The aim of BalkanGEONet was to strengthen existing Earth Observation research and participation among the Balkan countries and to encourage those countries not yet involved to join the GEO initiative. More
EGIDA was a technical project to create a standard methodology to support GEOSS, the Global Earth Observations System of Systems, through development of evaluation processes, assessment indexes, and databases. More
EnerGEO assessed the current and future impact of energy use on the environment by linking environmental observation systems with the processes involved in exploiting energy resources. More
GHG-Europe analyzed European agricultural and forestry lands to determine both the sources and the sinks of three major greenhouse gases and what percentage of those gases was anthropogenic. More
The project developed methods to link events such as earthquakes, landslides, and other natural disasters, to enable policymakers to take more effective risk reduction measures. More
PRAA used pilot projects in three tropical Andes countries to help local ecosystems and economies better adapt to the many impacts of the rapid glacier retreat under way throughout the region. More
PROSUITE aimed to develop the tools needed to predict the impact of technological changes on Europe’s environment, economies, and social institutions over the next several decades. More
SafeLand responded to the growing risk of landslides in mountainous regions of Europe due to climate change-related increases in overall rainfall, concentrated rains over short periods, more extreme weather, and increased snowmelts in Alpine regions. More
RESPONSES developed strategies to enable European Union countries to accelerate cuts in greenhouse gas emissions and better adapt to environmental, social, and economic disruptions caused by climate change. More
The MEDIATION project provided European policymakers with scientific information, as well as technical tools, for developing improved climate change adaptation policies More
AMPERE researchers used state-of-the art models to develop long-term, economically feasible strategies to lessen the global impact of climate change. More
The PASHMINA project used complex modeling to create scenarios that envision changes in the use of energy, transportation, land, and the environment 20 to 40 years into the future. More
The LC-IMPACT project developed methods to assess the environmental life cycle impact of a vast number of goods, services, and activities. Assessments examined the environmental costs of, for example, erosion caused by land use and toxic substances used in production processes. More
ISAC used a new generation of high-frequency, high-resolution imaging from new satellites to provide detailed agricultural information for improved scientific monitoring. More
EuroGEOSS contributed to the international effort to create the Global Earth Observation System of Systems (GEOSS) by making existing systems that gather data on forestry, drought, and biodiversity interoperable and easier to use. More
IIASA researchers used the GAINS model, in partnership with Finnish scientists, to develop a tool to evaluate the climate effects of reducing black carbon emissions from different economic sectors More
EC4MACS provides scientific and economic analyses of policies in support of Europe’s Thematic Strategy on Air Pollution and the European Climate Change Programme. More
The Climate Governance project compared the potential of alternative national and regional policy instruments to decarbonize the world's energy supply. More
The project investigated the implications of seven different shocks on Finnish society, and created a portfolio of actions with the potential to increase resilience in responding to these shocks. More
FarmSupport developed an application to provide farmers in Ethiopia and Kenya with weather forecasts and soil moisture information to help improve agricultural decision making More
GEOSAF researchers created short-term soil moisture forecasts using several crop growth and soil moisture models. More
Researchers created a multi-scale agro-ecosystem model by combining two leading crop models to allow farm- and regional-level agricultural dynamics to be studied and strategies developed to respond to climate change-induced changes in agriculture in China. More
The project studied the impact of EU European trade and consumption patterns on deforestation in distant exporting countries. More
The CATSEI project studied the impacts of China’s vigorous agricultural transition on the country itself and on its trading partners, the EU in particular. It followed a quantitative approach, supplemented by qualitative investigations. The quantitative research took the Chinagro-I policy simulation model developed in the earlier CHINAGRO project as its departure point. More
This project is testing the basic hypothesis that societies can develop the most effective long-term defense against the dangers of climate change by strengthening human capacity - primarily through education. More
The core objective of COIN (Cost of Inaction) is to assess costs of climate change for public and private budgets in Austria (i.e. damage costs with presently agreed mitigation measures but without adaptation measures) and to scope out information where full assessment is not yet possible. More
International Institute for Applied Systems Analysis (IIASA)
Schlossplatz 1, A-2361 Laxenburg, Austria
Phone: (+43 2236) 807 0 Fax:(+43 2236) 71 313