Northwestern Greece

The northwestern part of Greece is pictured in this image acquired on 28 April by the Landsat-8 satellite. The Ionian Sea dominates the left side of the image, with the Ambracian Gulf near the center. In the upper-left corner we can see the Paxi islands. Paxos, to the north, boasts beautiful beaches mainly along its eastern coast, with dramatic cliffs and caves dominating the west side. The smaller island to the south, Antipaxos, is also known for its beaches as well as its traditional vineyards.

This image is featured on the Earth from Space video program.

Photo credit: USGS

Typhoon Soulik

The swirling eye of Typhoon Soulik as it approached Taiwan last Friday is caught by a tiny espresso cup-sized camera on one of ESA’s smallest satellites, Proba-2. This X-Cam image of Typhoon Soulik was acquired on 12 July at 10:14 GMT. Less than a cubic meter in size, Proba-2 focuses on observing solar activity and space weather. But it also keeps a small eye on its homeworld. Among the 17 experimental technologies hosted on Proba-2 is the compact Exploration Camera, X-Cam. Housed on the underside of the satellite, the monochrome X-Cam observes in the visible and infrared with a 100° field of view.

Photo credit: ESA

Raystown Lake, Pennsylvania

This Envisat radar image is centered on the man-made Raystown Lake in the US state of Pennsylvania. Near the top of the lake – which appears as a snaking red and blue line – there is a bright white radar reflection from the Raystown Dam. The area pictured is part of the greater Valley and Ridge Appalachians, in the Appalachian Mountain range. The lines that cut through the image are the long, even ridges characteristic of this region. One of the significant ridges is Tuscoarora Mountain in the lower-right corner. This is a compilation of three radar images from 23 December 2007, 2 March 2008 and 11 May 2008.

This image is featured on the Earth from Space video program.

Image credit: ESA

Kirkenes, Norway

The town of Kirkenes in northernmost Norway, with its 3400 inhabitants, is preparing for an expected boom as a shipping hub, as global warming has led to the opening up of the Northern Sea Route along Russia's Arctic coastline. The travel time between Tokyo and Hamburg, for example, has been cut 40%. Ten to fifteen percent of Chinese international trade could take this route by 2020, according to the director of the Chinese Polar Research Institute. The image was acquired May 19, 2003, covers an area of 24 x 25.5 km, and is located at 69.7 degrees north latitude, 30 degrees east longitude.

Image credit: NASA/GSFC/METI/ERSDAC/JAROS, and U.S./Japan ASTER Science Team

Flooding Along the Parana River

Heavy rains, which began in mid-June, have resulted in major flooding along the Parana River in Argentina. Thousands of people have been forced to evacuate their homes in cities along the river. The neighboring countries of Paraguay, Uruguay and Brazil have also been affected. Vegetated areas are shown in shades of red; the river and flooded areas are blue and turquoise; clouds are white and light blue. This image from the Advanced Spaceborne Thermal Emission and Reflection Radiometer (ASTER) instrument, acquired on July 6, 2013, covers an area of 54 by 28.5 kilometers (33.5 by 17.7 miles), and is located at 28.2 degrees south latitude, 59.1 degrees west longitude.

Image credit: NASA/GSFC/METI/ERSDAC/JAROS, and U.S./Japan ASTER Science Team

Peruvian Foothills

The foothills of the Andes mountains near the southern coast of Peru were captured by the Kompsat-2 satellite on 4 May 2011. The Andes stretch about 7000 km from Venezuela down South America’s west coast to the top of Argentina. The mountain range is the result of the Nazca and Antarctic tectonic plates moving under the South American plate – a geological process called ‘subduction’. This process is also responsible for the Andes range’s volcanic activity.

Photo credit: KARI/ESA

Silver Fire, New Mexico

Lightning ignited the Silver Fire in western New Mexico on June 7, 2013. It has since consumed more than 137,000 acres of timber in a rugged area of the Gila National Forest that has not seen large fires for nearly a century. On the morning of June 28, as the fire exploded in intensity, NASA's Terra spacecraft passed over the fire, allowing the NASA Jet Propulsion Laboratory-built Multi-angle Imaging SpectroRadiometer (MISR) instrument on Terra to capture this image of extensive smoke. Two large pulses of fire generated pyro-cumulonimbus clouds. Brownish smoke, visible to the northwest of the active fire area, has entered the lower stratosphere. An active pulse of fire at the eastern end of this smoke is seen to be forming a new pyro-cumulonimbus tower that rises to a height of more than 8.7 miles (14 kilometers).

MISR views every scene it passes over from nine different angles. This unique design allows it to measure cloud and aerosol heights and the speed that smoke is moving due to horizontal wind using stereoscopic techniques. The plots in Figure 1 show the height of Silver Fire smoke along a line marked by the red arrow in the image. The profile crosses both smoke clouds, which rise to almost 9.3 miles (15 kilometers) in altitude above sea level (ASL). The lower plot shows the wind speeds retrieved by MISR in the direction across the image swath and in the direction along the satellite track.

These data were acquired during Terra orbit 71959.

Photo credit: NASA/GSFC/LaRC/JPL, MISR Team

Vegetation in Syria, Turkey and Iraq

The recently launched Proba-V miniaturized satellite captured this image over the border region of northern Syria, southeastern Turkey and northern Iraq on 28 May. The area pictured is about 500 km across, with large reservoir lakes along the Euphrates River visible on the left, and another along the Tigris River on the right. In the central-right portion of the image, we can see Iraq’s Sinjar mountains. Proba-V will map land cover and vegetation growth across the entire planet every two days with its Vegetation imager. In this image, the contrast between the green areas – some with agricultural plots – and the sparsely vegetated areas is evident. It demonstrates Proba-V’s ability to see slight differences in vegetation cover. Vegetation intensity and health can help in crop yield predictions and to map interannual changes in vegetation cover.

This image is featured on the Earth from Space video program.

Photo credit: ESA

North Stradbroke Island, Australia

North Stradbroke Island, 30 km southeast of Brisbane, Australia, is one of the largest sand islands in the world.

Photo credit: NASA/GSFC/METI/ERSDAC/JAROS, and U.S./Japan ASTER Science Team

Carstens, California Wildfire

The Carstens, California, wildfire continues to burn in the foothills west of Yosemite National Park. As of June 21, 2013, the fire had consumed 1,660 acres, and was 70 percent contained. In this image, acquired by the Advanced Thermal Emission and Reflection Radiometer (ASTER) instrument on NASA's Terra spacecraft, vegetation is displayed in green and burned and bare areas are dark to light gray. The data were acquired on June 20, 2013, and cover an area of 16 by 24 miles (26 by 39 kilometers).

Image credit: NASA/GSFC/METI/ERSDAC/JAROS, and U.S./Japan ASTER Science Team

Barcelona, Spain

The Spanish city of Barcelona is pictured in this image captured on 13 September 2010 by Japan’s ALOS satellite. Near the top right corner, the circular Plaça de les Glòries Catalanes was meant to be the city center in the original urban plan. Dominating the left side of the image are the Garraf Massif mountains, their cliffs reaching the Mediterranean coast. Rock quarries and rubbish dumps are degrading the land here, and some of these degraded areas can be seen in the lower left corner as large yellow patches. Along the coast, we can see the Barcelona’s port – one of Europe’s top ten largest container ports. Barcelona-El Prat airport is about 10 km southwest of the city center, across the Llobregat River. On either side of the airport we can see the darker areas of the Llobregat delta.

Photo credit: JAXA/ESA

Rates of Basal Melt of Antarctic Ice Shelves

Rates of basal melt of Antarctic ice shelves (melting of the shelves from underneath) overlaid on a 2009 mosaic of Antarctica created from data from NASA's Moderate Resolution Imaging Spectroradiometer (MODIS) instrument aboard NASA's Terra and Aqua spacecraft. Red shades denote melt rates of less than 5 meters (16.4 feet) per year (freezing conditions), while blue shades represent melt rates of greater than 5 meters (16.4 feet) per year (melting conditions). The perimeters of the ice shelves in 2007-2008, excluding ice rises and ice islands, are shown by thin black lines. Each circular graph is proportional in area to the total ice mass loss measured from each ice shelf, in gigatons per year, with the proportion of ice lost due to the calving of icebergs denoted by hatched lines and the proportion due to basal melting denoted in black.

Image credit: NASA/JPL-Caltech/UC Irvine/Columbia University

Note: For more information, see Warm Ocean Causing Most Antarctic Ice Shelf Mass Loss

New Zealand's South Island

New Zealand’s South Island is pictured in this Envisat image from 4 April 2012. There are a number of lakes throughout the island, but one that stands out in particular is Lake Pukaki, at the center of the image. The bright blue coloring of its waters comes from the extremely fine rock particles fed into the water from the glaciers. To the northeast, the light green coloring of Lake Ellesmere / Te Waihora can be seen. Peeking out from between the clouds to the south is Stewart Island/Rakiura – the country’s third largest island.

This image is featured on the Earth from Space video program.

Photo credit: ESA

Arctic Permafrost Zones

Permafrost zones occupy nearly a quarter of the exposed land area of the Northern Hemisphere. NASA's Carbon in Arctic Reservoirs Vulnerability Experiment is probing deep into the frozen lands above the Arctic Circle in Alaska to measure emissions of the greenhouse gases carbon dioxide and methane from thawing permafrost - signals that may hold a key to Earth's climate future.

Image credit: Hugo Ahlenius, UNEP/GRID-Arendal

Note: For more information, see Is a Sleeping Climate Giant Stirring in the Arctic? Also, Is Arctic Permafrost the "Sleeping Giant" of Climate Change?

Botswana's Okavango Delta

This image is a compilation of three images from Envisat’s radar and shows where southwestern Africa’s Okavango River empties into the inland Okavango Delta in northern Botswana. The Okavango River originates in Angola, forms part of the Angola Namibia border and then ends in northern Botswana. Here, it has formed a depression in the semi-arid Kalahari basin. Appearing purple at the center of the image is Chief’s Island. In the lower-right portion of the image we can see a large cluster of radar reflections from the town of Maun. At the top of the image, a triangle with similar coloring to the delta can be seen. This is a swamp area and national park located mostly in Namibia.

This image is featured on the Earth from Space video program.

Image credit: ESA

Path of the Newcastle-Moore, Oklahoma EF-5 Tornado

The Newcastle-Moore EF-5 tornado ripped through central Oklahoma on May 20, 2013, killing 24 people and leaving behind more than $2 billion in damage. On June 2, 2013, the Advanced Spaceborne Thermal Emission and Reflection Radiometer (ASTER) instrument on NASA's Terra spacecraft captured this image showing the scar left on the landscape by the tornado's deadly track. In this false-color image, vegetation is red, water is dark blue, roads and buildings are gray and white, and bare fields are tan. The tornado track crosses the image from left to right as indicated by the arrows. The image covers an area of 6 by 8.6 miles (9.6 by 13.8 kilometers), and is located at 35.3 degrees north latitude, 97.5 degrees west longitude.

Image credit: NASA/GSFC/METI/ERSDAC/JAROS, and U.S./Japan ASTER Science Team

Note: For more information, see NASA Spacecraft Sees Tornado's Destructive Swath.

Northwestern Crete

This image shows northwestern Crete, the largest and most populous of the Greek islands. It is a compilation of three radar images from Japan’s ALOS satellite acquired on 28 August 2010, 13 October 2010 and the third band created by combining the other two. In the lower-right, the bright cluster of radar reflections on the northern coast is the city of Chania, the island’s second largest city after Heraklion (not pictured). At the center of the image is the Rodopou Peninsula. Off the coast of the other peninsula to the left there are two small islands: Imeri Gramvousa to the south and Agria Gramvousa due north.

This image is featured on the Earth from Space video program.

Image credit: JAXA, ESA

Macquarie Island, Australia

Macquarie Island lies halfway between New Zealand and Antarctica, and is part of Tasmania. Accidentally discovered in 1810, the island was used by sealers and as a base for Antarctic expeditions. In 1933 the island was declared a wildlife sanctuary, and in 1997 listed as a World Heritage Site. Birdlife International identified Macquarie as an Important Bird Area because it supports 3.5 million breeding seabirds of 13 species, including 5 breeds of penguins. The image is located at 54.6 degrees south latitude, 159 degrees east longitude, covers an area of 10 by 36 km, and was acquired January 9, 2011.

Image credit: NASA/GSFC/METI/ERSDAC/JAROS, and U.S./Japan ASTER Science Team

Istanbul, Turkey

Istanbul and the surrounding area in northwestern Turkey are captured in this image acquired by Envisat’s MERIS instrument on 9 June 2011. To the north is the Black Sea, which connects to the Sea of Marmara (center) via the Bosphorus strait. The Dardanelles strait connects the Marmara to the Aegean Sea (lower left corner). Turkey's largest city, Istanbul, is near the center of the image at the Bosphorus strait. Istanbul straddles two continents (Europe and Asia), making it a true meeting place of the East and the West.

Turkey’s location makes it vulnerable to earthquakes, with the 1000 km-long North Anatolian fault just 15 km south of Istanbul. Because earthquakes can suddenly render current maps out of date, satellite images are useful for updating views of how the landscape has been affected as well as creating reference cartography for emergency operations. In addition, before and after satellite images of the area enable authoritative damage assessment as a basis for planning remedial action.

Photo credit: ESA

Namib Desert

Korea’s Kompsat-2 satellite captured this image over the sand seas of the Namib Desert on 7 January 2012. The blue and white area is the dry river bed of the Tsauchab. Black dots of vegetation are concentrated close to the river’s main route, while salt deposits appear bright white. Running through the river valley, a road connects Sossusvlei to the Sesriem settlement. At the road’s 45th kilometer, seen at the lower-central part of the image, a white path shoots off and ends at a circular parking area at the base of a dune. This is Dune 45, a popular tourist stop on the way to and from Sossusvlei. In this image, there appears to be some shadow on the western side. From this we can deduce that the image was acquired during the late morning.

ESA supports Kompsat as a Third Party Mission, meaning it uses its ground infrastructure and expertise to acquire, process and distribute data to users.

This image is featured on the Earth from Space video program.

Photo credit: KARI/ESA