Brian Richardson is the Assistant Center Director for the Eastern Ecological Science Center
Images
See our science through the images below.
Brian Richardson is the Assistant Center Director for the Eastern Ecological Science Center
Treated Wastewater from Soybean Processing Facility
Treated Wastewater from Soybean Processing FacilityEffluent from soybean processing facility following treatment, entering nearby surface water body. Photo taken by USGS, Sandra Leal.
Treated Wastewater from Soybean Processing Facility
Treated Wastewater from Soybean Processing FacilityEffluent from soybean processing facility following treatment, entering nearby surface water body. Photo taken by USGS, Sandra Leal.
Scientists get ready to collect samples from a bat to test for Pseudogymnoascus destructans, the fungus that causes white-nose syndrome.
Scientists get ready to collect samples from a bat to test for Pseudogymnoascus destructans, the fungus that causes white-nose syndrome.
Scientists look for damage on the skin of a bat's wing as an indicator of white-nose syndrome infection. This bat has no wing damage.
Scientists look for damage on the skin of a bat's wing as an indicator of white-nose syndrome infection. This bat has no wing damage.
Angler who was fishing in a western Montana river holding a brown trout they caught
Angler who was fishing in a western Montana river holding a brown trout they caught
Collecting fungal samples to test for Pseudogymnoascus destructans
Collecting fungal samples to test for Pseudogymnoascus destructansIndividual bats are tested for Pseudogymnoascus destructans, the fungus that causes white-nose syndrome, by wiping a sterile swab across the skin of a bat's outstretched wing and muzzle.
Collecting fungal samples to test for Pseudogymnoascus destructans
Collecting fungal samples to test for Pseudogymnoascus destructansIndividual bats are tested for Pseudogymnoascus destructans, the fungus that causes white-nose syndrome, by wiping a sterile swab across the skin of a bat's outstretched wing and muzzle.
Yuma myotis has a wide range throughout western North America, from the Southwestern regions of Canada into Mexico.
Yuma myotis has a wide range throughout western North America, from the Southwestern regions of Canada into Mexico.
Two anglers enjoying the World class fishing that western Montana rivers has to offer.
Two anglers enjoying the World class fishing that western Montana rivers has to offer.
The Yuma myotis bat, Myotis yumanensis, has a body length of only 1.5-1.9 inches and they weigh less than half an ounce.
The Yuma myotis bat, Myotis yumanensis, has a body length of only 1.5-1.9 inches and they weigh less than half an ounce.
Scars on the skin of this bat's wing suggest white-nose syndrome infection over the previous winter.
Scars on the skin of this bat's wing suggest white-nose syndrome infection over the previous winter.
Monitoring mussel beds along the rocky coastline of western Prince William Sound, Alaska
Monitoring mussel beds along the rocky coastline of western Prince William Sound, AlaskaTwo scientists work to identify change in the density and size distribution of mussels (Mytilus trossulus) in mussel beds. Long-term data collected are used as an indicator of mussel prey availability for various predators, including Sea Otters, Black Oystercatchers, sea ducks and sea stars.
Monitoring mussel beds along the rocky coastline of western Prince William Sound, Alaska
Monitoring mussel beds along the rocky coastline of western Prince William Sound, AlaskaTwo scientists work to identify change in the density and size distribution of mussels (Mytilus trossulus) in mussel beds. Long-term data collected are used as an indicator of mussel prey availability for various predators, including Sea Otters, Black Oystercatchers, sea ducks and sea stars.
Air and water temperature collection at long-term rocky intertidal monitoring site
Air and water temperature collection at long-term rocky intertidal monitoring siteA temperature logger (HOBO) affixed to a rocky outcrop in western Prince Wiliam Sound. Long-term change in intertidal invertebrate and algal communities is assessed by using temperature loggers.
Air and water temperature collection at long-term rocky intertidal monitoring site
Air and water temperature collection at long-term rocky intertidal monitoring siteA temperature logger (HOBO) affixed to a rocky outcrop in western Prince Wiliam Sound. Long-term change in intertidal invertebrate and algal communities is assessed by using temperature loggers.
Rocky intertidal cover estimate in Prince William Sound, Alaska
Rocky intertidal cover estimate in Prince William Sound, AlaskaA scientist estimates percent cover and densities of intertidal invertebrates and algae to assess change in communities from sheltered rocky shorelines in western Prince William Sound, Alaska.
Rocky intertidal cover estimate in Prince William Sound, Alaska
Rocky intertidal cover estimate in Prince William Sound, AlaskaA scientist estimates percent cover and densities of intertidal invertebrates and algae to assess change in communities from sheltered rocky shorelines in western Prince William Sound, Alaska.
America’s diverse ecosystems are an asset to current and future generations by supporting economically and recreationally important fish, wildlife, and lands. Healthy ecosystems support people and nature, fostering prosperity and enjoyment for all.
America’s diverse ecosystems are an asset to current and future generations by supporting economically and recreationally important fish, wildlife, and lands. Healthy ecosystems support people and nature, fostering prosperity and enjoyment for all.
America’s diverse ecosystems are an asset to current and future generations by supporting economically and recreationally important fish, wildlife, and lands. Healthy ecosystems support people and nature, fostering prosperity and enjoyment for all.
America’s diverse ecosystems are an asset to current and future generations by supporting economically and recreationally important fish, wildlife, and lands. Healthy ecosystems support people and nature, fostering prosperity and enjoyment for all.
USGS Researchers Electrofishing on the Yakima River
USGS Researchers Electrofishing on the Yakima RiverThis is a photo from our scientists working with the Yakama Nation to remove smallmouth bass and other invasive salmon-eating predators. The work involves taking fin clips, scales, diet samples, and tagging and releasing larger fish. This fieldwork will continue through late May 2025. The crew shown in the photos are Ben, Becky, Jeff, and Chloe.
USGS Researchers Electrofishing on the Yakima River
USGS Researchers Electrofishing on the Yakima RiverThis is a photo from our scientists working with the Yakama Nation to remove smallmouth bass and other invasive salmon-eating predators. The work involves taking fin clips, scales, diet samples, and tagging and releasing larger fish. This fieldwork will continue through late May 2025. The crew shown in the photos are Ben, Becky, Jeff, and Chloe.
Distribution of Chronic Wasting Disease in North America
Distribution of Chronic Wasting Disease in North AmericaDistribution of Chronic Wasting Disease in North America, updated April 11, 2025.
Distribution of Chronic Wasting Disease in North America
Distribution of Chronic Wasting Disease in North AmericaDistribution of Chronic Wasting Disease in North America, updated April 11, 2025.
Chronic wasting disease: change in documented distribution in North America 2000-2024
Chronic wasting disease: change in documented distribution in North America 2000-2024Animated GIF showing changes in distribution of chronic wasting disease in North America from 2000-2024 as documented at the end of each year. Individual files of yearly maps are available at https://doi.org/10.5066/P9HQKKFO.
Chronic wasting disease: change in documented distribution in North America 2000-2024
Chronic wasting disease: change in documented distribution in North America 2000-2024Animated GIF showing changes in distribution of chronic wasting disease in North America from 2000-2024 as documented at the end of each year. Individual files of yearly maps are available at https://doi.org/10.5066/P9HQKKFO.
Multidisciplinary approach to prioritize critical elements for environmental research
Multidisciplinary approach to prioritize critical elements for environmental researchThis infographic introduces an approach that could subsequently be used to prioritize environmental research for the full range of critical elements.
Multidisciplinary approach to prioritize critical elements for environmental research
Multidisciplinary approach to prioritize critical elements for environmental researchThis infographic introduces an approach that could subsequently be used to prioritize environmental research for the full range of critical elements.
Northwestern pond turtles are sexually dimorphic (females and males look different). One way to tell female and male turtles apart is that they often have different color patterns on their face and throats. Females have a more speckled throat, while males throats tend to be more solidly white/yellow.
Northwestern pond turtles are sexually dimorphic (females and males look different). One way to tell female and male turtles apart is that they often have different color patterns on their face and throats. Females have a more speckled throat, while males throats tend to be more solidly white/yellow.
These turtles are considered juveniles until they reach about 5 inches long. In this part of their range turtles remain juveniles and usually do not begin to reproduce until they are over ten years old.
Photo taken at Lookout Point Reservoir, Oregon.
These turtles are considered juveniles until they reach about 5 inches long. In this part of their range turtles remain juveniles and usually do not begin to reproduce until they are over ten years old.
Photo taken at Lookout Point Reservoir, Oregon.