ILEA004852402: Satellite View of Hurricane Melissa

Satellite View of flooding in northern Sumatra, Indonesia

Handout photo datetd on November 29, 2025 shows satellite view of Flooding in northern Sumatra. Cyclone Senyar formed during the night of 25-26 November 2025 in the Strait of Malacca, an area in which tropical cyclones had not been recorded for decades. The day after its formation, Senyar hit Indonesia, where it made landfall, causing flooding, landslides and more than 400 casualties in the north of the island of Sumatra. This image, acquired by one of the Copernicus Sentinel-2 satellites on 29 November 2025, shows extensive inundation across Aceh province, with towns such as Lhoksukon and Panton Labu surrounded by floodwaters. Sediment-laden plumes discharged into the sea along the northern coast indicate substantial river outflow, caused by the heavy upstream rainfall. Photo by European Union, Copernicus Sentinel-2 imagery via ABACAPRESS.COM

Satellite View of Shark Bay UNESCO World Heritage Site - Australia

Handout satellite view, dated on November 26, 2025, shows the Shark Bay UNESCO World Heritage Site. Shark Bay, located on the western coast of Australia, is a UNESCO World Heritage Site renowned for its exceptional natural beauty, including unique marine biodiversity and one of the world's most extensive seagrass beds. The site is globally significant for its ecological processes, geological formations, and as a habitat for threatened species such as dugongs and green turtles. These fragile ecosystems are highly sensitive to changes in water quality, sea temperature, and coastal development. This Copernicus Sentinel-2 image, acquired on 26 November 2025, shows the striking coastal and marine features of Shark Bay in high resolution. The contrasting colours reveal shallow sandbanks, seagrass meadows, and hypersaline basins, as well as the arid terrestrial surroundings near Denham. Photo by European Union, Copernicus Sentinel-2 imagery via ABACAPRESS.COM

Satellite Views of Hayli Gubbi Volcano Eruption

Handout photo dated on November 23, 2025 shows The Day Atmosphere Air Pollution Dust & Haze Volcanoes. On 23 November 2025, the Hayli Gubbi volcano in Ethiopia, located approximately 800 kilometres north-east of Addis Ababa, erupted for the first time in nearly 12,000 years. As a result of the eruption, a large sulfur dioxide (SO₂) plume was emitted into the atmosphere. This image, derived from data acquired by the Copernicus Sentinel-5P satellite on 24 November, shows the plume extending for approximately 3,700 kilometres from Ethiopia to the Arabian Sea. The atmospheric monitoring capabilities of Copernicus Sentinel-5P support the detection and tracking of volcanic gas emissions, which are important for aviation safety, air quality assessments, and climate monitoring. Photo by European Union, Copernicus Sentinel-5P imagery via ABACAPRESS.COM

Satellite View of Graham Land - Antarctica

Handout Satellite views dated on November 21, 2025, shows Graham Land. Graham Land, the northernmost stretch of the Antarctic Peninsula, is one of the most rapidly warming regions on Earth. Its mountainous spine and outlet glaciers drain into the Weddell Sea, forming an important transition zone between grounded ice, floating shelves, and open water. This dynamic landscape supports rich marine ecosystems, including krill-dependent species such as seals, penguins, and seabirds, and plays an important role in global ocean circulation and climate regulation. This Copernicus Sentinel-1 image, acquired on 21 November 2025, shows the contrasting textures of grounded ice, fragmented sea ice, and dark, open ocean, revealing key glaciological features in radar backscatter. Copernicus data is essential to climate science. A recent study published in Nature used Copernicus Sentinel-1 and Sentinel-2 data to analyse glacier dynamics in Graham Land, Antarctica. Photo by European Union, Copernicus Sentinel-1 imagery via ABA

Snow Blanketed North East Scotland - UK

Handout photo dated on November 18, 2025 shows on 18 November 2025, the first major winter weather event of the 2025-26 season took place across parts of the United Kingdom, including north-east Scotland. Heavy snowfall blanketed large areas of the region, leading to travel disruption, the isolation of several rural communities, and the closure of numerous schools. Emergency services were deployed to assist residents affected by road blockages and power outages, while local authorities issued weather warnings and urged the public to avoid non-essential travel. This false-colour image, acquired by one of the Copernicus Sentinel-2 satellites, shows widespread snow-cover across Aberdeenshire and the surrounding upland areas, with the city of Aberdeen visible along the coast. Data from Copernicus Sentinel-2, which provides high spatial resolution and multispectral observations, supports continuous monitoring of snow extent and surface conditions. North East Scotland, UK on November 18, 2025. Photo by European Uni

Huelva Estuary in Spain

Handout photo dated on November 16, 2025 shows Huelva Estuary in Spain. On 16 November 2025, one of the Copernicus Sentinel-2 satellites acquired this image of the Huelva estuary in south-western Spain, where the Tinto and Odiel rivers converge before flowing into the Atlantic Ocean. Recent rainfall has increased surface runoff and sediment transport, strengthening the contrasting outflow from the two rivers. The image shows distinct colour variations produced by differences in water chemistry and suspended materials. As these waters mix with tidal currents, they create gradual transitions and clearly defined plumes, highlighting the estuary’s dynamic behaviour. Copernicus Sentinel satellite data enables continuous monitoring of river plumes, estuarine dynamics, and land-sea interactions. This information is important for assessing the environmental impact of sediment transport, supporting water quality monitoring, and informing coastal zone management in fragile ecosystems. Photo by European Union, Copernicu

Satellite Views of Disastrous Flooding in The Philippines

Handout photo dated on November 12, 2025 shows Following the landfall of Typhoon Fung-wong on 9 November 2025, northern regions of the Philippines were affected by extensive flooding, with the Cagayan Valley among the worst hit areas. The typhoon brought intense rainfall, causing the Cagayan River to overflow its banks, submerging agricultural land, infrastructure, and urban areas, including the city of Tuguegarao. Several communities in the province of Cagayan were displaced, and damage to crops and transport infrastructure was reported across the region. This false colour image, acquired by one of the Copernicus Sentinel-2 satellites on 12 November 2025, shows the flooded areas along the Cagayan River. In this composite, vegetation appears in red, while water bodies and flooded areas are shown in shades of light blue and green. Additionally, sediment plumes can be seen at the river’s mouth near Aparri, where the river enters the Pacific Ocean. Photo by European Union, Copernicus Sentinel-2 imagery via ABACA

First Snowfall of The Season Over the Pyrenees

Handout photo dated on November 9, 2025 shows The Pyrenees are an important ecological corridor stretching between France and Spain, connecting Atlantic and Mediterranean ecosystems across a rugged mountain landscape. The mountain range supports high-altitude grasslands, ancient forests, and glacial valleys, providing habitat for endemic species. The arrival of snow marks the beginning of the alpine winter and plays a key role in regional water storage. This image, acquired by one of the Copernicus Sentinel-3 satellites on 9 November 2025, shows fresh snowfall above 1,900 metres, while lower elevations remain in shades of green and brown. This snowfall followed an Atlantic front, which brought up to 12 cm of snow and more than 40 l/m² of rain to parts of Spain. Photo by European Union, Copernicus Sentinel-3 imagery via ABACAPRESS.COM

First Images acquired by Sentinel-1D

Handout photo dated on November 7, 2025 shows following its launch on 4 November 2025, Copernicus Sentinel-1D has delivered its first images. Among these is this radar image acquired on 7 November 2025, showing northern Germany. The false colour visualisation of the image highlights different types of land cover such as cultivated fields, water bodies, and urban areas, including the cities of Bremen, Bremerhaven, Oldenburg, and Meldorf. The Elbe and Weser rivers flowing into the North Sea are visible in deep blue tones, along with the Wadden Sea. Bremen, Germany on November 7, 2025. Photo by European Union, Copernicus Sentinel-1 imagery via ABACAPRESS.COM

Cluj-Napoca in Romania

Handout photo dated on October 17, 2025 shows Cluj-Napoca in Romania. On 17 October 2025, one of the Copernicus Sentinel-2 satellites acquired this image of Cluj-Napoca, a major urban centre in north-western Romania. Surrounded by rolling hills and agricultural land, the city is noted for its dynamic growth and strategic role in regional development. Cluj-Napoca also received the label of the EU Mission for Climate-Neutral and Smart Cities in 2023. Cluj-Napoca is currently one of ten pilot cities selected for the Horizon Europe CLMS-Cities project, which combines satellite-based products from the Copernicus Land Monitoring Service (CLMS) with additional environmental and urban data to improve modelling of urban-scale CO₂ emissions. These integrated datasets help local authorities in tracking changes and designing more effective climate strategies, thereby supporting the development of data-driven urban policies aligned with the European Green Deal. Photo by European Union, Copernicus Sentinel-2 imagery via AB

Satellite View of Hurricane Melissa

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