PhD position 1 (65%) Urban green space structure, biodiversity, meteorological factors and climate change
22.12.2021, Wissenschaftliches Personal
StOasenWandel: Investigating the socio-ecological significance of urban green spaces under climate change.
Project background: This research project “StOasenWandel” is interested in the socio-ecological significance of small green spaces – what we call urban oases (Stadtoasen) – in our growing, increasingly warmer cities. Small green spaces can have a high overall impact in climatic, biophysical, ecological, and social-health characteristics of cities. We want to understand the structure, function and significance of urban oases so that we can create new oases and protect current valuable oases.
- How urban oases locally support temperature regulation (e.g. via vegetation structure) and human health and wellbeing (e.g. via nature experience) in cities, particularly in the context of climate change.
- What citizens want from their urban oases in the context of climate change and desired health benefits.
The research project is comprised of social and ecological sub-projects with 1 researcher (PhD candidate) position each. The subprojects (and researchers) will be working together closely to support an interdisciplinary understanding.
- Professorship for Urban Productive Ecosystems (Monika Egerer)
- Professorship for Forest and Agroforest Systems (Peter Annighöfer)
- Chair of Forest and Environmental Policies (Michael Suda)
- An innovative and lively working environment at the university and campus
- Access to modern facilities and infrastructure at a strong research department
- Scientific exchange, flexibility, independence and self-responsibility
- Extensive options of vocational training (meetings, workshops, conferences)
- A chance to receive your doctoral degree
- TV-L E13 (65%), initially limited to 3 years
- Pronounced scientific curiosity Enthusiasm for and competence in quantitative data analysis
- Experience with spatial 3D data and computing
- Understanding of urban ecosystems
- First experience modelling and relevant languages (R, Python etc.)
- Strong interest in further developing programming skills
- Interest in supervising and working with other students
- Excellent diploma or master’s degree in related field
- Excellent knowledge of English
- Pronounced scientific and writing skills are a benefit
Prof. Dr. Peter Annighöfer; peter.annighoefer@tum.de
https://www3.ls.tum.de/fafsys/startseite/ and http://upe.wzw.tum.de/;
peter.annighoefer@tum.de and monika.egerer@tum.de
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Kontakt: peter.annighoefer@tum.de


