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Pacific Coastal and Marine Science Center images.

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View from above of two large, stationary ships setting side-by-side in the ocean with ice around them.
U.S. and Canadian Coast Guard Ships in Arctic Ocean
U.S. and Canadian Coast Guard Ships in Arctic Ocean
U.S. and Canadian Coast Guard Ships in Arctic Ocean

Helicopter view of Canadian Coast Guard Ship Louis S. St. Laurent (top) and U.S. Coast Guard Cutter Healy (bottom) on the Arctic Ocean. This was during a scientific expedition to map the extended continental shelf in the Arctic Ocean.

Helicopter view of Canadian Coast Guard Ship Louis S. St. Laurent (top) and U.S. Coast Guard Cutter Healy (bottom) on the Arctic Ocean. This was during a scientific expedition to map the extended continental shelf in the Arctic Ocean.

Image: Permafrost Erosion Measurement
Permafrost Erosion Measurement
Permafrost Erosion Measurement
Permafrost Erosion Measurement

USGS researcher Benjamin Jones examines a collapsed block of ice-rich permafrost on Barter Island along Alaska's Arctic coast.

A sea star with lots of legs on a sandy bottom of the sea.
Sunflower sea star on the seafloor
Sunflower sea star on the seafloor
Sunflower sea star on the seafloor

Photograph of the seafloor off the California coast showing coarse sand, shells, and a sunflower sea star. It was taken during a "ground-truthing" survey off of Salt Point, California, in support of the California Seafloor Mapping Program.

Photograph of the seafloor off the California coast showing coarse sand, shells, and a sunflower sea star. It was taken during a "ground-truthing" survey off of Salt Point, California, in support of the California Seafloor Mapping Program.

View looking along a set of train tracks that run along a low, man-made berm along the edge of water.
Edmonds, WA train tracks
Edmonds, WA train tracks
Edmonds, WA train tracks

Train tracks and overwater structures along Browns Bay in Edmonds, Washington often occur on developed shorelines of Puget Sound. The built environment can interrupt the flow of sediment from back-beach bluffs to the intertidal zone, attenuate and redirect alongshore currents, and reduce upper beach habitat.

Train tracks and overwater structures along Browns Bay in Edmonds, Washington often occur on developed shorelines of Puget Sound. The built environment can interrupt the flow of sediment from back-beach bluffs to the intertidal zone, attenuate and redirect alongshore currents, and reduce upper beach habitat.

Underwater view of tropical fish swimming in shallow water above a coral reef which reflects upward to the water surface.
Fish and coral in Tumon Bay Marine Reserve, Guam
Fish and coral in Tumon Bay Marine Reserve, Guam
Underwater photograph of a coral reef with some fish swimming nearby.
Bleached coral in Tumon
Bleached coral in Tumon
Bleached coral in Tumon

Underwater photo of a stressed coral mound in Tumon Bay Marine Preserve in Guam.

Underwater photo of a stressed coral mound in Tumon Bay Marine Preserve in Guam.

Photograph of Natural Bridges State Beach, Santa Cruz, CA
Natural Bridges State Beach, Santa Cruz, California
Natural Bridges State Beach, Santa Cruz, California
Natural Bridges State Beach, Santa Cruz, California

Photograph of the coastal region of Natural Bridges State Beach in Santa Cruz, California

A large poster has photos, maps, and text on it to show what research was done in Pleasure Point, Santa Cruz, California.
Does Pleasure Point Need a Seawall?
Does Pleasure Point Need a Seawall?
Does Pleasure Point Need a Seawall?

The USGS, in cooperation with Santa Cruz County and the California Department of Boating and Waterways, studied the seacliffs, ocean floor, and waves of Pleasure Point, California.   We created detailed maps of the seacliffs and ocean floor using LIDAR laser scanners and sonar.

The USGS, in cooperation with Santa Cruz County and the California Department of Boating and Waterways, studied the seacliffs, ocean floor, and waves of Pleasure Point, California.   We created detailed maps of the seacliffs and ocean floor using LIDAR laser scanners and sonar.

USGS scientists navigate personal water craft around San Francisco Bay, collecting bathymetric data.
Collecting Bathymetric Data in San Francisco Bay
Collecting Bathymetric Data in San Francisco Bay
Collecting Bathymetric Data in San Francisco Bay

USGS scientists Patrick Barnard (left) and Jeff Hansen navigate personal watercraft equipped with GPS and echo sounders through the waters of San Francisco Bay. They are collecting bathymetric, or depth, information in order to create maps of the bottom of the Bay.

USGS scientists Patrick Barnard (left) and Jeff Hansen navigate personal watercraft equipped with GPS and echo sounders through the waters of San Francisco Bay. They are collecting bathymetric, or depth, information in order to create maps of the bottom of the Bay.

Two people on jet skis in the water with a large suspension bridge in the background.
Bathymetric survey on jet skis
Bathymetric survey on jet skis
Bathymetric survey on jet skis

USGS researchers Patrick Barnard and Jeff Hansen surveying the bathymetry offshore of Crissy Field in San Francisco, California, on October 26, 2007. They are using the Coastal Profiling System—personal watercraft equipped with echo sounders and kinematic Global Positioning System (GPS) units. The Golden Gate Bridge is in the background.

USGS researchers Patrick Barnard and Jeff Hansen surveying the bathymetry offshore of Crissy Field in San Francisco, California, on October 26, 2007. They are using the Coastal Profiling System—personal watercraft equipped with echo sounders and kinematic Global Positioning System (GPS) units. The Golden Gate Bridge is in the background.

Man wears a backpack and holds a small device in one hand, a pole in the other, on a beach with coastal mountains far off.
Mobile GPS unit
Mobile GPS unit
Mobile GPS unit

USGS Ocean Engineer Gerry Hatcher walks along South Jetty Beach, south of Ventura Harbor in southern California, to record beach elevations using a handheld computer and mobile GPS equipment.

USGS Ocean Engineer Gerry Hatcher walks along South Jetty Beach, south of Ventura Harbor in southern California, to record beach elevations using a handheld computer and mobile GPS equipment.

Underwater photograph of jellyfish floating, they appear to be glowing.
Jellyfish offshore of central California
Jellyfish offshore of central California
Jellyfish offshore of central California

This photograph of the seafloor off the California coast also shows jellyfish in the water column. This photograph was collected as part of the California Seafloor and Coastal Mapping Program.

This photograph of the seafloor off the California coast also shows jellyfish in the water column. This photograph was collected as part of the California Seafloor and Coastal Mapping Program.

Fish on seafloor, Offshore Northern California
Fish on seafloor, Offshore Northern California
Fish on seafloor, Offshore Northern California
Fish on seafloor, Offshore Northern California

A kelp greenling fish swimming above a seafloor of mixed gravel, cobble and rock outcrop with scattered shell. Fish is approx. 20 cm (8 inches) long. Image acquired 1 km (0.62 miles) offshore Half Moon Bay, California at a depth of 14 meters (46 ft). Also in the image are encrusting sponges, red algae (seaweed), and orange cup corals.

A kelp greenling fish swimming above a seafloor of mixed gravel, cobble and rock outcrop with scattered shell. Fish is approx. 20 cm (8 inches) long. Image acquired 1 km (0.62 miles) offshore Half Moon Bay, California at a depth of 14 meters (46 ft). Also in the image are encrusting sponges, red algae (seaweed), and orange cup corals.

Seafloor photo with seastars
Photo of the seafloor off San Gregorio, California
Photo of the seafloor off San Gregorio, California
Photo of the seafloor off San Gregorio, California

Boulders and biota off San Gregorio, California, in water approximately 30 meters (100 feet) deep. Organisms include bat stars, small sea anemones, strawberry anemone, cup corals, and frilly sea cucumbers.

Eroding bluffs
Eroding bluffs along Alaska’s Arctic coast
Eroding bluffs along Alaska’s Arctic coast
Eroding bluffs along Alaska’s Arctic coast

Eroding bluffs along Alaska’s Arctic coast. Note light permafrost in bluff face, below top few feet of soil and vegetation.

Wooden boat rests along a muddy coastline on a bluff, bluff is crumbling onto beach in foreground, building sits in background.
Whaling boat in Lonely, Alaska
Whaling boat in Lonely, Alaska
Whaling boat in Lonely, Alaska

This nearly century-old whaling boat rests along the Beaufort Sea coast near Lonely, Alaska in July, 2007. The boat was washed away to sea just a few months later.

This nearly century-old whaling boat rests along the Beaufort Sea coast near Lonely, Alaska in July, 2007. The boat was washed away to sea just a few months later.

An oblique illustration of the floor of a bay as if all the water has been drained out.
Multibeam bathymetry of San Francisco Bay
Multibeam bathymetry of San Francisco Bay
Multibeam bathymetry of San Francisco Bay

A multibeam bathymetric survey that produced unprecedented high resolution images of the mouth of San Francisco Bay was conducted in 2004 and 2005.

Apartments perched atop a high coastal bluff with large boulders at the base to prevent erosion.
Eroding coastal cliff in Pacifica, California
Eroding coastal cliff in Pacifica, California
Eroding coastal cliff in Pacifica, California

Apartments on the edge of a crumbling cliff in Pacifica, California. Rip-rap was added to the base of the cliff in hopes of delaying further cliff erosion.

Apartments on the edge of a crumbling cliff in Pacifica, California. Rip-rap was added to the base of the cliff in hopes of delaying further cliff erosion.

Map illustrations showing two scenarios with shades of color to indicate differences.
Suspended-sediment concentrations
Suspended-sediment concentrations
Suspended-sediment concentrations

Contour plots of SSC for the spatial surveys during trade-wind conditions on the reef flat. (a) SSC from the low tide survey. The highest SSC (60e70 mg/l) were located in a nearshore band, and east of the fish ponds and Kaunakakai wharf. (b) SSC from the high tide surveys.

Contour plots of SSC for the spatial surveys during trade-wind conditions on the reef flat. (a) SSC from the low tide survey. The highest SSC (60e70 mg/l) were located in a nearshore band, and east of the fish ponds and Kaunakakai wharf. (b) SSC from the high tide surveys.

3D map illustrated to show the seafloor depths north of Puerto Rico with labels identifying features like ridges and fissures.
Seafloor map of Puerto Rico Trench
Seafloor map of Puerto Rico Trench
Seafloor map of Puerto Rico Trench

A NOAA image of the bathymetry north of Puerto Rico. Two ancient submarine landslides are visible as head scarps (labeled Loiza and Arecibo Amphitheaters). Seafloor fissures are indicated by black arrows, and dashed lines outline debris flows from past failures. Map annotated by Uri ten Brink, USGS

A NOAA image of the bathymetry north of Puerto Rico. Two ancient submarine landslides are visible as head scarps (labeled Loiza and Arecibo Amphitheaters). Seafloor fissures are indicated by black arrows, and dashed lines outline debris flows from past failures. Map annotated by Uri ten Brink, USGS

Man in foul-weather gear and hard hat sits in a parking lot on all-terrain vehicle equipped with GPS, ocean in background.
ATV with GPS
ATV with GPS
ATV with GPS

Jeff Hansen on an all-terrain vehicle (ATV) at Ocean Beach, San Francisco, in 2006. The ATV is equipped with instrumentation which records beach topography.

Jeff Hansen on an all-terrain vehicle (ATV) at Ocean Beach, San Francisco, in 2006. The ATV is equipped with instrumentation which records beach topography.

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