
STS113-708-14
|
Patagonia lakes, southern Argentina: The lowest of three lake in
this view is Lake Argentino in Argentina. The next one north (middle
lake) is Lake Viedma, and the lake on the top margin is Lake San
Martín. All three of these large lakes have been carved out by
glaciers of the last ice age, descending from the Andes Mountains
(under cloud along the right side of the view). Three glacier
tongues can be discerned as small white features leading into the
western (left) ends of each lake. The rounded ends of the lakes are
produced by the slow action of flowing glacial ice on the plains next
to the mountain chain. Snow on lower peaks next to the cloud make a
jagged pattern.
|

STS113-323-17
|
Chico and O'Higgins Glaciers flow from the northeastern portion of
the Southern Patagonian Ice Field into Lake O'Higgins in southeastern
Chile.
|

STS113-323-20
|
Bravo and Mellizo Sur Glaciers flow from the northeastern portion of
the Southern Patagonian Ice Field into Lake O'Higgins in Chile.
|

STS113-323-22
|
Mount San Lorenzo (12,200 ft) supports a small ice field with
glaciers feeding Lake Belgrano in southwestern Argentina.
|

STS113-350-13
|
Y-structure, geology in Libya.
|

STS113-708-27
|
Plankton bloom northeast of the Falkland Islands in the South
Atlantic Ocean.
|

STS113-708-32
|
More plankton blooming about 3 degrees NE of the Falkland Is. Sharks
and other types of fish often gather around the plankton and take
advantage of the plentiful food source. This may explain the darker
streaks that are sometimes seen with the plankton blooms.
|

STS113-357-35
|
Wake Island in the west central Pacific, 19.3N 166.5E.
|

STS113-715-27
|
Toyota, Moala and Matuku Islands of the Fiji Islands (about 19S 180).
This wind gust front is running nearly parallel to the dateline.
The wind is causing different reflectance patterns on the surface.
|

STS113-708-85
|
Isles Belep (19.7S 163.5E), off the NW coast of New Caledonia, within
the surrounding reef. Note how the sunglint highlights the currents
flowing through the breaks in the reef rim.
|