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Floods on the Lena River - tiff image preview placeholder

Floods on the Lena River

Floods on the Lena River - tiff image preview placeholder

3404 x 6672
66 MB - GeoTIFF

Floods on the Lena River

Published June 2, 2007

In the span of three weeks, spring crept over the Siberian landscape surrounding the northern half of the Lena River. Many of the rivers in Earth’s temperate zones run high in the spring when melting snow and spring rain flood river basins. On the Lena River, however, spring flooding is almost inevitable for another reason: ice. Like other north-flowing rivers, the upper reaches of the Lena melt before their downstream counterparts. Because the northern mouth of the river remains frozen while the southern body of the river flows freely, water naturally builds behind the ice, forming a temporary reservoir that drains as the ice dwindles.

Related images:

Floods on the Lena River - related tiff image preview placeholder

3404 x 6672
5 MB - JPEG

Floods on the Lena River - related tiff image preview placeholder

3404 x 6672
4 MB - JPEG

Floods on the Lena River - related tiff image preview placeholder

3404 x 6672
70 MB - GeoTIFF

Floods on the Lena River - related tiff image preview placeholder

3404 x 6672
5 MB - JPEG

Floods on the Lena River - related tiff image preview placeholder

3404 x 6672
67 MB - GeoTIFF

Floods on the Lena River - related tiff image preview placeholder

87 KB - KML/KMZ

Floods on the Lena River - related tiff image preview placeholder

JPEG

Floods on the Lena River - related tiff image preview placeholder

JPEG

Floods on the Lena River - related tiff image preview placeholder

164 x 120
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Floods on the Lena River - image thumbnail

Floods on the Lena River

Floods on the Lena River - image thumbnail

3404 x 6672
5 MB - JPEG

Floods on the Lena River

Published June 2, 2007

In the span of three weeks, spring crept over the Siberian landscape surrounding the northern half of the Lena River. Many of the rivers in Earth’s temperate zones run high in the spring when melting snow and spring rain flood river basins. On the Lena River, however, spring flooding is almost inevitable for another reason: ice. Like other north-flowing rivers, the upper reaches of the Lena melt before their downstream counterparts. Because the northern mouth of the river remains frozen while the southern body of the river flows freely, water naturally builds behind the ice, forming a temporary reservoir that drains as the ice dwindles.

Related images:

Floods on the Lena River - related imagethumbnail

3404 x 6672
5 MB - JPEG

Floods on the Lena River - related imagethumbnail

3404 x 6672
66 MB - GeoTIFF

Floods on the Lena River - related imagethumbnail

3404 x 6672
4 MB - JPEG

Floods on the Lena River - related imagethumbnail

3404 x 6672
70 MB - GeoTIFF

Floods on the Lena River - related imagethumbnail

3404 x 6672
67 MB - GeoTIFF

Floods on the Lena River - related kml preview placeholder

87 KB - KML/KMZ

Floods on the Lena River - related imagethumbnail

JPEG

Floods on the Lena River - related imagethumbnail

JPEG

Floods on the Lena River - related imagethumbnail

164 x 120
JPEG

Floods on the Lena River - image thumbnail

Floods on the Lena River

Floods on the Lena River - image thumbnail

3404 x 6672
4 MB - JPEG

Floods on the Lena River

Published June 2, 2007

In the span of three weeks, spring crept over the Siberian landscape surrounding the northern half of the Lena River. Many of the rivers in Earth’s temperate zones run high in the spring when melting snow and spring rain flood river basins. On the Lena River, however, spring flooding is almost inevitable for another reason: ice. Like other north-flowing rivers, the upper reaches of the Lena melt before their downstream counterparts. Because the northern mouth of the river remains frozen while the southern body of the river flows freely, water naturally builds behind the ice, forming a temporary reservoir that drains as the ice dwindles.

Related images:

Floods on the Lena River - related imagethumbnail

3404 x 6672
5 MB - JPEG

Floods on the Lena River - related imagethumbnail

3404 x 6672
66 MB - GeoTIFF

Floods on the Lena River - related imagethumbnail

3404 x 6672
70 MB - GeoTIFF

Floods on the Lena River - related imagethumbnail

3404 x 6672
5 MB - JPEG

Floods on the Lena River - related imagethumbnail

3404 x 6672
67 MB - GeoTIFF

Floods on the Lena River - related kml preview placeholder

87 KB - KML/KMZ

Floods on the Lena River - related imagethumbnail

JPEG

Floods on the Lena River - related imagethumbnail

JPEG

Floods on the Lena River - related imagethumbnail

164 x 120
JPEG

Floods on the Lena River - image thumbnail

Floods on the Lena River

Floods on the Lena River - image thumbnail

3404 x 6672
5 MB - JPEG

Floods on the Lena River

Published June 2, 2007

In the span of three weeks, spring crept over the Siberian landscape surrounding the northern half of the Lena River. Many of the rivers in Earth’s temperate zones run high in the spring when melting snow and spring rain flood river basins. On the Lena River, however, spring flooding is almost inevitable for another reason: ice. Like other north-flowing rivers, the upper reaches of the Lena melt before their downstream counterparts. Because the northern mouth of the river remains frozen while the southern body of the river flows freely, water naturally builds behind the ice, forming a temporary reservoir that drains as the ice dwindles.

Related images:

Floods on the Lena River - related imagethumbnail

3404 x 6672
66 MB - GeoTIFF

Floods on the Lena River - related imagethumbnail

3404 x 6672
4 MB - JPEG

Floods on the Lena River - related imagethumbnail

3404 x 6672
70 MB - GeoTIFF

Floods on the Lena River - related imagethumbnail

3404 x 6672
5 MB - JPEG

Floods on the Lena River - related imagethumbnail

3404 x 6672
67 MB - GeoTIFF

Floods on the Lena River - related kml preview placeholder

87 KB - KML/KMZ

Floods on the Lena River - related imagethumbnail

JPEG

Floods on the Lena River - related imagethumbnail

JPEG

Floods on the Lena River - related imagethumbnail

164 x 120
JPEG

Gilbert Islands, central Pacific Ocean - image thumbnail

Gilbert Islands, central Pacific Ocean

Gilbert Islands, central Pacific Ocean - image thumbnail

1000 x 1200
231 KB - JPEG

Gilbert Islands, central Pacific Ocean

Published June 1, 2007

Gilbert Islands, central Pacific Ocean

Related images:

Gilbert Islands, central Pacific Ocean - related imagethumbnail

500 x 600
61 KB - JPEG

Gilbert Islands, central Pacific Ocean - related imagethumbnail

2000 x 2400
603 KB - JPEG

Gilbert Islands, central Pacific Ocean - related imagethumbnail

720 x 480
JPEG

Gilbert Islands, central Pacific Ocean - image thumbnail

Gilbert Islands, central Pacific Ocean

Gilbert Islands, central Pacific Ocean - image thumbnail

2000 x 2400
603 KB - JPEG

Gilbert Islands, central Pacific Ocean

Published June 1, 2007

Gilbert Islands, central Pacific Ocean

Related images:

Gilbert Islands, central Pacific Ocean - related imagethumbnail

500 x 600
61 KB - JPEG

Gilbert Islands, central Pacific Ocean - related imagethumbnail

1000 x 1200
231 KB - JPEG

Gilbert Islands, central Pacific Ocean - related imagethumbnail

720 x 480
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Lake Okeechobee Complex Fire - image thumbnail

Lake Okeechobee Complex Fire

Lake Okeechobee Complex Fire - image thumbnail

1782 x 2376
1 MB Bytes - JPEG

Lake Okeechobee Complex Fire

Published May 31, 2007

Related images:

Lake Okeechobee Complex Fire - related imagethumbnail

540 x 334
JPEG

Lake Okeechobee Complex Fire - related imagethumbnail

164 x 120
JPEG

Tropical Storm Barbara - image thumbnail

Tropical Storm Barbara

Tropical Storm Barbara - image thumbnail

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3 MB - JPEG

Tropical Storm Barbara

Published May 31, 2007

Related images:

Tropical Storm Barbara - related imagethumbnail

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Tropical Storm Barbara - related imagethumbnail

164 x 120
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Fires in Georgia and Florida - image thumbnail

Fires in Georgia and Florida

Fires in Georgia and Florida - image thumbnail

1782 x 2376
1 MB Bytes - JPEG

Fires in Georgia and Florida

Published May 31, 2007

Related images:

Fires in Georgia and Florida - related imagethumbnail

540 x 860
JPEG

Fires in Georgia and Florida - related imagethumbnail

164 x 120
JPEG

Large Area of Antarctica Melted, Re-Froze in 2005 - image thumbnail

Large Area of Antarctica Melted, Re-Froze in 2005

Large Area of Antarctica Melted, Re-Froze in 2005 - image thumbnail

5400 x 4370
28 MB - JPEG

Large Area of Antarctica Melted, Re-Froze in 2005

Published May 31, 2007

In May 2007, a team of researchers found evidence of warming and melting as much as 900 kilometers into Antarctica.

Related images:

Large Area of Antarctica Melted, Re-Froze in 2005 - related imagethumbnail

540 x 485
JPEG

Large Area of Antarctica Melted, Re-Froze in 2005 - related imagethumbnail

164 x 120
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Dust in Northern China - image thumbnail

Dust in Northern China

Dust in Northern China - image thumbnail

5560 x 3780
3 MB - JPEG

Dust in Northern China

Published May 30, 2007

Related images:

Dust in Northern China - related imagethumbnail

540 x 405
JPEG

Dust in Northern China - related imagethumbnail

164 x 120
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Fires in Central Africa - tiff image preview placeholder

Fires in Central Africa

Fires in Central Africa - tiff image preview placeholder

11124 x 9300
220 MB - GeoTIFF

Fires in Central Africa

Published May 30, 2007

n Africa south of the equator, fires are ubiquitous during the annual dry season. The exact length and timing of the dry season vary in different locations, but it generally falls between May and October. This image shows early dry-season burning across a large swath of central Africa south of the equator on May 28, 2007.

Related images:

Fires in Central Africa - related tiff image preview placeholder

540 x 405
JPEG

Fires in Central Africa - related tiff image preview placeholder

8000 x 6000
4 MB - JPEG

Fires in Central Africa - related tiff image preview placeholder

23 KB - KML/KMZ

Fires in Central Africa - related tiff image preview placeholder

164 x 120
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