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Photograph of Alaskan native community's in ground food storage
Native community in-ground food storage
Native community in-ground food storage
Native community in-ground food storage

The Native communities’ in-ground food storage facilities are being lost as a result of eroding bluffs and thawing permafrost.

Image: Night Recovery of the Multichannel Seismic System Aboard CCGS Louis S. St-Laurent
Night Recovery of the Multichannel Seismic System
Night Recovery of the Multichannel Seismic System
Night Recovery of the Multichannel Seismic System

Looking astern, the airgun sled is in its cradle in the center of the photo.  The crew are manually recovering the multichannel streamer and beginning the large figure-8 shape of coiling it on deck. Work at sea occurs 24 hours a day.  In late September, there is ~12 hours of night, resulting in gear recovery at night.

Looking astern, the airgun sled is in its cradle in the center of the photo.  The crew are manually recovering the multichannel streamer and beginning the large figure-8 shape of coiling it on deck. Work at sea occurs 24 hours a day.  In late September, there is ~12 hours of night, resulting in gear recovery at night.

Image: Birds Take Flight on Alaska's Coast
Birds Take Flight on Alaska's Coast
Birds Take Flight on Alaska's Coast
Birds Take Flight on Alaska's Coast

This photograph shows birds taking flight near Icy Cape on the Chukchi Sea coast of Alaska, an area that provides habitat for a variety of avian species.

This photograph shows birds taking flight near Icy Cape on the Chukchi Sea coast of Alaska, an area that provides habitat for a variety of avian species.

A small boat in a calm area of water with a spit of land in the distance, and snow-capped mountain peak in the far background.
PCMSC research vessel Parke Snavely on Nisqually Reach
PCMSC research vessel Parke Snavely on Nisqually Reach
PCMSC research vessel Parke Snavely on Nisqually Reach

USGS Pacific Coastal and Marine Science Center’s research vessel R/V Parke Snavely motors on the Nisqually Reach of Puget Sound.

USGS Pacific Coastal and Marine Science Center’s research vessel R/V Parke Snavely motors on the Nisqually Reach of Puget Sound.

A bottomfish with small, bright spots lazily swims over a rocky seafloor among a few small pieces of kelp.
Kelp Greenling in Half Moon Bay
Kelp Greenling in Half Moon Bay
Kelp Greenling in Half Moon Bay

Kelp greenling fish, about 8 inches long, swims above a seafloor of mixed gravel, cobble, and rock near Half Moon Bay, California.

Kelp greenling fish, about 8 inches long, swims above a seafloor of mixed gravel, cobble, and rock near Half Moon Bay, California.

Two men look at computer screens on a boat, one man is seated at the keyboard and the other looks over his shoulder.
Collecting bathymetry on R/V Parke Snavely
Collecting bathymetry on R/V Parke Snavely
Collecting bathymetry on R/V Parke Snavely

Eric Grossman and Rob Wyland reviewing bathymetry data as it's being collected, on R/V Parke Snavely.

Eric Grossman and Rob Wyland reviewing bathymetry data as it's being collected, on R/V Parke Snavely.

A person wearing scuba gear positions an underwater instrument package on the seafloor.
Installing oceanographic monitoring instrumentation on the seafloor
Installing oceanographic monitoring instrumentation on the seafloor
Installing oceanographic monitoring instrumentation on the seafloor

USGS research geologist Curt Storlazzi installs an instrument package on the seafloor of Maunalua Bay, Oʻahu. The platform, called a MiniPROBE, hosts six upward-looking acoustic Doppler current profilers (ADCP), seven conductivity and temperature (CT) sensors, and eight self-logging optical backscatter sensors (SLOBS).

USGS research geologist Curt Storlazzi installs an instrument package on the seafloor of Maunalua Bay, Oʻahu. The platform, called a MiniPROBE, hosts six upward-looking acoustic Doppler current profilers (ADCP), seven conductivity and temperature (CT) sensors, and eight self-logging optical backscatter sensors (SLOBS).

A very close-up photo of sand grains from the Grand Canyon River, with a centimeter scale drawn on top.
Grand Canyon sand
Grand Canyon sand
Grand Canyon sand

Grand Canyon sand was photographed with a hand-held point-and-shoot camera in a waterproof housing.

Grand Canyon sand was photographed with a hand-held point-and-shoot camera in a waterproof housing.

People stand on the stern of a boat while launching equipment into the water.
Deploying the poking eyeball
Deploying the poking eyeball
Deploying the poking eyeball

USGS scientists from the Pacific Coastal and Marine Science Center (PCMSC) in Santa Cruz, California deploy an instrument called the poking eyeball. The system, developed by PCMSC, was designed to take repetitive microscopic images of the seabed from a tripod on the seafloor.

USGS scientists from the Pacific Coastal and Marine Science Center (PCMSC) in Santa Cruz, California deploy an instrument called the poking eyeball. The system, developed by PCMSC, was designed to take repetitive microscopic images of the seabed from a tripod on the seafloor.

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.

Aerial photograph of a Canadian and a US ship in the Arctic Ocean
U.S. and Canadian Ships in Arctic Ocean
U.S. and Canadian Ships in Arctic Ocean
U.S. and Canadian 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.

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
Fish and coral in Tumon Bay Marine Reserve, Guam

Underwater photograph of Tumon Bay Marine Reserve, Guam, showing some of the amazing biologic diversity of coral reefs.

Underwater photograph of Tumon Bay Marine Reserve, Guam, showing some of the amazing biologic diversity of coral reefs.

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

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.

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.