Insights from the EPICC Project
Julia M. Blocher, Jonas Bergmann, Himani Upadhyay, Kira Vinke Potsdam Institute for Climate Impact Research (PIK)
Despite notable contributions to the literature in recent years, significant gaps remain in our understanding of the interaction between slow- and rapid-onset hazards and resulting displacement in the context of climate change. Displacement, migration, and immobility are all highly context-specific with risk perceptions and adaptation options varying across individuals, households and communities.
This background paper summarizes insights from reports on climate risk and population movements in three diverse countries – Peru , India , and Tanzania. These mappings of climaterelated livelihoods risks were conducted for a multi-country project called ‘East Africa Peru India Climate Capacities’ (EPICC) , which is funded by the International Climate Initiative (IKI) of the German Federal Ministry for the Environment, Nature Conservation and Nuclear Safety. The field research conducted was supported by different institutions in the three case study countries. We choose to explore these three vastly different country contexts and their institutional settings to foster a deeper understanding on how climate change shapes displacement patterns differently and which good practices already exist to foster effective adaptation through migration or in-situ measures.
In particular, we contribute to the emerging debate on critical thresholds by considering the multilayered and interdependent nature of risks affecting populations in primarily agrarian communities. In many contexts, environmental impacts unfold in complex ways and only trigger population movements after reaching “critical thresholds” at which the pressures become too strong for the socio-environmental system to cope. 5 People who are unable to adapt in place are thus compelled to move - or risk experiencing life-threatening conditions if they remain. While all our study countries face challenges to research and data on climate impacts and on human