Earth Imaging Journal: Remote Sensing, Satellite Images, Satellite Imagery
Breaking News
Teledyne e2v part of UK Collaboration to Develop Quantum Technologies to Measure Atmosphere
Teledyne e2v are collaborating with STFC RALSpace and University...
Martin UAV Downselected to Participate in Mi2 Expeditionary UAS Tech Demo
PLANO, Texas - Naval Air Warfare Center Aircraft Division...
California police adopt WingtraOne drone for wildfire damage assessment
LAFAYETTE, California - The Lafayette City Police Department and an...
Missouri Technology Corporation and National Geospatial-Intelligence Agency Announce a Geospatial Focused Corporate Accelerator in St. Louis
Missouri Technology Corporation (MTC) and the National Geospatial-Intelligence Agency...
Kratos Acquires Jet Powered Unmanned Aerial System Engineering Leader 5-D Systems
SAN DIEGO - Kratos Defense & Security Solutions, Inc....

Click on image to enlarge.

Moving tens of meters below the sea’s surface off the northern coast of Trinidad, subtle sea arcs known as internal waves, visible here from the International Space Station, can make navigation hazardous, especially for smaller craft.
The accompanying image shows at least three sets of internal waves interacting. The most prominent set (image top left) shows a packet of several waves moving from the northwest due to the tidal flow toward Trinidad’s north coast. Two less prominent, younger sets can be seen further out to sea. A broad set enters the view from the north and northeast, interacting with the first set at the top center of the image. All the internal waves are probably caused by the shelf break near Tobago (outside the image at the top right). The shelf break is the step between shallow seas (around continents and islands) and the deep ocean—the line at which tides usually start to generate internal waves.

Image courtesy of NASA.

Read the full story.

Comments are closed.