Skip to main content
Email Print Share

Multimedia Gallery

Get Images and Video Updates by email or by RSS.

Welcome to the National Science Foundation's Multimedia Gallery
Search Multimedia  |  Key: Sort by imageSort by videoSort by audioSort by more
Showing: 1-30 of 4,239
[First/Next] 1 2 3 4 5 [Next/Last]

Plasmonic interferometers with light emitters in them could make better biosensors   Image New technique could aid development of nanoscale biosensors
Updated July 15, 2016
Pacific black brant (<em>Branta bernicla nigricans</em>)   Image Studying impacts of climate change on ecosystem function (Image 13)
Updated July 15, 2016
NSF director Córdova with Sens. Mikulski (D-MD) and Alexander (R-TN)   Image NSF director at Senate Science Forum (Image 1)
Updated July 15, 2016
NSF director Córdova with Sens. Mikulski (D-MD) and Alexander (R-TN) at Senate Science Forum   Image NSF director at Senate Science Forum (Image 2)
Updated July 15, 2016
NSF director Córdova introduces Sen. Alexander (R-TN) to experts during Senate Science Forum   Image NSF director at Senate Science Forum (Image 3)
Updated July 15, 2016
NSF director Córdova with Rep. Wilson (D-FL) at FIU's ribbon-cutting ceremony for D.C. office   Image NSF director attends FIU ribbon-cutting for D.C. office (Image 1)
Updated July 15, 2016
NSF director Córdova with FIU president Dr. Mark Rosenberg at ribbon-cutting event for new DC office   Image NSF director attends FIU ribbon-cutting for D.C. office (Image 2)
Updated July 15, 2016
A researcher from Utah State University uses a snow machine to access a field camp   Image Studying impacts of climate change on ecosystem function (Image 1)
Updated July 14, 2016
Readjusting the snowmachine sleds while hauling gear from the village of Chevak   Image Studying impacts of climate change on ecosystem function (Image 2)
Updated July 14, 2016
The frozen Tutakoke River, where Utah State University researchers set up a field camp   Image Studying impacts of climate change on ecosystem function (Image 3)
Updated July 14, 2016
A Utah State University researcher installs experimental plots   Image Studying impacts of climate change on ecosystem function (Image 4)
Updated July 14, 2016
Weatherport construction and camp installation at the Tutakoke River field site   Image Studying impacts of climate change on ecosystem function (Image 5)
Updated July 14, 2016
Evening at the Tutakoke River field camp in the Yukon Delta National Wildlife Refuge   Image Studying impacts of climate change on ecosystem function (Image 6)
Updated July 14, 2016
Early morning at the Tutakoke River field camp in the Yukon Delta National Wildlife Refuge   Image Studying impacts of climate change on ecosystem function (Image 7)
Updated July 14, 2016
The Tutakoke River field camp during high tide in the Yukon Delta National Wildlife Refuge   Image Studying impacts of climate change on ecosystem function (Image 8)
Updated July 14, 2016
The 2015 Tutakoke River field camp crew from Utah State University   Image Studying impacts of climate change on ecosystem function (Image 9)
Updated July 14, 2016
Dawn breaks over the weatherports at the Tutakoke River field camp   Image Studying impacts of climate change on ecosystem function (Image 10)
Updated July 14, 2016
Early spring at the Tutakoke River field camp in the Yukon Delta National Wildlife Refuge   Image Studying impacts of climate change on ecosystem function (Image 11)
Updated July 14, 2016
Ice on the Tutakoke River breaks up near the field camp of Utah State University researchers   Image Studying impacts of climate change on ecosystem function (Image 12)
Updated July 14, 2016
A captive flock of Pacific black brants (<em>Branta bernicla nigricans</em>)   Image Studying impacts of climate change on ecosystem function (Image 14)
Updated July 14, 2016
A captive flock of Pacific black brants (<em>Branta bernicla nigricans</em>)   Image Studying impacts of climate change on ecosystem function (Image 15)
Updated July 14, 2016
The Tutakoke River field camp used by Universityt of Utah researchers   Image Studying impacts of climate change on ecosystem function (Image 16)
Updated July 14, 2016
Utah State University researchers had to boat to town to get supplies   Image Studying impacts of climate change on ecosystem function (Image 17)
Updated July 14, 2016
Researchers from Utah State University boating on the Bering Sea   Image Studying impacts of climate change on ecosystem function (Image 18)
Updated July 14, 2016
A researcher from Utah State University boating the narrow coastal sloughs   Image Studying impacts of climate change on ecosystem function (Image 19)
Updated July 14, 2016
Researchers from Utah State University load a herring boat with equipment used at their field camp   Image Studying impacts of climate change on ecosystem function (Image 20)
Updated July 14, 2016
Boating across Angyoyaravak Bay after camp take-down at the Tutakoke River field site   Image Studying impacts of climate change on ecosystem function (Image 21)
Updated July 14, 2016
A microphotograph of microfibers that serve as a template to form a microvascular network   Image Cotton candy machines may hold key for making artificial organs (Image 1)
Updated July 12, 2016
Researchers are creating artificial human capillary blood vessels using cotton candy and gelatin   Image Cotton candy machines may hold key for making artificial organs (Image 2)
Updated July 12, 2016
A 3-D slab of gelatin that contains a microvascular network   Image Cotton candy machines may hold key for making artificial organs (Image 3)
Updated July 12, 2016
Showing: 1-30 of 4,239
[First/Next] 1 2 3 4 5 [Next/Last]