Category: Climate
News and information about global climate science.
FIDUCEO Workshop on uncertainty propagation now open for registration
The Fidelity and Uncertainty in Climate Data Records from Earth Observation (FIDUCEO) team has announced its second workshop in Lisbon on 25-27 June.
EUMETSAT attends 2019 Living Planet Symposium
Last week, Milan welcomed thousands of scientists, educators, industry experts and students to the city for the triennial “Living Planet Symposium” event, held at the MiCo – Milano Congressi exhibition space.
Unravel the composition of our planet’s atmosphere
The atmosphere is a complex system - how is it monitored? What threats does it face? Find out all this and more by registering for the free "Monitoring Atmospheric Composition" massive open online course (MOOC).
Thar she blows – Polarstern blog number five
Blog number five has landed and this week the hot topic is... wind!
Getting to know the weather a little better with the Polarstern
It's week four of the Polarstern's voyage and you know what that means - a brand-new blog post from the students following its path.
Industrial and agricultural ammonia point sources exposed
The Atmospheric Spectroscopy Group at the Université Libre de Bruxelles (ULB) have been using the Infrared Atmospheric Sounding Interferometer (IASI) onboard Metop satellites to identify global ammonia hotspots, and they have kindly shared their findings with us.
Going on a virtual journey with the Polarstern
The research vessel, Polarstern, is currently travelling from Germany to Cape Town and a group of German meteorology students are reporting on its progress with weekly blog posts.
Arctic sea ice reaches sixth-lowest minimum
In the same week that representatives from 195 countries are meeting in South Korea to discuss a special report on global warming (see below), new information has been released about one of the key indicators of climate change – the...
Forecasting fires – from Monchique to Mozambique and beyond
Is it possible to predict where a wildfire is likely to start? Or to say how ferociously it will burn before it has even ignited? Can satellite observations help?