The Del Carmen Mangrove Reserve on Siargao Island in the Philippines was recently designated a Ramsar Site of International Importance.

Spanning nearly 4,900 hectares, the reserve forms the country’s largest contiguous mangrove forest. The area’s intertidal flats and upland forests are connected by the mangroves, providing a way for birds to move more easily between the two types of habitats.

DelCarmen cop res
Philippines. Credit: European Union, Copernicus Sentinel-2 imagery

The reserve hosts 245 animal species, including endangered species such as the Philippine duck and Southern rufous hornbill, while supporting the local fishing and tourism industries.

The Del Carmen Mangrove Reserve is visible in this Copernicus Sentinel-2 image acquired on 27 September 2024.

The Copernicus Sentinel satellites provide essential data on the state of mangroves around the world, providing key insights to better protect these important ecosystems.

Featured image credit: European Union, Copernicus Sentinel-2 imagery

Image: thermometer
Climate change caused 26 extra days of extreme heat in last year: reportNews

Climate change caused 26 extra days of extreme heat in last year: report

Paris, France | AFP - The world experienced an average of 26 more days of extreme heat over the last 12 months that would probably…
SourceSourceMay 28, 2024 Full article
Image: Detail of the rice plant
Climate change could cut crop yields up to a quarterScience

Climate change could cut crop yields up to a quarter

Paris, France | AFP | Muser NewsDesk Climate change is on track to reduce by 11 percent in 2100 the yields that today provide two-thirds of…
SourceSourceJune 19, 2025 Full article
Satellite Image: The Richat Structure, Mauritania
Image of the day: The ‘Eye of the Sahara’News

Image of the day: The ‘Eye of the Sahara’

The Richat Structure in Mauritania’s Sahara Desert is one of Earth’s most recognisable geological formations, easily visible from space for its near-perfect circular shape. Measuring…
Muser NewsDeskMuser NewsDeskOctober 4, 2025 Full article