Image: bugarskipavle3 – stock.adobe.com Farmers in the field use advanced technology.
Topic

Land Use —

What is increasing the pressure on land resources? How can land use be sustainable and fair when land, water and biodiversity are claimed at the same time?

The challenges

Intensive Land Use and Climate Change Increase Pressure on Ecosystems

Worldwide, humans use three quarters of the ice-free land surface. Large areas of forest have been and are being converted into cropland. Further areas are used as pasture and settlement land.

Climate change, more intensive use of land resources and growing competition between agriculture, nature conservation and settlement development are increasing the pressure on ecosystems – not only in the world’s dry regions. If these processes continue, many ecosystems risk reaching tipping points. Serious, irreversible changes threaten both biodiversity and people.

“Climate change is intensifying water scarcity, especially in arid regions such as Namibia. Savannah landscapes are already overexploited due to intensive livestock farming, increasing the risk of ecosystem tipping points.”

Dr. Stefan Liehr, Head of the Social-Ecological Systems Hub
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Our research

Fair and Sustainable Land Use

In our research, we develop management and governance strategies for the sustainable use of land resources, in close interplay with sustainable water use and biodiversity protection – for example in the savannas of Namibia, the steppe of Mongolia and agricultural and cultural landscapes in Germany.

We aim to detect critical developments such as desertification early, in order to avoid damage from extreme weather events and social-ecological tipping points. At the same time, we investigate how conflicts between different interest groups can be resolved in order to promote the transition to fair and sustainable land use.

Featured Project

Social-ecological research infrastructure for biodiversity exploratories
Der Baumkronenpfad im Nationalpark Hainich in Thüringen
Biodiversity Land Use

Social-ecological research infrastructure for biodiversity exploratories

The project, funded by the German Research Foundation (DFG), is establishing a research infrastructure for social-ecological biodiversity research and developing a long-term monitoring system for social dynamics.

Go to Project

News

  • How Can Agriculture Strengthen Biodiversity? ISOE Supports Living Labs Across Europe
    News Biodiversity Land Use

    How Can Agriculture Strengthen Biodiversity? ISOE Supports Living Labs Across Europe

    Agriculture has to produce sufficient food while also protecting the climate, soil, water, and biodiversity. In the EU project SAFER, an international research team is investigating how agroecology can contribute to this goal in six European living labs.

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    Insektenfreundliche Wiese
  • Working together against desertification – NamTip project strengthens knowledge transfer in Namibia
    News Land Use Knowledge and Participation

    Working together against desertification – NamTip project strengthens knowledge transfer in Namibia

    NamTip research project in Namibia: How desertification can be prevented in Namibia’s savanna ecosystem and how scientific findings can be put to effective use locally.

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  • Innovative agricultural production with treated water: first living lab in operation
    News Land Use Water

    Innovative agricultural production with treated water: first living lab in operation

    In the HypoWave+ research project, a farm in Lower Saxony is currently implementing a particularly water-efficient process for the hydroponic cultivation of vegetables using high-quality recycled wastewater.

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    Tomatenanbau im Gewächshaus
  • Water infrastructures as mediators between nature and society on the Croatian island of Veliki Brijun
    Blog Water Land Use

    Water infrastructures as mediators between nature and society on the Croatian island of Veliki Brijun

    The increasing frequency of extreme weather events in Europe is leading to debates about the construction, deconstruction or reconstruction of water infrastructures with the aim of creating more resilient societies.

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  • The significance of socio-ecological tipping points for the savannahs of Namibia
    News Land Use Water

    The significance of socio-ecological tipping points for the savannahs of Namibia

    Climate change is exacerbating water scarcity, especially in the arid regions of the world. Together with partners from Germany and Namibia, a current research project at ISOE has been investigating how climatic, ecological and societal factors are accelerating land degradation in arid regions.

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  • Recognizing and avoiding ecological tipping points in the Mongolian steppe
    News Climate Adaptation Biodiversity Land Use

    Recognizing and avoiding ecological tipping points in the Mongolian steppe

    The MORE STEP research project is investigating the complex interactions and dependencies between nature and society in order to identify the possible emergence of irreversible processes – so-called tipping points – and thus prevent them at an early stage.

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