Article: News
05 November 2024
The SPARCCLE consortium gathered at the Potsdam Institute for Climate Impact Research (PIK) from 8th to 10th October for an in-person meeting and workshops, celebrating a year of progress and planning for the next phases. The three-day event brought together consortium members from across nine countries, as well as the project’s esteemed Stakeholder Advisory Board members.
Article: News
04 October 2024
Recent flood events in Europe have caused huge losses in many countries, including Austria, the Czech Republic, Poland, Romania, and Slovakia. IIASA research shows that while Pan-European emergency aid financing is important to assist countries in coping with large-scale natural hazard induced disaster events, there is a need to think about new ways forward for the size and scope of funding levels as well as bringing fairness and other proactive risk financing instruments into consideration.
Article: News
02 September 2024
IIASA is a longstanding member of the Zurich Flood Resilience Alliance, which will now be known as the Zurich Climate Resilience Alliance to address a broader range of climate hazards including floods, heatwaves, and wildfires, and work towards systemic change. This shift reflects the growing urgency to enhance climate resilience in communities around the world as climate-induced disasters become more frequent and severe.
Article: News
27 March 2024
In Bangladesh, annual flooding affects millions of people, particularly those in rural riverine communities. These communities have developed resilience strategies over generations to cope with flooding and erosion, but with increasing hazards and land pressures, the effectiveness of these strategies is uncertain. A recent study evaluated the resilience of 35 such communities in the country.
Article: News
09 November 2022
With COP27 underway in Sharm El Sheikh, Egypt, the subject of climate-related losses and damages is once again expected to take center stage. IIASA contributed to a new policy brief by the Zurich Flood Resilience Alliance, of which IIASA is a member, which provides important facts, figures, and context that outline just how vital it is that progress is made on this issue.
Article: News
12 April 2022
IIASA’s Population and Just Societies (POPJUS) Program together with the Advanced Systems Analysis (ASA) Program hosted the INQUIMUS workshop series entitled "Transformational risk management and Loss & Damage: What are suitable approaches for assessing climate-related (residual) risks?"
An interdisciplinary group of thirty international researchers and practitioners convened at IIASA for the INQUIMUS 2022 conference from 29-31 March.
Article: News
11 March 2022
The systemic and uncertain risks facing the world today can have cascading impacts across systems and sectors. A new briefing note on systemic risk highlights that an integrated perspective that incorporates the inherently complex nature of climate-related hazards, vulnerability, exposure and impacts, is crucial to better understanding and responding to systemic risk.
Article: News
28 February 2022
Human-induced climate change is causing dangerous and widespread disruption in nature and affecting the lives of billions of people around the world, despite efforts to reduce the risks. People and ecosystems least able to cope are being hardest hit, according to the latest Intergovernmental Panel on Climate Change (IPCC) report, released today.
Article: News
10 November 2021
As the impacts of climate change become more severe and limits to adaptation draw near, vulnerable communities will need different kinds of finance to build resilience and transform how they protect themselves. Work by IIASA researchers has culminated in a new policy brief, which lays out a finance framework for such climate risk and provides relevant model insight to inform international debates around adaptation and Loss and Damage.
Article: News
25 June 2021
Each year, disasters force millions of people to move from their homes, with profound human and financial consequences, and climate change is making the situation worse. But recent work involving novel modeling and new data makes it possible to assess these risks and prepare for them.