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Dave Hu

Dave is the Fisheries Program Manager for the Ecosystems Mission Area.

Professional Experience

  • 2020-Present, Fisheries Program Manager, US Geological Survey, Reston, VA

  • 2013-2020, National Fisheries Biologist, Bureau of Land Management, Washington DC

  • 2009-2013, Fisheries Program Manager, US Forest Service, Gifford Pinchot National Forest, Vancouver, WA

  • 2002-2009, Habitat Restoration Coordinator, US Fish and Wildlife Service, Anadromous Fish Habitat Program, Stockton, CA

  • 1999-2002, Assistant Museum Curator/Research Technician, New Mexico State University, Arthropod Museum, Las Cruces, NM

Education and Certifications

  • B.S., Biology, New Mexico State University, 2000

  • B.S. Wildlife Science, New Mexico State University, 2000

  • M.S., Entomology, New Mexico State University, 2002

Science and Products

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Sockeye salmon swimming in a circle

Species We Study: Fish

We are a scientific leader in aquatic species biology, genetics, toxicological and pathogenic disease, ecology, and population tracking and dynamics for at-risk aquatic species including native fish and their ecosystems.
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Ecosystems Mission Area, Species Management Research Program
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Species We Study: Fish

We are a scientific leader in aquatic species biology, genetics, toxicological and pathogenic disease, ecology, and population tracking and dynamics for at-risk aquatic species including native fish and their ecosystems.
Learn More
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Small salamander peaks over the top of a collection bucket.

Species We Study: Amphibians

Across the country, USGS scientists research amphibians to help other agencies manage this historically underappreciated and now declining group. Our scientists have learned that no single threat explains global amphibian declines; instead, a variety of local and global factors are contributing. Habitat loss, disease, contaminants, and other threats are all part of the pattern.
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Ecosystems Mission Area, Species Management Research Program
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Species We Study: Amphibians

Across the country, USGS scientists research amphibians to help other agencies manage this historically underappreciated and now declining group. Our scientists have learned that no single threat explains global amphibian declines; instead, a variety of local and global factors are contributing. Habitat loss, disease, contaminants, and other threats are all part of the pattern.
Learn More

Species management research program [postcard]

Executive SummaryOur nation’s fish and wildlife species face increasingly complex threats and challenges. Ensuring a healthy future for these species benefits all Americans, contributing to the abundance of our food supply, the well-being of diverse cultures and communities, and the future of biodiverse ecosystems. The U.S. Geological Survey Species Management Research Program (SMRP) plays a criti
Authors
Melanie J. Steinkamp, Mona Khalil, Sally House, Mark Wimer, David H. Hu, Michael J. Adams
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Ecosystems Mission Area, Species Management Research Program

U.S. Geological Survey science vision for native freshwater mussel research in the United States

Executive SummaryNorth America is a global center for native freshwater mussel (order Unionida, hereinafter “mussels”) diversity, with more than 350 species. Mussels are among the most imperiled fauna on the planet. Reasons for both local and widespread declines in mussels are mostly unknown, although the threats may include habitat loss and fragmentation, diseases, environmental contaminants, alt
Authors
Teresa J. Newton, Nathan A. Johnson, David H. Hu
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Ecosystems Mission Area, Species Management Research Program

By land, air, and water — U.S. Geological Survey science supporting fish and wildlife migrations throughout North America

Countless species of animals—big game, birds, bats, insects, amphibians, reptiles, and fish—migrate to reach suitable habitats to feed, reproduce, and raise their young. Animal migrations developed over millennia commonly follow migration corridors—unique routes for each species—to move among seasonal habitats. Changes along those corridors, whether from human development (buildings, roads, dams)
Authors
Mona Khalil, Mark Wimer, David H. Hu, Michael J. Adams, Melanie J. Steinkamp, Suzanna C. Soileau
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Ecosystems Mission Area
Life cycle stages and leadership styles in as a bell curve. Decision-making styles range from command to collaborative (peak)
Designing and Creating More Diversity in Team Building
Designing and Creating More Diversity in Team Building
Life cycle stages and leadership styles in as a bell curve. Decision-making styles range from command to collaborative (peak)

Designing and Creating More Diversity in Team Building

Designing and Creating More Diversity in Team Building

High functioning teams evolve and change over time. This is normal and is a healthy team process and dynamic. In particular, there are some distinct stages in teams that result from 1) team leadership styles, and 2) team decision making styles.  
 

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Ecosystems Mission Area, Cooperative Research Units
Life cycle stages and leadership styles in as a bell curve. Decision-making styles range from command to collaborative (peak)

Designing and Creating More Diversity in Team Building

Designing and Creating More Diversity in Team Building

High functioning teams evolve and change over time. This is normal and is a healthy team process and dynamic. In particular, there are some distinct stages in teams that result from 1) team leadership styles, and 2) team decision making styles.  
 

By
Ecosystems Mission Area, Cooperative Research Units

Science and Products