10/21/2016 01:10 PM EDT
San Diego's Ocean Discovery Institute aims to provide students with quality scientific education and the tools they need to succeed in science, technology, engineering and mathematics fields. Mentoring at every level--peer to peer, scientist to student, etc.--helps to ensure students become the ...
This is an NSF Multimedia Gallery item.
10/21/2016 01:10 PM EDT
The newly discovered Talamancan palm-pitviper can be found in trees or high shrubs. Because its coloring is a characteristic it shares with its close relative the black-speckled palm-pitviper, it went unrecognized for more than 100 years. More about this image An international team of ...
This is an NSF Multimedia Gallery item.
10/21/2016 01:10 PM EDT
Molly Cummings of The University of Texas at Austin and collaborator Parrish Brady operate a video polarimeter near oil rigs off the Texas coast during a study on how fish use polarized light to camouflage themselves. Results of the study showed that some fish use microscopic structures, called ...
This is an NSF Multimedia Gallery item.
10/21/2016 01:10 PM EDT
Molly Cummings of The University of Texas at Austin measures fish camouflage with a video polarimeter on an underwater oil rig in Curacao during a study on how fish use polarized light to camouflage themselves. Results of the study showed that some fish use microscopic structures, called ...
This is an NSF Multimedia Gallery item.
10/21/2016 01:10 PM EDT
Skin preparation from a lookdown fish seen under cross polarization microscopy shows birefringence in the skin. Researchers at The University of Texas at Austin studying how fish use polarized light to camouflage themselves found that some fish use microscopic structures, called platelets, in ...
This is an NSF Multimedia Gallery item.
10/21/2016 01:10 PM EDT
Lookdown fish like these off the Texas coast were the subject of a study on how fish use polarized light to camouflage themselves. Results of the study showed that some fish use microscopic structures, called platelets, in their skin cells to reflect polarized light, enabling them to seemingly ...
This is an NSF Multimedia Gallery item.
10/21/2016 01:10 PM EDT
Molly Cummings of The University of Texas at Austin measures fish camouflage with a video polarimeter on an underwater oil rig in Curacao during a study on how fish use polarized light to camouflage themselves. Results of the study showed that some fish use microscopic structures, called ...
This is an NSF Multimedia Gallery item.
10/21/2016 01:10 PM EDT
Lookdown fish like these off the Texas coast were the subject of a study on how fish use polarized light to camouflage themselves. Results of the study showed that some fish use microscopic structures, called platelets, in their skin cells to reflect polarized light, enabling them to seemingly ...
This is an NSF Multimedia Gallery item
10/21/2016 01:10 PM EDT
Technology for reading signals directly from the brain developed by Stanford Bio-X scientists could provide a way for people with movement disabilities to communicate.
This is an NSF Multimedia Gallery item.
10/21/2016 01:10 PM EDT
Molly Cummings of The University of Texas at Austin and collaborator Parrish Brady operate a video polarimeter near an oil rig off the Texas coast during a study on how fish use polarized light to camouflage themselves. Results of the study showed that some fish use microscopic structures, called ...
This is an NSF Multimedia Gallery item.
10/21/2016 01:10 PM EDT
A simulated view showing how a lookdown fish would appear in polarized light with mirrored skin (left) versus skin that reflects polarized light (right). The image is from a simulation created by the Cummings Lab at The University of Texas at Austin as part of a study on how fish use polarized ...
This is an NSF Multimedia Gallery item.
10/21/2016 01:10 PM EDT
Molly Cummings of The University of Texas at Austin observes lookdown fish near an oil rig off the Texas coast during a study on how fish use polarized light to camouflage themselves. Results of the study showed that some fish use microscopic structures, called platelets, in their skin cells to ...
This is an NSF Multimedia Gallery item
10/21/2016 01:10 PM EDT
Molly Cummings of The University of Texas at Austin measures fish camouflage with a video polarimeter on an underwater oil rig in Curacao during a study on how fish use polarized light to camouflage themselves. Results of the study showed that some fish use microscopic structures, called ...
This is an NSF Multimedia Gallery item
10/21/2016 01:10 PM EDT
Lookdown fish like these off the Texas coast were the subject of a study on how fish use polarized light to camouflage themselves. Results of the study showed that some fish use microscopic structures, called platelets, in their skin cells to reflect polarized light, enabling them to seemingly ...
This is an NSF Multimedia Gallery item.
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