Large Lophelia colonies and numerous anemones at a depth of about 1,500 feet in Mississippi Canyon. Red laser beams, projected from a remotely operated vehicle, represent a separation of 10 centimeters (about 4 inches). A western roughy is seen to the left of the structure.
Images
St. Petersburg Coastal and Marine Science Center images.
Large Lophelia colonies and numerous anemones at a depth of about 1,500 feet in Mississippi Canyon. Red laser beams, projected from a remotely operated vehicle, represent a separation of 10 centimeters (about 4 inches). A western roughy is seen to the left of the structure.
Aerial images of the wilderness breach: a) Aerial photograph taken several days after Hurricane Sandy (photo credit: NOAA); b) Aerial mosaic of the breach in June 2015 showing the location of erosion on the ocean side of the breach and deposition that results in the seasonal formation of a spit.
Aerial images of the wilderness breach: a) Aerial photograph taken several days after Hurricane Sandy (photo credit: NOAA); b) Aerial mosaic of the breach in June 2015 showing the location of erosion on the ocean side of the breach and deposition that results in the seasonal formation of a spit.
A massive colony of Paragorgia (bubble gum coral) with a squat lobster
A massive colony of Paragorgia (bubble gum coral) with a squat lobsterA massive colony of Paragorgia (bubble gum coral) with a squat lobster hiding among the polyps.
A massive colony of Paragorgia (bubble gum coral) with a squat lobster
A massive colony of Paragorgia (bubble gum coral) with a squat lobsterA massive colony of Paragorgia (bubble gum coral) with a squat lobster hiding among the polyps.
Gathering oyster and bed sediment samples along Long Island, NY
Gathering oyster and bed sediment samples along Long Island, NYUSGS hydrologist Kaitlyn Colella and a Shinnecock Nation member work together gathering oyster and bed sediment samples along Long Island, New York, coast.
Gathering oyster and bed sediment samples along Long Island, NY
Gathering oyster and bed sediment samples along Long Island, NYUSGS hydrologist Kaitlyn Colella and a Shinnecock Nation member work together gathering oyster and bed sediment samples along Long Island, New York, coast.
Black tape is stretched across the stopper of the 'Niskin' bottle and secured to form a positive pressure seal.
Black tape is stretched across the stopper of the 'Niskin' bottle and secured to form a positive pressure seal.
Hurricane Sandy struck the New Jersey shore October 29–31, 2012. Houses, cars, and a street in Seaside Heights, New Jersey, were covered in beach sand after the hurricane's storm tide receded
Hurricane Sandy struck the New Jersey shore October 29–31, 2012. Houses, cars, and a street in Seaside Heights, New Jersey, were covered in beach sand after the hurricane's storm tide receded
Photo of Sunset Beach, Florida, during tropical storm Colin, June 2016
Photo of Sunset Beach, Florida, during tropical storm Colin, June 2016Photo of Sunset Beach, Florida, during tropical storm Colin in June 2016. The storm resulted in large waves and elevated water levels that caused erosion in this area, as can be seen in the scarp forming at the vegetation line. CMHRP researchers surveyed the elevation of the beach before and after the storm to quantify the storm's impacts.
Photo of Sunset Beach, Florida, during tropical storm Colin, June 2016
Photo of Sunset Beach, Florida, during tropical storm Colin, June 2016Photo of Sunset Beach, Florida, during tropical storm Colin in June 2016. The storm resulted in large waves and elevated water levels that caused erosion in this area, as can be seen in the scarp forming at the vegetation line. CMHRP researchers surveyed the elevation of the beach before and after the storm to quantify the storm's impacts.
Aerial imagery sequence of Indian Point, Louisiana, 1950–2012
Aerial imagery sequence of Indian Point, Louisiana, 1950–2012Aerial imagery sequence of Indian Point, Louisiana, showing the contraction of the peninsula marsh in response to shoreline erosion since 1950.
Aerial imagery sequence of Indian Point, Louisiana, 1950–2012
Aerial imagery sequence of Indian Point, Louisiana, 1950–2012Aerial imagery sequence of Indian Point, Louisiana, showing the contraction of the peninsula marsh in response to shoreline erosion since 1950.
A close-up of the Paramuricea polyps when open.
A close-up of the Paramuricea polyps when open.
Paragorgia arborea, commonly known as "bubblegum coral" for its pink color and large polyps.
Paragorgia arborea, commonly known as "bubblegum coral" for its pink color and large polyps.
Hurricane Sandy leveled dunes and moved sediment into the estuary
Hurricane Sandy leveled dunes and moved sediment into the estuaryHurricane Sandy leveled dunes and moved eroded sediment from the dunes and beach across the island and into the estuary (Great South Bay) at Fire Island, NY.
Hurricane Sandy leveled dunes and moved sediment into the estuary
Hurricane Sandy leveled dunes and moved sediment into the estuaryHurricane Sandy leveled dunes and moved eroded sediment from the dunes and beach across the island and into the estuary (Great South Bay) at Fire Island, NY.
Hurricane Sandy created a breach in a barrier island
Hurricane Sandy created a breach in a barrier islandExtreme storms can drastically increase water levels and wave energy causing a breach, or complete erosion of the island itself. Hurricane Sandy created a breach in the Otis Pike High Dunes Wilderness Area at Fire Island National Seashore in NY.
Hurricane Sandy created a breach in a barrier island
Hurricane Sandy created a breach in a barrier islandExtreme storms can drastically increase water levels and wave energy causing a breach, or complete erosion of the island itself. Hurricane Sandy created a breach in the Otis Pike High Dunes Wilderness Area at Fire Island National Seashore in NY.
An aerial view of Dauphin Island, Alabama, shows a thin strip of road partially covered by sand, with undeveloped beach in the foreground and developed beach in the background.
An aerial view of Dauphin Island, Alabama, shows a thin strip of road partially covered by sand, with undeveloped beach in the foreground and developed beach in the background.
Massive Starlet coral at Dry Tortugas National Park
Massive Starlet coral at Dry Tortugas National ParkScientists used a core from this Massive Starlet (Siderastrea siderea) coral colony in Dry Tortugas National Park to reconstruct ocean temperatures going back to 1837. Photo: USGS
Massive Starlet coral at Dry Tortugas National Park
Massive Starlet coral at Dry Tortugas National ParkScientists used a core from this Massive Starlet (Siderastrea siderea) coral colony in Dry Tortugas National Park to reconstruct ocean temperatures going back to 1837. Photo: USGS
Diver with a Massive Starlet coral, Dry Tortugas National Park
Diver with a Massive Starlet coral, Dry Tortugas National ParkA USGS diver beside a Massive Starlet (Siderastrea siderea) coral colony in Dry Tortugas National Park. Scientists used a core from this coral to reconstruct ocean temperatures going back to 1837. Photo: USGS, May 2012
Diver with a Massive Starlet coral, Dry Tortugas National Park
Diver with a Massive Starlet coral, Dry Tortugas National ParkA USGS diver beside a Massive Starlet (Siderastrea siderea) coral colony in Dry Tortugas National Park. Scientists used a core from this coral to reconstruct ocean temperatures going back to 1837. Photo: USGS, May 2012
The Along-Track Reef-Imaging System (ATRIS), deployed from an adjustable pole mounted to the side of a boat, can provide scientists with information about the condition and type of seafloor.
The Along-Track Reef-Imaging System (ATRIS), deployed from an adjustable pole mounted to the side of a boat, can provide scientists with information about the condition and type of seafloor.
Photo collage showing researchers on 3 marine field trips
Photo collage showing researchers on 3 marine field tripsPhoto collage showing researchers on 3 marine field trips. Left, photo of back deck of geophysical survey vessel during collection of bathymetry and seismic data; center, equipment tripod on deck of R/V; right, 2 researchers sit before computer monitors reviewing data as it is collected.
Photo collage showing researchers on 3 marine field trips
Photo collage showing researchers on 3 marine field tripsPhoto collage showing researchers on 3 marine field trips. Left, photo of back deck of geophysical survey vessel during collection of bathymetry and seismic data; center, equipment tripod on deck of R/V; right, 2 researchers sit before computer monitors reviewing data as it is collected.
Oblique aerial photographs of Ocracoke Island, NC, from May 6, 2008 (top, pre-storm) and August 30, 2011 (bottom, post-storm, acquired three days after landfall of Hurricane Irene). The yellow arrow in each image points to the same feature. Overwash deposits of sand extend over the road after the storm.
Oblique aerial photographs of Ocracoke Island, NC, from May 6, 2008 (top, pre-storm) and August 30, 2011 (bottom, post-storm, acquired three days after landfall of Hurricane Irene). The yellow arrow in each image points to the same feature. Overwash deposits of sand extend over the road after the storm.
Oblique aerial photographs of Hatteras Village, NC
Oblique aerial photographs of Hatteras Village, NCOblique aerial photographs of Hatteras Village, NC, from May 6, 2008 (top, pre-storm) and August 30, 2011(bottom, post-storm, acquired three days after landfall of Hurricane Irene). The yellow arrow in each image points to the same cottage.
Oblique aerial photographs of Hatteras Village, NC
Oblique aerial photographs of Hatteras Village, NCOblique aerial photographs of Hatteras Village, NC, from May 6, 2008 (top, pre-storm) and August 30, 2011(bottom, post-storm, acquired three days after landfall of Hurricane Irene). The yellow arrow in each image points to the same cottage.
Oblique aerial photograph from Rodanthe, NC, with enlarged details
Oblique aerial photograph from Rodanthe, NC, with enlarged detailsUpper image: Oblique aerial photograph near Rodanthe, NC, looking south along the coast on August 30, 2011, three days after landfall of Hurricane Irene. Center: Oblique aerial photograph of central part of upper image from May 6, 2008, pre-storm; and August 31, 2011, post-storm. The yellow arrow in each image points to the same cottage.
Oblique aerial photograph from Rodanthe, NC, with enlarged details
Oblique aerial photograph from Rodanthe, NC, with enlarged detailsUpper image: Oblique aerial photograph near Rodanthe, NC, looking south along the coast on August 30, 2011, three days after landfall of Hurricane Irene. Center: Oblique aerial photograph of central part of upper image from May 6, 2008, pre-storm; and August 31, 2011, post-storm. The yellow arrow in each image points to the same cottage.
Oblique aerial photograph from Pea Island, NC, with enlarged details
Oblique aerial photograph from Pea Island, NC, with enlarged detailsUpper image: Oblique aerial photograph of Pea Island National Wildlife Refuge, NC, looking north along the coast on August 30, 2011, three days after landfall of Hurricane Irene.
Oblique aerial photograph from Pea Island, NC, with enlarged details
Oblique aerial photograph from Pea Island, NC, with enlarged detailsUpper image: Oblique aerial photograph of Pea Island National Wildlife Refuge, NC, looking north along the coast on August 30, 2011, three days after landfall of Hurricane Irene.