This satellite image, captured on 2 October 2024 by the Copernicus Sentinel-2 satellites, shows Gribskov, Denmark’s fourth-largest forest, and the nearby Lake Esrum.

Covering more than 5,500 hectares, Gribskov is a key natural area with diverse ecosystems, including lakes, bogs, and meadows. It supports a range of species, such as the osprey, sea eagle, and fallow deer.

As a Natura 2000 site, Gribskov is protected through active conservation measures aimed at preserving its unique habitats. This satellite imagery serves not only as a tool for environmental monitoring but also highlights the critical role of technology in safeguarding ecosystems around the globe.

Gribskov Forest Denmark res
Denmark. Credit: European Union, Copernicus Sentinel-2 imagery

Open data from the Copernicus Sentinel satellites offers valuable insights into how these ecosystems are evolving, aiding conservation efforts to ensure the protection of their wildlife and delicate environmental features.

Gribskov, with its intricate network of natural spaces, is a testament to the power of both nature and technology in preserving our planet’s most precious habitats.

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

Satellite Image: Damietta Nile Branch, Nile Delta, Egypt
Image of the day: Nile Delta’s Damietta reach unfoldsNews

Image of the day: Nile Delta’s Damietta reach unfolds

At the northeastern edge of Egypt’s Nile Delta, the eastern distributary known as the Damietta Branch flows northeast toward the Mediterranean Sea, cutting through a…
Muser NewsDeskMuser NewsDeskNovember 12, 2025 Full article
This map shows the pair of Nord Stream natural gas pipelines that runs under the Baltic Sea from Russia to Germany
Methane leaks from Nord Stream pipeline blasts revised upNews

Methane leaks from Nord Stream pipeline blasts revised up

Paris, France | AFP A series of underwater explosions that ruptured the Nord Stream gas pipelines in 2022 caused the largest known methane leak on…
Muser NewsDeskMuser NewsDeskJanuary 15, 2025 Full article
Researchers analyzed sediment core samples collected by D/V JOIDES Resolution near Cape Town, South Africa. Their findings uncovered details about the changes in deep ocean temperature and salinity, as well as the mixing histories of waters originating in both the northern and southern hemispheres. Credit: Sophie Hines | ©Woods Hole Oceanographic Institution
Ancient ocean currents offer clues to Earth’s Ice Age cyclesNewsScience

Ancient ocean currents offer clues to Earth’s Ice Age cycles

About a million years ago, Earth’s ice age cycles underwent a dramatic shift, marking what scientists call the Mid-Pleistocene Transition (MPT). This period has long…
Adrian AlexandreAdrian AlexandreNovember 8, 2024 Full article