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Lehrstuhl für Global Change Ecology

Lehrstuhl für Global Change Ecology

Global Change Ecology


The Chair of Global Change Ecology combines two research foci: Global Change Ecology and Above-belowground Interaction Ecology. We investigate how climate and land-use change alter biodiversity, species responses, ecological interactions and ecosystem functions.

Research

We investigate how biodiversity varies spatially and temporally - from local to global scales. The focus is on how man-made drivers such as climate and land-use change influence species, their interactions, ecological communities and biodiversity patterns. A central concern is the exchange between science and society: this is why we are actively involved in science communication and dialogue with the public and stakeholders from various sectors of society.

Teaching

Our courses range from zoological excursions and ecological field courses to methodological basics such as statistics, modelling, experimental ecology and conservation biology, as well as project-based modules in soil ecology, macroecology and global change biology. Our aim is to train a new generation of open-minded, well-trained biodiversity scientists and ecological specialists.

Latest news

  • Successful first three years for Above-Belowground Interaction Ecology Group - 29.04.2026
  • AI-supported insect monitoring in renaturalised quarries - 26.03.2026
  • Biodiversity Exploratories General Assembly in Wernigerode - 23.03.2026
  • Feeling the heat: Many landscapes will amplify temperatures during heatwaves - 12.01.2026
  • Exploring Biogeography: Our Team at TIBS 2026 in Aarhus - 12.01.2026
  • Team Retreat in the Austrian Alps - 20.11.2025

Latest publications

2026[ to top ]
  • Zhou et al. (2026). Greater trophic diversity of soil animal communities under agricultural land use and tropical climate. Nature Ecology & Evolution. https://doi.org/10.1038/s41559-026-03014-4.
2025[ to top ]
  • Kuczynski et al. (2025). When species are lost but functions persist: a trait-based perspective on Wadden Sea bird diversity dynamics. Oikos. https://doi.org/https://doi.org/10.1002/oik.11509.
  • Romera et al. (2025). Detection of energetic equivalence depends on food web architecture and estimators of energy use. Nature Communications. https://doi.org/10.1038/s41467-025-67615-6.
  • González et al. (2025). Nitrogen deposition reveals global patterns in plant and animal stoichiometry. Nature Communications. https://doi.org/10.1038/s41467-025-65960-0.

Research groups

Global Change Ecology and Macroecology

Prof Dr Christian Hof and his team are investigating patterns of taxonomic and functional biodiversity and the underlying processes at different temporal and spatial scales, species responses to changing environments and potential futures of biodiversity under different climate and land-use scenarios.

 

Above-belowground Interaction Ecology

Prof Dr Malte Jochum and his team are investigating the effects of global change on multitrophic, above- and below-ground communities, altered interaction networks and the multifunctionality of ecosystems - typically in temperate grasslands and forests, but also in boreal and tropical regions and in aquatic ecosystems.

Contact

Lehrstuhl für Global Change Ecology
Campus Hubland Nord
Klara-Oppenheimer-Straße 32
97074 Würzburg

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05.05.2026
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