environmental Variables for White Stork Habitats” at the University of Würzburg.

The disputation will take place at 4 p.m. in seminar room 2 at the Earth Observation Research Cluster, John-Skilton-Str. 4a, Hubland Nord.

In her work, Ines Standfuß explored how remote sensing can be more effectively integrated into species-environment research to provide meaningful and robust environmental variables for animal habitats. By examining the needs of storks at different life stages, the thesis illustrates how established remote sensing data and methods can be used to design novel and meaningful environmental variables. It also presents a practical approach to accounting for uncertainties in remote sensing data in species-environment analyses.

We cordially invite you to join the public disputation of Ines Standfuß!

follow us and share it on:

you may also like:

A Strong Base at the Top: Research and Training at Schneefernerhaus

A Strong Base at the Top: Research and Training at Schneefernerhaus

We are grateful for the long-standing and growing opportunity to work with the Schneefernerhaus research station on Zugspitze, Germany’s highest mountain. For our work at the EORC, this collaboration provides an exceptional foundation for research on snow, ice,...

Our students wrote UFS press article

Our students wrote UFS press article

Our students have recently turned their fieldwork at the Environmental Research Station Schneefernerhaus into a published press article, showcasing how hands‑on glacier and snow research becomes part of real scientific communication. Our course at Schneefernerhaus The...

PhD submitted by Julia Rieder

PhD submitted by Julia Rieder

We are pleased to share that our PhD student Julia Rieder has successfully submitted her doctoral thesis! Her dissertation, entitled “Abiotic and biotic drivers of drought responses in European beech (Fagus sylvatica L.) inferred from field and LiDAR data”,...

Share This