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ENGAGE is a global consortium of international and multidisciplinary leading research groups, that is coordinated by IIASA, aims to co-produce knowledge for designing cost-effective, technologically sound, socially and politically feasible pathways that can meet the objectives of the Paris Agreement. ENGAGE will also quantify avoided climate change impacts at the regional and national levels and identify concrete policy portfolios that maximize co-benefits and minimize trade-offs.

IIASA researchers are using the GAINS climate model to support the European Commission’s effort to reduce greenhouse gases by 20 percent and significantly increase renewable energy use in Europe by 2020.

IIASA's Pollution Management Research Group develops modeling tools that identify strategies for European efforts to control air pollution in a cost-effective way.

The fast economic growth in Vietnam’s urban areas and the the lack of control of polluting sources are causing public health problems and significant environmental degradation, including greenhouse gas (GHG) emissions, undermining the potential for sustainable socioeconomic development of the country and impacting the poor.

Pollution is becoming an increasingly significant development challenge causing currently about 16% of all deaths worldwide with the poor, marginalized, and young hardest hit by the health effects of the contamination.

UNCNET is a three-year project funded under the Joint Programming Initiative Urban Europe in collaboration with the Chinese National Science Foundation. It tackles existing and future challenges of urban sustainability that are closely connected to the fate of reactive nitrogen compounds.

IIASA is partner and work package leader on EMERGE - Evaluation, control and Mitigation of the Environmental impacts of shipping, an innovative 4-year research project looking to find solutions to pollution caused by shipping. IIASA collaborates with 18 organizations across Europe on the project which is funded by the European Commission under the Horizon 2020 program.

IIASA and the Korean partners at Konkuk University will collaborate on the development of a global integrated assessment modeling system for climate-air pollutants management focused on Northeast Asia under the GAINS (air quality model) and MESSAGEix (energy system model).

MICAT aims to develop a comprehensive approach to estimate Multiple Impacts of Energy Efficiency (MI-EE) by co-creating a free, easy-to-use, scientifically sound online tool (MICATool).  The MICATool will enable holistic analyses of MI-EE at the European, national and local level to strengthen the climate strategy of the Energy Union and accelerate an affordable and just, sustainable energy transition by addressing the challenges and needs of important target groups: policy makers, practitioners and evaluators.

IIASA is partner of the project AQNEA to develop and establish a systematic approach for the integrated management of air quality across Northeast Asia.

Urban metabolism is a model to study the flow of energy and resources as they enter cities, how they are used and consumed, and how they exist cities as wastes. By studying urban metabolism, we can get a better understanding of how resources are used and ways to reduce negative environmental impact. As the fraction of people living in cities continue to expand around the world, urban metabolism analysis can help decision makers develop cities to become resource efficient, climate friendly, resilient and equitable.

CATALYSE is a powerful, interdisciplinary consortium with a mission to further develop and communicate evidence of the health impacts of climate change and respond to the urgent need for solutions.

EYE-CLIMA will support National Greenhouse Gas Inventories (NGHGIs), and thus the Paris Agreement, by developing independent observation-based methods for verifying emission estimates of greenhouse gases and the aerosol species, black carbon. Independent verification is much needed and is recognized by the IPCC in their 2019 refinement of the guidelines for NGHGIs.