Research collaborations between IIASA and Japan have been highly productive since the institute was founded in 1972. This Info Sheet focuses on key aspects of this beneficial relationship since 2010, which has involved cooperation with more than 31 Japanese organizations and resulted in over 300 scientific publications and a range of research advances. Recent studies have included in-depth analyses of how to maximize the co-benefits from measures to reduce both air pollution and greenhouse gas emissions in Japan and Asia; the development of a new set of scenarios to underpin future climate modeling, impact, vulnerability, adaptation, and mitigation assessments; and research into the evolution of diseases and commercially-exploited fish. IIASA longstanding connections to business in Japan include the Toyota Motor Corporation and the Tokyo Electric Power Company, with collaborations focused on efficient and sustainable energy systems. Knowledge transfer between IIASA and Japan is also facilitated by multiple exchanges with Japanese researchers working at or visiting IIASA, and IIASA researchers visiting and attending events in Japan.
In addition, since 2010, 9 Japanese doctoral students and 2 postdoctoral fellows have gained
international and interdisciplinary research skills from IIASA programs for young scientists.
Young Scientists Summer Program (YSSP)
The YSSP at IIASA offers fellowships for PhD students to undertake a summer project on a topic related to the IIASA research agenda. Applications for 2019 are now being accepted until 11 Jan 2019.
The Postdoctoral Program at IIASA offers fully funded research positions of up to two years to study topics related to the IIASA research agenda.
Currently IIASA employs approximately 170 scientific staff and 100 support staff. Preference for job applications is given to qualified applicants who are nationals of IIASA member countries.
Environmental targets to limit excess nitrogen require the large-scale deployment of dedicated nitrogen mitigation strategies to avoid a strong increase in the risk of food insecurity. Without these measures, the amount of dietary energy available to people would be greatly reduced, which would in turn lead to high food prices and an increase in the number of undernourished people. More
The social cost of carbon dioxide is one of the most influential indicators of climate change as it allows us to estimate the cost of greenhouse gas emissions to humanity. A new study looks back on how ten years of scientific advancements have influenced such estimates, and explores how to resolve some of the most important outstanding gaps in existing models. More
For many, an increase in living standards would require an increase in energy provision. At the same time, meeting current climate goals under the Paris Agreement would benefit from lower energy use. IIASA researchers have assessed how much energy is needed to provide the global poor with a decent life and have found that this can be reconciled with efforts to meet climate targets. More
The fairSTREAM project just launched under the auspices of the IIASA Strategic Initiatives Program, aims to develop and demonstrate a co-production methodology for including equity and justice (fairness) alongside efficiency in developing sustainable policy options across the food-water-biodiversity nexus. More
Using a novel modeling approach, new research published in Nature Ecology and Evolution reveals the location and intensity of key threats to biodiversity on land and identifies priority areas across the world to help inform conservation decision making at national and local levels. More
Last edited: 23 July 2019