At the UN Climate Change Conference this year, the nations of the world will meet to advance the historic Paris Agreement. As the negotiations are taking place in Bonn – on the very same stretch of the city that UNU-EHS calls home – this year our institute will be sending a wide-ranging expert delegation of environmental specialists. From climate change and migration, climate risk insurance, disaster risk management to sustainable urban development, our expertise cuts across many of COP23’s most urgent themes.
Our specialists will be taking part in an array of events throughout COP23. Highlights include two dedicated UNU press briefings:
Our legal expert, Cosmin Corendea, will be taking part in the Cambridge Group climate law and governance day, hosted by University of Bonn, on Friday 10 November. The event brings together leading climate law and governance experts to share best practices and build capacity.
A number of UNU’s insurance and disaster risk management specialists are also involved in the launch of the InsuResilience Global Partnership for Climate and Disaster Risk Finance and Insurance Solutions, which aims to enable more timely and reliable post-disaster response, and helping strengthen local resilience over time. The launch will take place on Thursday 16 November, 9.00am-5.30pm, at Deutsche Welle, right beside the UN Bonn campus.
Our colleagues at the Munich Climate Insurance Initiative have been awarded a Momentum for Change award for their work on the Livelihood Protection Policy, and they will be celebrated at a showcase event on Tuesday 14 November, at 6pm.
A number of our specialists will also be delivering public lunchtime lectures in partnership with the Centre for Development Research (ZEF), titled “It’s getting hot in here: Biodiversity and Ecosystems in Climate Change”.
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For a fuller biography of expert and their areas of study, click here.
MCII is a leading innovation hub on climate change and insurance, recognized among governments and policy processes like UNFCCC and ISDR´s Hyogo Framework. MCII pioneers concepts for new ways of applying insurance to risk management and adaptation.
Kirmin is a collaboration of engineering, social and planning scientists as well as policy stakeholders to analyze the inter-dependencies between essential pillars of critical infrastructure supply. It focuses on the necessary minimum supplies of the population potentially affected by infrastructure breakdowns due to extreme natural hazard events.
The World Risk Index developed by UNU-EHS describes the disaster risk for various countries and regions. The main focus of the report is the threat from, or exposure, to key natural hazards and the rise in sea level caused by climate change, as well as social vulnerability in the form of the population’s susceptibility and their capacity for coping and adaptation.
A climate-resilient and sustainable future for people in vulnerable countries starts with resilient livelihoods. The aim of the Gibika research-to-action project is to advance the scientific understanding of livelihood resilience in Bangladesh, and to apply conclusions towards community-led solutions that improve the living conditions of vulnerable people.
The DeltAdapt project explores the socio-ecological sustainability of coastal agro-ecosystems in the Mekong and Red River Deltas, Vietnam, and their adaptation and adaptability to salinity intrusion and market challenges. Particular attention is paid to rural-urban-linkages in relation to the massive urbanization process in both deltas. Additionally, DeltAdapt aims to develop options that enable farmers to stop the ongoing removal of topsoil and to reverse soil fertility loss.
The overall goal of the project is to increase the protection of Pacific Islanders who are vulnerable to the impacts of climate change displacement. The project purpose is to improve capacity to better plan and manage the impacts of climate change on migration.
Land, food, energy, water and climate are interconnected, comprising a coherent system dominated by complexity and feedback. The integrated management of the this, the Nexus, is critical to secure the efficient and sustainable use of resources. SIM4NEXUS will develop innovative methodologies by building on well-known and scientifically established existing “thematic” models, simulating different components/“themes” of the Nexus.