Search
US Forest Service Research & Development
Contact Information
  • US Forest Service Research & Development
  • 1400 Independence Ave., SW
  • Washington, D.C. 20250-0003
  • 800-832-1355
You are here: Home / People / Profile
Profile
Mike Young

Michael K Young

Research Fisheries Biologist
200 East Broadway Avenue
Missoula, MT 59802
Phone: 406-396-1209
Fax: 406-543-2663
Contact Michael K Young


Current Research

  • Genetic and compositional monitoring of fish and amphibians in the western U.S.
  • Development of SNP-based marker panels for assessing hybridization in fish
  • Assessing and modeling the effects of climate and watershed characteristics on the distribution and persistence of trout populations
  • Defining units of conservation in westslope cutthroat trout
  • Using environmental DNA to assess and monitor fishes in streams
  • Responses of native and nonnative fishes to wildfire
  • Conservation biology of cutthroat trout
  • Consequences, characteristics, and control of nonnative brook trout invasions
  • Sculpins of the northwestern U.S.: cryptic biodiversity and species discovery

Research Interests

My focus is on the ecology, sampling, and assessment of native and nonnative aquatic vertebrates in streams in the Rocky Mountains and intermountain basins. My research increasingly relies on genetic methods that afford greater reliability at a lower cost for addressing particular questions.

Past Research

I have over 85 peer-reviewed publications on the following subjects:

·        The prevalence, extent, and characteristics of movement in aquatic species in streams and rivers.

·        Large wood: its assessment, role, and dynamics in mountain streams.

·        The ecology and conservation biology of various subspecies of cutthroat trout.

·        Refining estimates of species presence and abundance.

·        The effects of nonnative species and their management on native fish populations.

Why This Research is Important

Federal agencies are charged by Congress with the assessment and monitoring of all native and desired nonnative species in aquatic ecosystems. The intent of my research is to develop  one of the largest cohesive biological assessments of fish and amphibians in the U.S. Doing so will set the stage  for future monitoring at large spatial scales e.g., entire river basins, National Forest regions, or the historical ranges of focal species. The work serves as an empirical benchmark for detecting, modeling, and understanding the broad-scale effects of climate change or nonnative species invasions. It also provides a conservation atlas to managers who need to know what parts of species—populations, evolutionary lineages, or subspecies—constitute their conservation portfolio, and what areas currently serve as biodiversity hotspots. This research refines methods for detecting and monitoring species to facilitate more precise and accurate estimates of species composition and distribution. Finally, it identifies the expected responses of species to a changing climate and greater demands on aquatic resources.

Education

  • University of Montana, BS Wildlife Biology, 1982
  • University of Montana, MS Wildlife Biology, 1986
  • University of Wyoming, Ph.D. Zoology, 1989

Professional Organizations

  • American Fisheries Society, Lifetime Member (2011 - Current)
  • Western North American Naturalist, Associate Editor (2008 - 2012)
  • North American Journal Of Fisheries, Co-Editor (2000 - 2002)
  • North American Journal Of Fisheries, Associate Editor (1998 - 1999)

Awards & Recognition

  • Award of Excellence , 2011
    This is the most prestigious award offered by the Western Division of the American Fisheries Society. The award is intended to recognize sustained, professional excellence.
  • Forest Service Rise to the Future Award for Research, 2008
    Forest Service Rise to the Future Award for Research

Featured Publications & Products

Publications & Products

Research Highlights

HighlightTitleYear


RMRS-2011-10
Fire and fish dynamics in a changing climate

Forest Service scientists are seeking a better understanding how climate change and fire affect native trout.

2011


Last updated on : 02/28/2014