Explanation: From low Earth orbit, NASA's SeaWIFS instrument records ocean color, tracking changes in our water world's climate and biosphere. But even an ocean planet can have dust storms. On February 26th, SeaWIFS returned this dramatic close-up view of a vast, developing cloud of Saharan desert dust blowing from northwest Africa (lower right) a thousand miles or more out over the Atlantic Ocean. While there are indications that the planet-spanning effects of the Saharan dust events include the decline of the ecologies of coral reefs in the Caribbean and an increased frequency of Atlantic hurricanes, there is also evidence that the dust provides nutrients to the Amazonian rain forests. From space-based vantage points, other satellite images have also revealed storms which transport massive quantities of fine sand and dust across Earth's oceans.
This image is from the Sea-viewing Wide Field-of-view Sensor (SeaWiFS) Project and more than 5 years old.
Satellite data captured by the SeaWIFS sensor are released into the public domain 5 years after capture. Data less than five years old can be re-used only for educational or scientific purposes; any commercial use of such images must be coordinated with GeoEye. [2]
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{{Information |Description='''Explanation:''' From low Earth orbit, NASA's SeaWIFS instrument records ocean color, tracking changes in our water world's climate and biosphere. But even an ocean planet can have dust storms. On February 26th, SeaWIFS return