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Pompeii and people
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The SXNCH network and ACCE projects, led by Dr. Katrin Wilhelm and Dr. Martin Michette, have received international recognition for their work in heritage conservation, featured in a major Italian newspaper. Currently in Pompeii, ACCE unites global professionals to integrate natural and cultural heritage.

Major International Collaboration to Develop Next Generation Global Flood Model

"EvoFlood: The evolution of global flood hazard and risk" is a new £3.7m project that aims to revolutionise our understanding of flood risk. The project, involving the University of Oxford and led by the University of Hull and the University of Southampton, represents a collaborative endeavour of 9 UK universities, as well as multiple national and international end-user organisations.

Image: Vladimir Melnikov / Adobe Stock
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Why avoiding climate change 'maladaptation' is vital

A new study concludes that many adaptation projects can make people more, rather than less, vulnerable to climate change. Lisa Schipper argues that while adaptation is needed more than ever, it requires better planning, targeting the people who are most in need.

IN THE MEDIA

Capitalism is Struggling with the Language of Climate Change

The technical terminology of science can sometimes be muddled in powerful climate messages from finance and political leaders, writes Bloomberg. With comment from Ben Caldecott, Director of the Oxford Sustainable Finance Programme.

IN THE MEDIA

Severe flood threat caused by climate change - landmark Oxford study

For the first time, researchers have proved human-caused global warming is directly responsible for creating a 'critical threat' of a devastating outburst flood - putting a city of some 120,000 people in the path of potential floodwaters, according to new research from the University of Oxford and the University of Washington, published on 4 Feb in Nature Geoscience.

IN THE MEDIA

How dust storms in the world's largest desert form: revelations from a new satellite data set

Hundreds of millions of tons of dust are blown off the Sahara desert each year. This dust interferes with the climate system and is capable of both cooling and heating the atmosphere depending on its height, size, shape and colour. It also interacts with cloud formation and weather systems like tropical cyclones. Being able to represent the location and quantity of dust in models is really important as these are the tools we use to make weather forecasts and climate projections.

Image: Jordi / Adobe Stock
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