Research collaborations between IIASA and the People’s Republic of China (China) have been highly productive since China became a national member of IIASA in 2002 through the National Natural Science Foundation of China (NSFC).
Since 2010, research collaborations between IIASA and China have focused on reducing greenhouse gas emissions, sustainable agriculture, water resources, disaster preparedness, demography, and the transition to a sustainable energy system in China. Underpinning the joint work is systems analysis – one of the few research tools with the breadth and depth to explore these complex problems across multiple sectors, countries, and timeframes. Moreover, the next generation of systems analysts are profiting from Chinese involvement in IIASA capacity building activities. Since 2010, 4 postdoctoral research fellows from China have developed their research skills at IIASA and 68 doctoral students have participated in IIASA programs for young scientists. Scientific exchange between IIASA and China is bolstered by over 170 visits to IIASA and over 290 visits by IIASA researchers to China. All these activities have contributed to producing over 360 peer reviewed publications since 2010. This Info Sheet summarizes activities between IIASA and China since 2010.
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.
New research on China suggests that declining birth rates and an aging population might not hinder future prosperity when associated with better education of the young. More
Storing greater amounts of water in Brazil’s reservoirs could increase precipitation and river flow, alleviating the water and energy supply crisis in Brazil. More
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
Last edited: 19 December 2018