About
Julia Rieder is a scientist at the Department of Remote Sensing at the University of Würzburg (JMU). She studied applied physical geography in Würzburg, with a focus on environmental analysis and geospatial methods. Her research focuses on identifying abiotic and biotic drivers of drought responses in European beech (Fagus sylvatica L.) by bringing together field observations and LiDAR-derived structural information. She integrates airborne and mobile laser scanning with in-situ measurements of soil properties and tree vitality, using LiDAR-derived microtopography, canopy gap dynamics, and tree-level analyses to investigate the drivers of variability in drought responses of beech trees. Her work emphasizes programming and quantitative approaches to link forest structure and environmental conditions with ecological processes.
Courses
- Lidar Remote Sensing
Recent News
Internship Report by Janik Hoffmann and Lena Jäger
On Tuesday, December 19, 2023 at 12:00 Janik Hoffmann and Lena Jäger will present their internship report on their internship at the University Centre on Svalbard/Norway "Our Arctic Adventure – Northernmost internship on Svalbard" in seminar room 3 in...
MSc defense by Vanessa Rittlinger
On Friday,October 24, 2023 at 10:00 a.m. Vanessa Rittllinger will present her master thesis on “Detection of landslides in space and time using optical remote sensing data – A case study in South Tyrol” From the abstract: Landslides as a natural hazard cause damage...
MSc defense Sub-seasonal snowline dynamics of glaciers in Central Asia from multi-sensor satellite observations, 2000-2021
MSc defense (MA2) by Dilara Kim On Monday, September 18, 2023 Dilara Kim will present her Msc Thesis at 13:00 “Sub-seasonal snowline dynamics of glaciers in Central Asia from multi-sensor satellite observations, 2000-2021” From the abstract: Glaciers are an important...
MSc Defense by Nora Nieskens
MsC Defense by Nora Nieskens On Friday, September 08, 2023 at 11 a.m. Nora Nieskens will present her Msc Thesis “Estuaries in transition: Earth observation-based analysis of the turbidity dynamics in selected North Sea estuaries” in room 00.B.09 in John-Skilton-Str....
Detection of slope deformation at the Tröllaskagi peninsula, N-Iceland, using Sentinel-1 DInSAR time series
MSc defense (MA2) by Ása Dögg Adalsteinsdóttir On Monday, September 18, 2023 Ása Dögg Adalsteinsdóttir will present her Msc Thesis at 14:00 Detection of slope deformation at the Tröllaskagi peninsula, N-Iceland, using Sentinel-1 DInSAR time series Thema: MSC...
MSc defense by Vanessa Rittlinger
On Tuesday, October 24, 2023 at 10:00 a.m. Vanessa Rittllinger will present her master thesis on “Detection of landslides in space and time using optical remote sensing data – A case study in South Tyrol” in the conference room 01.B.03 in John-Skilton-Str. 4a/1st...
New EAGLE Earth Observation professors
We are very happy to welcome two new professors within the EAGLE M.Sc. program! Prof. Dr. Hannes Taubenböck and Prof. Dr. Tobias Ullmann will strengthen the urban remote sensing and radar earth observation within the EAGLE program. Various new courses are already...
EAGLE summer dialogue 2022
After two years we finally had our EAGLE summer dialogue again with many Earth Observation alumni, now working in various research organizations and companies. Great to talk to all our past and present students and also seeing all the students getting to know each...
MSc defense by Antonio Castaneda
On Friday, 1st of July at 9am Antonio will present his M.Sc. thesis "Potential and limits of using UAS in forest monitoring". From the abstract: "The exponential development, usage, and application of uncrewed area systems (UAS) have given remote scientists a clear...
EAGLE application in 2022
We received again more than 200 applicants from all over the world. In total applicants from 42 different countries applied to our international Earth Observation M.Sc. program, covering countries such as Hungary, Morocco, Malaysia, Kenya, Nepal or Columbia. We are...