Z. Arasteh Kia, Modelling transpiration of street trees along an urbanisation gradient in the city of Brunswick, Germany, in collaboration with Università di Padova.
2024
R. Riedel, Modelling tree mortality risk in Lower Saxony - Current status and climate change impact. Co-advisor: Dr. Mithra-Christin Hajati, Niedersächsisches Landesamt für Bergbau, Energie und Geologie.
R.S. Akon, Biodiversitätsbewertung von urbanen Flächen in der Life Cycle Assessment Analyse, in collaboration with Volkswagen. Co-advisor: Prof. Jan P. Lindner, Universität Augsburg.
T. Nema, Impact of socio-environmental changes on lentic small water bodies (LSWBs) in rural clusters of India, in collaboration with Indian Institute of Technology, Roorkee.
2023
H. Kumar P, Neural networking to predict transpiration using sap flow and soil moisture data from tropical rainforest, In collaboration with Amrita Vishwa Vidyapeetham.
P. Hainz, Simulations of post-wildfire hydrological recovery, In: Ecohydrological Project.
2024
J.A. Müller, Untersuchung des relativen Blattwassergehalts (RWC) verschiedener Baumarten auf vollversiegelten Standorten in Braunschweig, In: Ecohydrological Project.
R. Mentrup, Pressure–volume curves, In: Ecohydrological Project.
L. Graeber, Trockenstress urbaner Standorte — Wasserpotentiale von Braunschweiger Stadtbäumen, In: Ecohydrological Project.
A. Neber, Ökohydrologische Modellierung des Gaußbergpark, Braunschweig, In: Vertiefungsfach Hydrologie, Wasserwirtschaft und Gewässerschutz in the MSc programme Environmental Engineering. Co-advisor: Kai Schröter, Leichtweiß-Institut, Technische Universität Braunschweig.
2023
K. Brügge, Shrub encroachment in dryland ecosystems, In: Foundations of Ecohydrology.
L. Siebelt, Ecohydrological interfaces, In: Foundations of Ecohydrology.
R. Riedel, Ecohydrological simulation of urban trees with different soil types using LWFBrook90.R, In: Ecohydrological Project.
L. Wirsig, What are the Water World theories? — A review on methodological approaches applied and a comment how Water World theories advance the understanding of the ecohydrological cycle in the soil–plant–atmosphere continuum, In: Ecohydrological Project.
