Brian Gray, PhD
Brian Gray
Education and Certifications
Ph.D., Biostatistics, University of South Carolina, 2001
M.S., Biology, University of Kentucky, 1993
Diploma in Natural Resources, Lincoln University, 1982
B.Sc., Botany, University of Auckland, 1981
Science and Products
Filter Total Items: 50
Agricultural ponds support amphibian populations
In some agricultural regions, natural wetlands are scarce, and constructed agricultural ponds may represent important alternative breeding habitats for amphibians. Properly managed, these agricultural ponds may effectively increase the total amount of breeding habitat and help to sustain populations. We studied small, constructed agricultural ponds in southeastern Minnesota to assess their value a
Authors
M. G. Knutson, W. B. Richardson, D.M. Reineke, B. R. Gray, J.R. Parmelee, S.E. Weick
Flow cytometry used to assess genetic damage in frogs from farm ponds
Flow cytometry (FC) is a laboratory method used to detect genetic damage induced by environmental contaminants and other stressors in animals, including amphibians. We tested FC methods on three species of ranid frogs collected from farm ponds and natural wetlands in southeastern Minnesota. We compared FC metrics for Rana clamitans between ponds with direct exposure to agricultural contaminants an
Authors
B.L. Bly, M. G. Knutson, M.B. Sandheinrich, B. R. Gray, D.A. Jobe
Science and Products
Filter Total Items: 50
Agricultural ponds support amphibian populations
In some agricultural regions, natural wetlands are scarce, and constructed agricultural ponds may represent important alternative breeding habitats for amphibians. Properly managed, these agricultural ponds may effectively increase the total amount of breeding habitat and help to sustain populations. We studied small, constructed agricultural ponds in southeastern Minnesota to assess their value a
Authors
M. G. Knutson, W. B. Richardson, D.M. Reineke, B. R. Gray, J.R. Parmelee, S.E. Weick
Flow cytometry used to assess genetic damage in frogs from farm ponds
Flow cytometry (FC) is a laboratory method used to detect genetic damage induced by environmental contaminants and other stressors in animals, including amphibians. We tested FC methods on three species of ranid frogs collected from farm ponds and natural wetlands in southeastern Minnesota. We compared FC metrics for Rana clamitans between ponds with direct exposure to agricultural contaminants an
Authors
B.L. Bly, M. G. Knutson, M.B. Sandheinrich, B. R. Gray, D.A. Jobe