The phenomenon of animal migration (including birds, bats, insects, marine mammals) continues to confound our common sense understanding of the world. Although knowledge of key mechanisms of migration and navigation has progressed significantly in recent decades there is still much that we do not know.
Why for example, do birds undertake hazardous journeys from one side of the world to the other, and how do they find their way back to their exact place of departure? How is animal migration impacted by anthropogenic climate change and habitat degradation? How can we better protect migratory species? This project examines animal migration from a social science perspective, developing and integrating insights from human geography, ecological economics, governance theory and related fields to better understand current, past and future patterns of animal migration within the context of a rapidly changing world.
This project builds on substantive interdisciplinary collaboration, building on the natural science expertise in the field of bird, bat and marine mammal navigation found at the University of Oldenburg and associated research institutes.
A specific research focus concerns the analysis of the influence of artificial light at night (ALAN) on bird and bat navigation in the Greater North Sea. Here we aim to assess the likely cumulative effects of planned offshore activities and identify options of evidence-informed ecosystem-based marine conservation within an anticipatory governance framework. In parallel, we seek to advance understanding of current practices of transboundary governance for migratory species, with a specific focus on critical wetland sites along the East Atlantic Flyway.
