Avhrr Collection

Australia, satellite image
Australia. Satellite image of the Earth, set against a background of stars, centred on the island continent of Australia. North is at top. Clouds (white) are seen in the atmosphere

Africa, night-day satellite image. This composite image of the Earth is set against a background of stars, and is centred on the continent of Africa. North is at top

Whole Earth map based on satellite data. This is a mosaic of numerous satellite observations of the Earth. Land colours are shaded using topographic data

Europe, night-day satellite image. This composite image of the Earth is set against a background of stars, and is centred on Europe. North is at top

Antarctica. photographed by satellite MODIS observations of polar sea ice and combined with observations by the National Oceanic and Atmospheric Administrations AVHRR sensorA

Cloud streets, Greenland, satellite image. North is at top, with Greenland and Iceland outlined in black. Cloud streets are parallel lines of clouds aligned with the wind

Sea surface temperature, 2010 global map C016 / 3800
Sea surface temperature, 2010 global map. The worlds oceans are heated by sunlight, with variations in the surface temperature caused by varying latitude, the Earths rotation, and axial tilt

MetOp weather satellite, artwork
MetOp weather satellite in Earth orbit, artwork. The MetOp satellites are a network of weather satellites being developed by EUMETSAT

South America, satellite image
Antarctica. Satellite image of the Earth, set against a background of stars, centred on the Antarctic. The South Pole is at centre. Clouds (white) are seen in the atmosphere

The Arctic, night-day satellite image
Asia, night-day satellite image. This composite image of the Earth is set against a background of stars, and is centred on the continent of Asia. North is at top

North America, satellite image
North America. Satellite image of the Earth, set against a background of stars, centred on the continent of North America. North is at top. Clouds (white) are seen in the atmosphere

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AVHRR, or Advanced Very High Resolution Radiometer, is a powerful satellite imaging system that provides us with stunning views of our planet from space. In Australia, AVHRR captures the vibrant colors and diverse landscapes of this vast continent, allowing us to appreciate its natural beauty from above. Moving to Africa, AVHRR reveals the stark contrast between night and day through its satellite images. The lights that dot the African landscape at night give way to the warm hues of sunrise as dawn breaks across the continent. Venturing into The Arctic, AVHRR showcases an icy wonderland like no other. Its satellite images capture the breathtaking expanse of frozen tundra and glistening icebergs that define this remote region. Zooming out to view a Whole Earth map created by AVHRR data, we gain a comprehensive understanding of our planet's intricate ecosystems and interconnectedness. This global perspective reminds us of how small yet significant each part is in shaping our world. In Europe, AVHRR captures another mesmerizing night-day satellite image. The twinkling city lights illuminate bustling urban centers while neighboring areas remain shrouded in darkness—a testament to human activity amidst nature's tranquility. Journeying southward towards Antarctica, we are treated to a unique perspective captured by MODIS observations combined with polar sea ice imagery taken by satellites. These striking visuals reveal the delicate balance between landmasses covered in snow and ice against vast stretches of open water surrounding them. Heading over Greenland brings us face-to-face with captivating cloud streets—elongated rows of cumulus clouds formed by atmospheric conditions specific to this region. Thanks to AVHRR's detailed satellite images, we can witness these extraordinary formations firsthand. Shifting gears slightly but still utilizing AVHRR technology leads us to explore sea surface temperatures worldwide through a 2010 global map C016/3800 generated by this remarkable system. This visualization helps scientists monitor oceanic patterns and understand the impact of climate change on our seas.