This image, captured by the Copernicus Sentinel-2 satellite on 23 October 2024, reveals the scenic Moselle wine region along the border between Luxembourg and Germany. The winding Moselle River, which serves as a natural boundary for 42 km, shapes the area’s unique microclimate, creating ideal conditions for vineyards that have thrived since Roman times.

Satellite image: The Moselle wine-growing region, Germany and Luxembourg
The Moselle River, Germany and Luxembourg. Credit: European Union, Copernicus Sentinel-2 imagery

On the Luxembourg side, terraced vineyards dominate the rolling hills, producing renowned wines such as Riesling, Pinot Gris, and Auxerrois. The soil, rich in limestone and clay, also contributes to the production of Crémant, a sparkling wine highly regarded in the region. Winemakers here blend centuries-old traditions with modern techniques to maintain the area’s reputation for high-quality viticulture.

The Copernicus Sentinel satellites assist in monitoring crop conditions, land use, and yield forecasts, supporting sustainable wine production and agriculture worldwide.

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

Oil execs work COP29 as NGOs slam lobbyist presenceNews

Oil execs work COP29 as NGOs slam lobbyist presence

Baku, Azerbaijan | AFP Oil executives and lobbyists descended on COP29 in Baku for "energy day" Friday, as environmental groups denounced the presence of the…
SourceSourceNovember 15, 2024 Full article
Amazonian chief at UN to combat traditional knowledge piracyNews

Amazonian chief at UN to combat traditional knowledge piracy

By Agnès PEDRERO | AFP Geneva, Switzerland - The leader of the Brazilian Amazon's Huni Kui people remains hopeful that a planned United Nations treaty…
SourceSourceMay 14, 2024 Full article
Satellite Image: Fucino Plain, Italy
Image of the day: Geometric farmlands of the Fucino PlainNews

Image of the day: Geometric farmlands of the Fucino Plain

The Fucino Plain in central Italy appears as a striking patchwork of rectangular fields in this image captured by one of the Copernicus Sentinel-2 satellites…
Muser NewsDeskMuser NewsDeskSeptember 17, 2025 Full article