Understanding the socio-economic impacts of climate change and climate extremes. We produce knowledge that is relevant for decision-making in various sectors such as agriculture, energy, health, transport, and investments.
Increased socio-economic development in low development countries can reduce the risk of people suffering serious harm from heatwaves, shows a new study published in Nature Communications.
Ambient air pollution and household air pollution are two sides of the same coin, and it may be misleading to treat them as separate health risk factors, according to new studies.
Global warming can have detrimental effects on public health, as hotter weather increases air pollution and raises the risk of developing heart and lung diseases, scientists say.
The last week of September, Western Norway saw the heaviest rainfall in 13 years. Such downpours will become more common in the future as global warming leads to more water in the atmosphere, climate scientists warn.
CICERO Center for International Climate Research is working to develop more reliable and informative seasonal forecasts. This could lead to huge savings for both energy traders and farmers, as well as for other weather-dependent industries.
S2S4E is a European climate services innovation project funded by Horizon2020. CICERO is the second largest partner of the consortium and leads two work packages.
<strong>Climate change is increasingly affecting financial assets across the globe. The ClimINVEST project brings scientists and investors together to develop tailored tools for assessing physical climate risk and identifying climate-resilient investment opportunities. </strong>
Airborne studies human dimensions of air pollution in China in a historical perspective. How do people’s experiences and fears of air pollution transform into new visions of sustainability and creative forms of action?
Weather and climate extremes are likely to be one of the largest societal challenges associated with climate change in this century. Under climate change, these extreme events will intensify and become more frequent, and consequently the risk of severe and costly damage for humans and infrastructure will increase.
TWEX-Future.no will be taking a novel “Tales of future weather” approach. This approach suggests that scenarios tailored to a specific region and stakeholder in combination with numerical weather prediction models will offer a more realistic picture of what future weather might look like, hence facilitating adaptation planning and implementation.
Future food production, and consequently food security, is very sensitive to both climate change and air pollution. So far, little is known about how climate extremes and ozone pollution interact to affect agriculture or about the relative effectiveness of climate change adaptation and ozone regulation measures for various crops and regions.
