Research and Teaching

Scientific Hubs and Research Units

Our research is takes place in five Research Units and three Scientific Hubs. In the Research Units, our scientists work on empirical issues related to current sustainability problems on a project basis and develop options for action together with practitioners. In the cross-cutting hubs, we reflect on concepts and theories of social ecology and continuously develop them further. By systematically exchanging ideas between our empirical research practice and our theoretical work, we ensure that our research is scientifically sound and socially relevant.
Scientific Hubs

Social-Ecological Research

In our scientific hubs, we continuously develop theories and concepts about the relationships between nature and society and their sustainable design. To do this, we combine theoretical and conceptual considerations of Social Ecology with empirical research in our research areas.

Our Scientific Hubs offer the opportunity to further develop theories and concepts. Each of the three Hubs represents its own epistemological approach to Social Ecology with the inherent aim to develop it further. The Hubs each form their own mutually inspiring analytical-conceptual space for structured transdisciplinary research. For ISOE’s scientists, however, the respective epistemic perspectives are more than just programmatic points of reference for research. The perspectives also stand for organizational units. They are thus both places of research and places where the work at ISOE is embedded in organizational and social terms.

  • Social-Ecological Systems

    The “Social-Ecological Systems” Hub investigates from a systemic perspective the complex and dynamic relationships between societal actors and natural resources, as well as those between the actors themselves. The concept of social-ecological systems provides the basis therefor. 

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  • Practices and Infrastructures

    The “Practices and Infrastructures” Hub investigates the interplay between practices and infrastructures with regard to shaping social-ecological transformations. Here, we focus on societal actors and their everyday practices, as well as on the socio-technical systems that condition them. 

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  • Knowledge Processes and Transformations

    The “Knowledge Processes and Transformations” Hub examines the diverse interplay between knowledge and social-ecological transformations. Here we ask how knowledge is generated, exchanged, used and strategically mobilized when it comes to the shaping and blocking of transformations.

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Research Units

Areas of empirical research

In our Research Units, we develop new knowledge and practical approaches which show how current challenges can be met in a sustainable and just way and how conflicts can be constructively managed.

To this end, we conduct research in our national and international projects together with our partners from science, civil society, administration and business on topics such as water scarcity, climate change, biodiversity loss and land degradation, environmental risks or mobility. We also further develop the methods and concepts of transdisciplinary research and promote their establishment in the scientific system.

  • Water and Land Use

    Water and Land Use

    Water and land are crucial resources for food security, economic development, social stability and ecological integrity. These resources are closely interlinked as a nexus and influence each other.

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  • Biodiversity and People

    Biodiversity and People

    Biodiversity is indispensable for mankind. The rapid loss of biodiversity is destabilizing ecosystems worldwide and is leading to a biodiversity crisis that poses a threat to our livelihoods just as severe as the climate crisis.

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  • Coupled Infrastructures

    Coupled Infrastructures

    Technical infrastructures are indispensable for the provision of public services while also playing a key role in climate adaptation. In the face of increasing climate extremes and resource scarcity, these infrastructures are facing profound challenges that endanger their functionality. And here, simple adjustments are not sufficient but fundamental transformations of the various infrastructure systems are needed.

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  • Sustainable Society

    Sustainable Society

    Resource-intensive consumption patterns cannot be sustained within planetary boundaries. But technological innovations alone are not enough to bring about the necessary changes. Social innovations that could reduce resource consumption are not yet being sufficiently utilized since these innovations require far-reaching changes in everyday practices, infrastructures and institutions.

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  • Transdisciplinarity

    Transdisciplinarity

    Transdisciplinarity is essential for transformation-oriented sustainability research because the complex challenges associated with social-ecological transformations cannot be solved within the boundaries of individual disciplines. These challenges require the collaboration of natural, social, and engineering sciences and the humanities, as well as of actors from politics, business, and civil society.

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