On 2 February 2025, strong winds carried a vast cloud of Saharan dust across the Mediterranean, reaching southern Italy. The phenomenon, driven by a cyclone originating in North Africa, caused skies over Sicily and Calabria to take on a yellowish hue, affecting air quality and visibility.

Satellite image: Mediterranean Sea
Mediterranean Sea. Credit: European Union, Copernicus Atmosphere Monitoring Service Data

By the following day, the dust plume continued eastward toward Greece. A visualization from the Copernicus Atmosphere Monitoring Service (CAMS), based on data from 3 February at 8:00 UTC, captures the movement of the airborne particles southeast of Italy as they approached Greece.

CAMS provides global air quality monitoring and forecasts, tracking atmospheric pollutants and aerosols to help communities respond to such events.

Featured image credit: European Union, Copernicus Atmosphere Monitoring Service Data

Image: green and red trees with sun rays (Teshima, Tonosho, Kagawa, Japan)
Japan, South Korea endure hottest summer on recordNews

Japan, South Korea endure hottest summer on record

Tokyo, Japan | AFP Japan and South Korea sweltered this year through the hottest summers since records began, their weather agencies said Monday. Temperatures the world…
SourceSourceSeptember 1, 2025 Full article
Image: Houses in water
Bangladesh’s flood response turns crisis into cooperationNews

Bangladesh’s flood response turns crisis into cooperation

Bangladesh has shown how its 'engineering diplomacy' approach to managing a flood crisis could be a pathway to resilience. Bangladesh faced a formidable double challenge…
SourceSourceSeptember 6, 2024 Full article
Satellite Image: Lake Võrtsjärv, Estonia
Image of the day: Lake Võrtsjärv during Estonia’s spring thawNews

Image of the day: Lake Võrtsjärv during Estonia’s spring thaw

Lake Võrtsjärv, one of Estonia’s great inland waters, is revealed in this 13 April 2025 Copernicus Sentinel-2 image as it begins to thaw from winter.…
Muser NewsDeskMuser NewsDeskApril 28, 2025 Full article