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Images

Explore our planet through photography and imagery, including climate change and water all the way back to the 1800s when the USGS was surveying the country by horse and buggy.

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Photographs of the heart and liver from a Ross's Goose.
Photographs of the heart and liver of a Ross's Goose
Photographs of the heart and liver of a Ross's Goose
Photographs of the heart and liver of a Ross's Goose

Photographs from a Ross’s Goose (Chen rossii) found dead in Kansas, US.  (A) Petechial hemorrhages along the coronary groove of the epicardium (arrowheads) and military pinpoint tan foci on the capsular surface of the liver (arrows).  (B) Abundant creamy stringy yellow mucoid material (*) fills the lumen of the intestine.

Photographs from a Ross’s Goose (Chen rossii) found dead in Kansas, US.  (A) Petechial hemorrhages along the coronary groove of the epicardium (arrowheads) and military pinpoint tan foci on the capsular surface of the liver (arrows).  (B) Abundant creamy stringy yellow mucoid material (*) fills the lumen of the intestine.

Photomicrographs from a Ross’s Goose. Features are purple and pink.
Photomicrographs from a Ross’s Goose
Photomicrographs from a Ross’s Goose
Photomicrographs from a Ross’s Goose

Photomicrographs from a Ross’s Goose (Chen rossii) found dead in Kansas, US.  (A) Multifocally, there are hemorrhages (arrowheads) admixed with bacteria (arrows) in the adipose tissue along the coronary groove of the heart.  H&E stain.  (B) Necrotic hepatocytes (*) and bacteria (arrows) are present in the liver.  H&E stain. 

Photomicrographs from a Ross’s Goose (Chen rossii) found dead in Kansas, US.  (A) Multifocally, there are hemorrhages (arrowheads) admixed with bacteria (arrows) in the adipose tissue along the coronary groove of the heart.  H&E stain.  (B) Necrotic hepatocytes (*) and bacteria (arrows) are present in the liver.  H&E stain. 

Equipment attached to a metal frame floats in the water on two buoys while dolphins frolic nearby.
SQUID-5 in the water
SQUID-5 in the water
SQUID-5 in the water

The SQUID-5 is an acronym for a Structure-from-Motion (SfM) Quantitative Underwater Imaging Device with 5 cameras.

The SQUID-5 is an acronym for a Structure-from-Motion (SfM) Quantitative Underwater Imaging Device with 5 cameras.

USGS larval sampling boats wait out a fast approaching thunderstorm before deploying nets in the Upper Missouri River
USGS larval sampling boats wait out a fast approaching thunderstorm
USGS larval sampling boats wait out a fast approaching thunderstorm
USGS larval sampling boats wait out a fast approaching thunderstorm

USGS larval sampling boats wait out a fast approaching thunderstorm before deploying nets in the Upper Missouri River to collect drifting pallid sturgeon free embryos.

Sunset view, looking east, at Turks Head campsite
Sunset view, looking east, at Turks Head campsite
Sunset view, looking east, at Turks Head campsite
Sunset view, looking east, at Turks Head campsite

Sunset view, looking east, at Turks Head campsite, Green River, Mile 21.

Sunset view, looking west, at Turks Head campsite
Sunset view, looking west, at Turks Head campsite
Sunset view, looking west, at Turks Head campsite
Sunset view, looking west, at Turks Head campsite

Sunset view, looking west, at Turks Head campsite, Green River, Mile 21.

A raft, filled with A/V equipment and the two SCREE film makers, floating by Organ Rock Shale
The "media" boat passing by the Organ Rock Shale
The "media" boat passing by the Organ Rock Shale
The "media" boat passing by the Organ Rock Shale

Our media or film crew, Ben Kraushaar and Cody Perry, floating by the Organ Rock Shale in their boat filled with A/V equipment.

Our media or film crew, Ben Kraushaar and Cody Perry, floating by the Organ Rock Shale in their boat filled with A/V equipment.

under a blue sky, golden grass, white rocks, and amber bushes fill a dried riverbed with rolling hills in the background
Vegetation Growth at a Once-Flooded Santa Ynez River
Vegetation Growth at a Once-Flooded Santa Ynez River
Vegetation Growth at a Once-Flooded Santa Ynez River

Vegetation grows abundantly on a once-flooded region of the Santa Ynez River. Located 5 ft adjacent from this picture is the actual flowing region of the stream. It is impressive to see the abrupt change in vegetation near stream environments.

Vegetation grows abundantly on a once-flooded region of the Santa Ynez River. Located 5 ft adjacent from this picture is the actual flowing region of the stream. It is impressive to see the abrupt change in vegetation near stream environments.

caribou crossing a road within the Kuparuk oil field, Alaska
Caribou crossing a road, within Kuparuk oil field, North Slope, Alaska
Caribou crossing a road, within Kuparuk oil field, North Slope, Alaska
Caribou crossing a road, within Kuparuk oil field, North Slope, Alaska

Central Arctic Herd - caribou crossing a road within the Kuparuk oil field on the North Slope of Alaska. The photo was taken during the summer mosquito harassment period. 

Central Arctic Herd caribou next to pipeline, North Slope of Alaska
Central Arctic Herd caribou within the Kuparuk oil field, Alaska
Central Arctic Herd caribou within the Kuparuk oil field, Alaska
Central Arctic Herd caribou within the Kuparuk oil field, Alaska

Central Arctic Herd caribou within the Kuparuk oil field on the North Slope of Alaska. The photo was taken during the summer mosquito harassment period. 

crumbling house on grassy field
Palu Earthquake Damage to House from Liquefaction
Palu Earthquake Damage to House from Liquefaction
Palu Earthquake Damage to House from Liquefaction

House destroyed by Palu earthquake-induced liquefaction. Note standing water which indicates a nearly surface-level water table that contributed to the widespread liquefaction.

House destroyed by Palu earthquake-induced liquefaction. Note standing water which indicates a nearly surface-level water table that contributed to the widespread liquefaction.

This image shows a forest of coniferous trees.
North Rim Grand Canyon conifer forest
North Rim Grand Canyon conifer forest
North Rim Grand Canyon conifer forest

Conifers, incluing ponderosa pines, can be seen along the north rim of the Grand Canyon.

Water in a glass cylinder, showing the meniscus.
A meniscus is seen along the edges of this glass cylinder.
A meniscus is seen along the edges of this glass cylinder.
A meniscus is seen along the edges of this glass cylinder.

What is a meniscus?

A meniscus is a curve in the surface of a molecular substance (water, of course) when it touches another material. With water, you can think of it as when water sticks to the inside of a glass.

Why a meniscus occurs

What is a meniscus?

A meniscus is a curve in the surface of a molecular substance (water, of course) when it touches another material. With water, you can think of it as when water sticks to the inside of a glass.

Why a meniscus occurs

Caribou with Calves during Summer in Northern Alaska
Caribou with Calves during Summer in Northern Alaska
Caribou with Calves during Summer in Northern Alaska
Caribou with Calves during Summer in Northern Alaska

Caribou with calves from the Central Arctic Herd in the Kuparuk Oil Field, Alaska.

A paper clip floating on water, due to surface tension.
Paper clip can float on water, due to high surface tension of water
Paper clip can float on water, due to high surface tension of water
Paper clip can float on water, due to high surface tension of water

It seems to defy the laws of physics, but a paper clip made of steel can indeed float on the water surface. The high surface tension helps the paper clip - with much higher density - float on the water.

It seems to defy the laws of physics, but a paper clip made of steel can indeed float on the water surface. The high surface tension helps the paper clip - with much higher density - float on the water.

Photo of scientist standing in water operating equipment next to a boat
USGS intern Kira Waldman collecting water-quality samples
USGS intern Kira Waldman collecting water-quality samples
USGS intern Kira Waldman collecting water-quality samples

Each summer, interns join USGS offices around the Nation in support of our water studies.

image related to volcanoes. See description
Different portions of the ponds have different colors, presumably reflecting dif
Different portions of the ponds have different colors, presumably reflecting dif
Different portions of the ponds have different colors, presumably reflecting dif

Different portions of the ponds have different colors, presumably reflecting different amounts or varying chemistry of dissolved particles in the water.

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