rsg_book_2013

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Invertebrates Limited resources forpost-releasemonitoring.ReferencesPontin, J. (2005) The Antsof Surrey. Surrey WildlifeAtlas Project. Pirbright.Gammans, N. (2008)Conserving the red-barbedant (Formica rufibarbis) inthe United Kingdom.Zoological Society ofLondon, Surrey WildlifeTrust and Heritage LotteryFund.Overview of release site © Paul Pearce-KellyGammans, N. (2012) Procedures for the reintroduction of Formica rufibarbis tothe UK. Surrey Wildlife Trust and Zoological Society of London.9
FishInvertebratesExamining genetic diversity, outbreedingdepression, and local adaptation with slimysculpin re-introductions in the southeastMinnesota Driftless Region, USADavid D. HuffResearch Scholar, Institute of Marine Sciences, University of California,110 Shaffer Road, Santa Cruz, CA 95060, USA ddhuff@ucsc.eduIntroductionThe slimy sculpin (Cottus cognatus) is a small fish that occupies benthic, coldwaterhabitats in small streams of the Driftless Region in Minnesota, USA. Theyare often locally abundant where they are present and are considered animportant component of the ecosystems in which they are native. Populations ofslimy sculpin were present in this region historically, but many were extirpated asa result of poor land use practices. This re-introduction project aimed to reestablishthe slimy sculpin to a portion of its former range in the Driftless Region,but the re-introduction environments, although they were improved, have beensubstantially modified by humans. A challenge was to decide whether the existinggenetically distinct source populations should be matched to a set of localconditions at the re-introduction sites or be mixed to provide greater geneticallybasedadaptive potential inanthropogenically affected (disturbed)environments (Huff et al., 2010).Mixed-source re-introductions are thoughtto be advantageous in disturbedenvironments, but they have drawbacksbecause unique evolutionary lineagesshould be preserved as much as possibleto preserve genetic diversity. Our researchinvestigated the persistence and fitnessrelatedtraits of multi-source re-introducedpopulations of slimy sculpin in the DriftlessRegion (Huff et al., 2011).Close-up of a slimy sculpin© David Huff / Lorissa FujishinGoals Goal 1: Re-establish the slimy sculpin tonine isolated locations within its formerrange in the Driftless Region of southeastMinnesota and ensure population viability,long-term persistence in the face of10
Page 1 and 2: Global Re-introductionPerspectives:
Page 4: The designation of geographical ent
Page 7 and 8: CONTENTSLetter from Shaikha Al Dhah
Page 9 and 10: Shaikha Al Dhaheri,Executive Direct
Page 13: An overview and analysis of the re-
Page 17 and 18: Invertebratesas a UK species byincr
Page 19 and 20: Invertebratesrestore hydrological c
Page 21 and 22: InvertebratesThe translocation of t
Page 23: Invertebratesrelease sites for over
Page 27 and 28: FishInvertebratesyears of negative
Page 29 and 30: FishInvertebratesdisrupting benefic
Page 31 and 32: Fishwith irregular shores and botto
Page 33 and 34: Fish Stocking ofbroodfishes innatur
Page 35 and 36: FishSuccess of projectHighly Succes
Page 37 and 38: Fish22Goal 4: Removal of alienfish
Page 39 and 40: FishMajor lessons learned Although
Page 41 and 42: FishSetting the stage for conservat
Page 43 and 44: FishTemporary fish movement barrier
Page 45 and 46: Fish30years (2002 - 2004). By 2005
Page 47 and 48: Fishin an adaptive manner and led t
Page 49 and 50: Amphibians Indicator 2:Thedistribut
Page 51 and 52: AmphibiansMajor difficulties faced
Page 53 and 54: Reptilessnakes to the Conecuh Natio
Page 55 and 56: Reptilesindividuals studied near th
Page 57 and 58: ReptilesExperimental translocation
Page 59 and 60: ReptilesImplementation: We did an i
Page 61 and 62: ReptilesSuccess of projectHighly Su
Page 63 and 64: Reptilesappropriate managementand i
Page 66 and 67: Reptiles Small enough VHFtagswith l
Page 68 and 69: BirdsRe-introduction of vinaceous A
Page 70 and 71: BirdsThe door is closed at night(to
Page 72 and 73: Birdsmore aggressive ones, and re e
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Birds Sub-Goal 1: To keep acaptive
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Birdsdaytime. All individuals were
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BirdsRe-introduction of brown-heade
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BirdsAviaries were constructed to b
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Birds High rates of reproduction an
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Birdsdifferent locations (see: www.
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Birdsthat include natural nesting c
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BirdsBrekke, P., Bennett, P. M., Sa
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Birdsacted as the source for anaugm
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Birdsfood was provided in andaround
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Birds The re-introduction program p
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Birdsconsidered a ‘flagship’spe
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Birdsestablished in the U.S. toaid
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BirdsRe-introduction of the orienta
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Birdsfledged, with 29 of them still
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BirdsIUCN (1998) Guidelines for Re-
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Birdscontrol on ShanganiRanch, so t
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Birdswhen cattle were rounded up. S
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BirdsBrown treecreeper re-introduct
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Birdsvegetation cover throughkangar
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Birdstreecreeper nataldispersers. T
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Birds The Norman Wettenhall Foundat
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Birds Goal 4: Use the bluebird as a
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BirdsMajor difficultiesfaced In 200
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MammalsRe-introduction and recovery
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MammalsImplementation:Captive breed
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Mammalsrecognized thatinterbreeding
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Mammalsre-introduced population of
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Mammals Continued research and moni
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Mammalsyears. In 1998 the UnitedSta
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Mammals Poor husbandry in livestock
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Mammalsof two connected reintroduce
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MammalsOverall mortality duringthe
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MammalsRe-introduction of the brown
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Mammals~1,700 km 2 for supporting a
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MammalsMajor lessons learned Import
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MammalsTranslocation of Hawaiian mo
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Mammalsthe scale of translocations.
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Mammals Weaned pups aremost amenabl
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MammalsRe-introduction and suppleme
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Mammalscomposition of the groups re
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MammalsShangangwe enclosurewere ini
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MammalsRe-introduction of Père Dav
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Mammalssangunalis and Setariaviridi
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MammalsSuccess of projectHighly Suc
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Mammalsfor Lichtenstein’s hartebe
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Mammalsdensity in excess of 0.05/km
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MammalsGoals Goal 1: Development of
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Mammalst 43 =2.85, P
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Mammalsor put themselves at risk re
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MammalsEstablishing new populations
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MammalsSeveral studies have resulte
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Mammals Conventional single-species
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MammalsPark and JaldaparaWildlife S
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MammalsMajor lessons learned Good u
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MammalsGoals Goal 1: Establish andm
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MammalsThe rapid herd growth at Tom
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MammalsSuccess of projectHighly Suc
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Mammalsspecies in over twentyyears.
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Mammalsgazelles (1 male:4females) w
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MammalsOstrowski, S. & Williams, J.
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Mammals Goal 4: To provide social a
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MammalsHowever, the LOW elk populat
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MammalsReferencesBellhouse, T. & Br
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MammalsSuccess Indicators Indicator
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MammalsMajor lessons learned The ro
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Mammals Goal 4: An increase ofa num
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Mammals Uncontrolled losses of anim
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Mammals Indicator 3: Get practical
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MammalsRelease of wood bison from t
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Mammalsrecreational fee hunt thatge
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MammalsJust prior to delisting TESF
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MammalsRominger, E. M., H. A. Whitl
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MammalsEnvironment Protectionand Bi
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Mammalscamera traps have beendeploy
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Mammalsdirections. This reorganizat
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Mammalsstatus of existing imperiled
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MammalsMajor difficultiesfaced Esta
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MammalsThe release of northeast Bor
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Mammalsconsidering the proximity of
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MammalsMajor difficulties faced Mai
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Mammalsthis goal. However, the conf
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Mammalsrehabilitated chimpanzees an
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Mammals2010). All fully adult sized
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Mammalsopen and topographically uni
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MammalsPreliminary observations fro
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Mammalsspecial emphasis on the wool
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Mammalslong season of relative scar
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MammalsRe-introduction of bobcats t
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Mammalsfacility on the mainland for
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Mammals The use of locally adapted,
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PlantsRe-introduction of Manglietia
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PlantsImplementation:From 2008 to 2
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PlantsSuccess of projectHighly Succ
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Plantscoastal belt resulting inthe
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Plantsstep to execute theprojects.
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Plants Plantation maintenance funds
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Plantsenvironment at a Sand Hillsit
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Plantsplantation site. Eastern port
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PlantsFirst steps for the conservat
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Plantstesting the germplasm quality
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Plantsplanted sites show good survi
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PlantsConservation introduction of
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Plantsnatural population.Ongoing mo
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PlantsExperimental translocation of
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Plantscovering a proportion ofemerg
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Plants The highly effective 2 m hig
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Plantsmost outlier for thespecies,
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Plantssnails, slugs or caterpillars
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PlantsConservation introduction of
Page 294 and 295:
Plantsdistribution of Bakersfield c
Page 296 and 297:
PlantsReferencesCypher, B. L., B. D
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