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Chapter 22,444

Distribution modelling to guide stream fish conservation: an example using the mountain sucker in the Black Hills National Forest, USA

Daniel, C.D.; Frank, J.R.

Aquatic Conservation: Marine and Freshwater Ecosystems 18(7): 1263-1276

2008

ISSN/ISBN: 1052-7613
DOI: 10.1002/aqc.940
Accession: 022443335
Conservation biologists need tools that can utilize existing data to identify areas with the appropriate habitat for species of conservation concern. Regression models that predict suitable habitat from geospatial data are such a tool.

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Related References

Schultz, L D.; Bertrand, K N.; Graeb, B D.S. 2016: Factors from multiple scales influence the distribution and abundance of an imperiled fish mountain sucker in the Black Hills of South Dakota, USA Environmental Biology of Fishes 99(1): 3-14
Schultz, L D.; Bertrand, K N. 2012: Long Term Trends and Outlook for Mountain Sucker in the Black Hills of South Dakota American Midland Naturalist 167(1): 96-110
Lessard, G.; Johnson, D.W.; Hinds, T.E.; Hoskins, W.H. 1985: Association of Armillaria root disease with mountain pine beetle infestations on the Black Hills National Forest, South Dakota Report, Methods Application Group, Forest Pest Management, USDA Forest Service (85-4): 6
He, D; Kang, Z; Tao, J; Liu, C; Yang, J; Chen, Y 2017: Hydrologic connectivity driven natural stream fish assemblages in mountain streams in the Yangtze River basin: implications for stream fish conservation in monsoonal East Asia Hydrobiologia 785(1): 185-206
Bertrand, K N.; VanDeHey, J A.; Pilger, T J.; Felts, E A.; Turner, T F. 2016: Genetic structure of a disjunct peripheral population of mountain sucker Pantosteus jordaniin the Black Hills, South Dakota, USA Conservation Genetics 17(4): 775-784
Mwangi Githiru; Luc Lens; Frank Adriaensen; James Mwang’ombe; Erik Matthysen 2011: Using science to guide conservation From landscape modelling to increased connectivity in the Taita Hills, SE Kenya Journal for Nature Conservation 19(5): 263-268
Hoffman, G.R.; Alexander, R.R. 1987: Forest vegetation of the Black Hills National Forest of South Dakota and Wyoming : a habitat type classification Research Paper Rocky Mountain Forest and Range Experiment Station, USDA Forest Service (RM-276): 48
Elwood, M.W. 1976: Flow structures as a guide to intrusive form and distribution of mineralization in Eocene hypabyssal rocks of the Black Buttes, northwestern Black Hills, Wyoming Abstracts with Programs - Geological Society of America 9(6): 853-854
Geores, M.E. 1998: The historic role of the forest community in sustaining the Black Hills National Forest as a complex common property multiple use resource Mountain Research and Development 18(1): 83-94
Jang, M.H.; Lucas, M.C.; Joo, G.J.e 2003: The fish fauna of mountain streams in South Korean national parks and its significance to conservation of regional freshwater fish biodiversity Biological Conservation 114(1): 115-126
Stevens, R.E.; McCambridge, W.F.; Edminster, C.B. 1980: Risk rating guide for mountain pine beetle in Black Hills ponderosa pine Research Note, Forest Service, United States Department of Agriculture (RM-385): 2
Braddock, A.M.thers, J.M.lle, A. 1984: More women in fire management on the Black Hills National Forest Fire management notes United States Dept of Agriculture Forest Service 5(2): 16
Brown, A.A. 2003: Lessons of the McVey fire, Black Hills National Forest Fire management todaymmer 63(3): 25-28
Bohls, G.M. 1988: Rottne logging equipment on the Black Hills National Forest Engineering field notes US Department of Agriculture Forest Service Engineering Staff 20(20): 7-13
Schulz, T.T.; Joyce, L.A. 1991: Landscape patterns in the black hills national forest south dakota usa Bulletin of the Ecological Society of America 72(2 Suppl): 243