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Images related to natural hazards.

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Image of USGS scientist on a beach recording piping plover habitat characteristics
USGS scientist records piping plover habitat characteristics
USGS scientist records piping plover habitat characteristics
USGS scientist records piping plover habitat characteristics

USGS scientist Sara Zeigler records habitat characteristics in iPlover at an ‘exclosed’ nest. On some beaches, managers erect netting around nests to protect eggs/chicks and adults from predators, allowing movement of chicks and parents to and from the nest but excluding predators

USGS scientist Sara Zeigler records habitat characteristics in iPlover at an ‘exclosed’ nest. On some beaches, managers erect netting around nests to protect eggs/chicks and adults from predators, allowing movement of chicks and parents to and from the nest but excluding predators

location map of sample locations from the north and south shores of long island, new york
Location map of the North and South Shores of Long Island, NY
Location map of the North and South Shores of Long Island, NY
Location map of the North and South Shores of Long Island, NY

Groundwater data were collected in the spring and fall of 2008 from three sites representing different geological settings and biogeochemical conditions within the surficial glacial aquifer of Long Island, NY.

Woods Hole drone pilot
Unmanned Aerial System (UAS) pilot
Unmanned Aerial System (UAS) pilot
Unmanned Aerial System (UAS) pilot

Sandy Brosnahan performing first solo flight as a USGS certified drone pilot.  There are multiple exciting applications for drone imagery including erosion studies and physical changes to coastal ecosystems over time. 

Sandy Brosnahan performing first solo flight as a USGS certified drone pilot.  There are multiple exciting applications for drone imagery including erosion studies and physical changes to coastal ecosystems over time. 

Map of the seafloor showing its characteristics which include long, linear features that are earthquake fault zones.
Offshore of Point Estero
Offshore of Point Estero
Offshore of Point Estero

Seafloor offshore of Point Estero (PE) showing east (EH) and west (WH) strands of the Hosgri fault zone. Arrow points to a seafloor slope (a 12,000 year old shoreline) that has been offset by the east Hosgri strand, indicating a slip rate of about 2.6 millimeters per year.

Seafloor offshore of Point Estero (PE) showing east (EH) and west (WH) strands of the Hosgri fault zone. Arrow points to a seafloor slope (a 12,000 year old shoreline) that has been offset by the east Hosgri strand, indicating a slip rate of about 2.6 millimeters per year.

Map of offshore southern California showing the contours of the seafloor, with labels pointing to circles showing landslides.
Large submarine slides off southern California
Large submarine slides off southern California
Large submarine slides off southern California

Large submarine slides off southern California (outlined in small white dots). Low-resolution bathymetry shown in light grey (approximately 100 meters/pixel). High-resolution bathymetry shown in darker grey (less than 20 meters/pixel).

Large submarine slides off southern California (outlined in small white dots). Low-resolution bathymetry shown in light grey (approximately 100 meters/pixel). High-resolution bathymetry shown in darker grey (less than 20 meters/pixel).

4-photos of scientists doing field work on boats, and in or near the water
Scientists doing field work at Elwha River
Scientists doing field work at Elwha River
Scientists doing field work at Elwha River

Researchers survey Elwha River elevation and depths. Clockwise from upper left: setting up a traditional survey instrument above the river; measuring river depths from a kayak with sonar and GPS; walking the beach with GPS backpacks; and determining offshore depths using a personal watercraft with GPS and sonar.

Researchers survey Elwha River elevation and depths. Clockwise from upper left: setting up a traditional survey instrument above the river; measuring river depths from a kayak with sonar and GPS; walking the beach with GPS backpacks; and determining offshore depths using a personal watercraft with GPS and sonar.

Schematic showing how sediment on the seafloor moves in response to multiple forces
Schematic showing how sediment on the seafloor moves
Schematic showing how sediment on the seafloor moves
photo of dead trees along a coastline with water and background mountains
Drowned Forest in Girdwood, AK from 1964 Alaska Earthquake and Tsunami
Drowned Forest in Girdwood, AK from 1964 Alaska Earthquake and Tsunami
Drowned Forest in Girdwood, AK from 1964 Alaska Earthquake and Tsunami

Shaking during the 1964 Alaska earthquake was felt as far away as Seattle, Washington, and its tsunamis caused 129 fatalities and about \$2.3 billion in property losses (2013 dollars).

Colored shaded-relief bathymetry map of Monterey Canyon and Vicinity, California
Monterey Canyon and Vicinity
Monterey Canyon and Vicinity
Monterey Canyon and Vicinity

Map view. Colored shaded-relief bathymetry map of Monterey Canyon and Vicinity map area, generated from multibeam-echosounder and bathymetric-sidescan data. Colors show depth: reds and oranges indicate shallower areas; purples, deeper areas. Illumination azimuth is 300°, from 45° above horizon.

Map view. Colored shaded-relief bathymetry map of Monterey Canyon and Vicinity map area, generated from multibeam-echosounder and bathymetric-sidescan data. Colors show depth: reds and oranges indicate shallower areas; purples, deeper areas. Illumination azimuth is 300°, from 45° above horizon.

Browse graphic of point cloud data
Browse graphic of point cloud data
Browse graphic of point cloud data
Browse graphic of point cloud data

Browse graphic of point cloud data from low altitude aerial imagery from unmanned aerial system flights over Coast Guard Beach, Eastham, MA

Neil Ganju and Patrick Dickhudt preparing an oceanographic platform to measure wetland sediment transport in Forsythe NWR, NJ
Preparing oceanographic platform in Forsythe NWR, NJ
Preparing oceanographic platform in Forsythe NWR, NJ
Preparing oceanographic platform in Forsythe NWR, NJ

Neil Ganju (standing) and Patrick Dickhudt preparing an oceanographic platform to measure wetland sediment transport in Forsythe NWR, New Jersey

Large euhedral shape (brown) in a fine-grained matrix of rectangles
Rock thin section: andesite
Rock thin section: andesite
Rock thin section: andesite

Photomicrograph of sample 09RDWES301 - an andesite collected during the Redoubt 2009 eruption. A rock thin section is created by gluing a small piece of rock onto a glass slide, then grinding it down to a thickness of 30 microns (the average human hair is about 100 microns in diameter) so that light shines through it when examined under the microscope.

Photomicrograph of sample 09RDWES301 - an andesite collected during the Redoubt 2009 eruption. A rock thin section is created by gluing a small piece of rock onto a glass slide, then grinding it down to a thickness of 30 microns (the average human hair is about 100 microns in diameter) so that light shines through it when examined under the microscope.

Four photographs showing people in shallow ocean water, at the coast, on a beach, and in a grassy marsh collecting data.
Equipment used during surveys in Columbia River littoral cell
Equipment used during surveys in Columbia River littoral cell
Equipment used during surveys in Columbia River littoral cell

Photographs showing equipment used during bathymetric and topographic surveys along the Columbia River littoral cell, Washington and Oregon.

Parameters considered in models for shoreline change
Models for shoreline change
Models for shoreline change
Models for shoreline change

Parameters considered in models for shoreline change, barrier island characteristics, and piping plover habitat availability. Together, these three models allow for forecasts of most likely future barrier island characteristics and piping plover habitat availability given sea-level rise. 

Parameters considered in models for shoreline change, barrier island characteristics, and piping plover habitat availability. Together, these three models allow for forecasts of most likely future barrier island characteristics and piping plover habitat availability given sea-level rise. 

Computer model output looking at an angle, at seismic data represented by lines and swirls, with streams of color going upward.
Hosgri fault 3-D seismic data
Hosgri fault 3-D seismic data
Hosgri fault 3-D seismic data

Three-dimensional view of the Hosgri fault 45 meters below the seafloor, revealing fault strands (black), and potential paths along the fault that fluid could follow (green/blue). The other colors represent different geologic layers.

Three-dimensional view of the Hosgri fault 45 meters below the seafloor, revealing fault strands (black), and potential paths along the fault that fluid could follow (green/blue). The other colors represent different geologic layers.

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