Climate Resilience
Climate Resilience
Climate Impacts and Adaptation

How can we increase resilience to climate change in different sectors and across scales by managing the global commons within planetary boundaries?

RD2 strives to improve the understanding of climate resilience, i.e. resilience of social and ecological systems to climate change, in various sectors and across multiple spatial scales. As a general framing for RD2 research, resilience entails aspects of persistence—the capacity of systems to resist and absorb short-term shocks, yet remain within critical thresholds; adaptability—the capacity to recover, adjust to changing external drivers, and thereby remain on the current trajectory; and transformability—the capacity to cross thresholds, if necessary, into new, robust long-term development trajectories.

Overarching topics:

    • Climate change impacts and their socio-economic consequences related to land use, agriculture, forests, hydrological systems, human health and well-being, and urban areas;
    • Adaptive capacity of societies and ecosystems across scales at different levels of global warming;
    • Synergies between climate change adaptation and mitigation to improve climate resilience and achieve sustainable human development.

    RD2 researchers apply empirical and process-based models to quantify climate impacts and improve the understanding of how climate resilience interacts with planetary boundaries at different scales. For example, climate impacts on land productivity and water availability may reduce the tolerable thresholds for human use beyond which key Earth system functions may not be sustained. Managing the global commons needs to take climate impacts and adaptation into account, as potential common goods like land, water, forests, or oceans are increasingly affected by climate change alongside socio-economic pressures. The societal goal of climate-resilient management of the global commons within planetary boundaries is to maintain and improve human health and well-being.

    Scientific Coordination:

    Peggy Michaelis (Graefe)
    Phone: +49 331 288 2665


    Stephanie Massar
    Phone: +49 331 288 2637