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Problem-solving in conservation biology and wildlife management : exercises for class, field, and laboratory  Cover Image Book Book

Problem-solving in conservation biology and wildlife management : exercises for class, field, and laboratory / James P. Gibbs, Malcolm L. Hunter, Jr., Eleanor J. Sterling.

Gibbs, James P. (Author). Hunter, Malcolm L. (Added Author). Sterling, Eleanor J. (Added Author).

Record details

  • ISBN: 9781405152877 (pbk. : alk. paper)
  • Physical Description: xii, 328 p. : ill., maps ; 28 cm.
  • Edition: 2nd ed.
  • Publisher: Malden, MA : Blackwell Pub., 2008.

Content descriptions

Bibliography, etc. Note:
Includes bibliographical references (p. [310]-315) and index.
Formatted Contents Note:
What is biodiversity? : spiders as exemplars of the biodiversity concept -- What is conservation biology? : an analysis of the critical ecosystem partnership fund's strategies and funding priorities -- Why is biodiversity important? Why is it threatened? : an exploration with the IUCN "Red List" of threatened species -- Population genetics : diversity within versus diversity among populations -- Genetic drift : establishing population management targets to limit loss of genetic diversity -- Pedigree management : controlling the effects of inbreeding as indicated by fluctuating asymmetry -- Landscape genetics : identifying movement corridors in the landscape -- Life table analysis : balancing commercial fisheries with sea bird "by-catch" -- Population viability analysis : El Niño frequency and penguin population persistence -- Habitat loss and fragmentation : ecological traps, connectivity and issues of scale -- Diagnosing declining populations : assessing monitoring data to better understand causes of a rarity in an endangered cactus -- Estimating population size with line transects and DISTANCE -- Analyzing camera trap data with PRESENCE -- Estimating population size with mark-recapture data and MARK -- Estimating "biodiversity" : indices, effort and inference -- Designing a zoo : ex-situ centers for conservation, research, and education -- Plant reintroductions : reestablishing extirpated populations -- Edge effects : designing a nest predation experiment -- Ecosystem fragmentation : patterns and consequences for biodiversity -- Forest harvesting : balancing timber production and parrot habitat -- Protected areas : a systematic conservation planning approach for ecoregions -- Island biogeography : how park size and condition affect the number of species protected -- GIS for conservation : mapping and analyzing distributions of wild potato species for reserve design -- Global change : will a cold-adapted frog survive in a warmer world? -- Climate envelope modeling : inferring the ranges of species -- Population, consumption, or governance : which drives species imperilment most in Africa and Europe? -- Overconsumption : who's smarter... students or their professors? -- Conservation values : assessing public attitudes -- Priority setting : where around the globe should we invest our conservation efforts? -- An international debate : commercial fishing in Galapagos National Park -- Conservation law : should the polar bear be listed as a threatened species? -- Conservation policy : shaping your government.
Subject: Conservation biology.
Wildlife management.
Conservation biology > Problems, exercises, etc.
Wildlife management > Problems, exercises, etc.

Available copies

  • 1 of 1 copy available at Selkirk College.

Holds

  • 0 current holds with 1 total copy.
Show Only Available Copies
Location Call Number / Copy Notes Barcode Shelving Location Circulation Modifier Holdable? Status Due Date Courses
Castlegar Campus Library QH 75 G53 2008 (Text)
Copy: c. 1
B001342484 General Volume hold Available -

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020 . ‡a9781405152877 (pbk. : alk. paper)
035 . ‡a(OCoLC)4127697
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035 . ‡aM011355298
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090 . ‡aQH 75 G53 2008
1001 . ‡aGibbs, James P.
24510. ‡aProblem-solving in conservation biology and wildlife management : ‡bexercises for class, field, and laboratory / ‡cJames P. Gibbs, Malcolm L. Hunter, Jr., Eleanor J. Sterling.
250 . ‡a2nd ed.
260 . ‡aMalden, MA : ‡bBlackwell Pub., ‡c2008.
300 . ‡axii, 328 p. : ‡bill., maps ; ‡c28 cm.
504 . ‡aIncludes bibliographical references (p. [310]-315) and index.
505 . ‡aWhat is biodiversity? : spiders as exemplars of the biodiversity concept -- What is conservation biology? : an analysis of the critical ecosystem partnership fund's strategies and funding priorities -- Why is biodiversity important? Why is it threatened? : an exploration with the IUCN "Red List" of threatened species -- Population genetics : diversity within versus diversity among populations -- Genetic drift : establishing population management targets to limit loss of genetic diversity -- Pedigree management : controlling the effects of inbreeding as indicated by fluctuating asymmetry -- Landscape genetics : identifying movement corridors in the landscape -- Life table analysis : balancing commercial fisheries with sea bird "by-catch" -- Population viability analysis : El Niño frequency and penguin population persistence -- Habitat loss and fragmentation : ecological traps, connectivity and issues of scale -- Diagnosing declining populations : assessing monitoring data to better understand causes of a rarity in an endangered cactus -- Estimating population size with line transects and DISTANCE -- Analyzing camera trap data with PRESENCE -- Estimating population size with mark-recapture data and MARK -- Estimating "biodiversity" : indices, effort and inference -- Designing a zoo : ex-situ centers for conservation, research, and education -- Plant reintroductions : reestablishing extirpated populations -- Edge effects : designing a nest predation experiment -- Ecosystem fragmentation : patterns and consequences for biodiversity -- Forest harvesting : balancing timber production and parrot habitat -- Protected areas : a systematic conservation planning approach for ecoregions -- Island biogeography : how park size and condition affect the number of species protected -- GIS for conservation : mapping and analyzing distributions of wild potato species for reserve design -- Global change : will a cold-adapted frog survive in a warmer world? -- Climate envelope modeling : inferring the ranges of species -- Population, consumption, or governance : which drives species imperilment most in Africa and Europe? -- Overconsumption : who's smarter... students or their professors? -- Conservation values : assessing public attitudes -- Priority setting : where around the globe should we invest our conservation efforts? -- An international debate : commercial fishing in Galapagos National Park -- Conservation law : should the polar bear be listed as a threatened species? -- Conservation policy : shaping your government.
650 0. ‡aConservation biology.
650 0. ‡aWildlife management.
650 0. ‡aConservation biology ‡vProblems, exercises, etc.
650 0. ‡aWildlife management ‡vProblems, exercises, etc.
7001 . ‡aHunter, Malcolm L.
7001 . ‡aSterling, Eleanor J.
596 . ‡a1
998 . ‡aa312452
999 . ‡aQH 75 G53 2008 ‡wLC ‡c1 ‡iM011355298 ‡d7/5/2018 ‡e7/9/2008 ‡f7/5/2018 ‡g3 ‡lSTACKS ‡mNANAIMO ‡n1 ‡p$52.55 ‡rY ‡sY ‡tBOOK ‡u13/6/2008 ‡xMONOGRAPH ‡zBOOK
901 . ‡a122255568 ‡bCabnm ‡c122255568 ‡tbiblio

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