rsg_book_2013

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Mammalscamera traps have beendeployed annually tomonitor the population, butanimals need to be caughtin order to implement thenew meta-populationmanagement plan. Radiotrackinghas been used todetermine foraging andnesting locations, butattaching radiotransmitters to this speciesis problematic. Bandicootshave a low tolerance forcollars, and several othermethods of attachingtransmitters have allMonitoring of released bandicootresulted in shortattachment times (5 days – 5 weeks). Tail mounted transmitters have been themost successful method to date, but provide only short-term data (
Mammals The presence of manyother small mammalspecies that saturate thetraps at Mt. Rothwell makemonitoring and trappingEBBs difficult. Newtrapping techniques arerequired to monitor thepopulation, to trap animalsfor translocation as part ofthe meta-population andto increase the geneticdiversity of the captivebreeding population.Juvenile (joey) eastern barred bandicootMajor lessons learned The Victorian EBB would be extinct without the captive-breeding programinitiated by Melbourne Zoo. All recovery potential has been driven by thesuccess of captive-breeding and release. This highlights the importance ofearly intervention in collecting founders to establish captive populations ofthreatened species. Foxes are the key threatening process for the EBB. Populations are unable tomaintain themselves unless foxes are permanently eradicated from the area.This involves surrounding reserves by a predator barrier fence, as well ascontinuous fox monitoring and control. The quality of habitat is less critical tothis species. Managing each re-introduced population as a separate entity has not beenideal. The small size of reserves increases the likelihood of stochastic eventshaving a detrimental effect on populations and can contribute further to theloss of genetic diversity. New release sites that can sustain large populationsplus managing as a single meta-population will assist in the conservation ofthis species. Successful long-term captive breeding programs for marsupials are rare. Thisis an example of a long-term program in which animals have not decreased inreproductive rate for more than 20 years. However, careful management ofspace is imperative, as breeding is restricted by lack of suitable enclosureswhen young cannot be released. The meta-population model for the EBBrequires breeding animals to be cycled in and out of the wild every two yearsto maintain genetic diversity. This model is also being applied to several otherthreatened species. The EBB recovery team was restructured in 2011 and three groups wereformed: the science, operational and business groups. These groups meet onan as-needed basis and are overseen by a strategic group. A review day isheld annually in which members of all groups discuss progress and future208
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Global Re-introductionPerspectives:
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The designation of geographical ent
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CONTENTSLetter from Shaikha Al Dhah
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Shaikha Al Dhaheri,Executive Direct
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An overview and analysis of the re-
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Invertebratesas a UK species byincr
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Invertebratesrestore hydrological c
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InvertebratesThe translocation of t
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Invertebratesrelease sites for over
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FishInvertebratesExamining genetic
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FishInvertebratesyears of negative
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FishInvertebratesdisrupting benefic
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Fishwith irregular shores and botto
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Fish Stocking ofbroodfishes innatur
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FishSuccess of projectHighly Succes
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Fish22Goal 4: Removal of alienfish
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FishMajor lessons learned Although
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FishSetting the stage for conservat
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FishTemporary fish movement barrier
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Fish30years (2002 - 2004). By 2005
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Fishin an adaptive manner and led t
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Amphibians Indicator 2:Thedistribut
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AmphibiansMajor difficulties faced
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Reptilessnakes to the Conecuh Natio
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Reptilesindividuals studied near th
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ReptilesExperimental translocation
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ReptilesImplementation: We did an i
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ReptilesSuccess of projectHighly Su
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Reptilesappropriate managementand i
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Reptiles Small enough VHFtagswith l
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BirdsRe-introduction of vinaceous A
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BirdsThe door is closed at night(to
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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
Page 172 and 173: Mammalsor put themselves at risk re
Page 174 and 175: MammalsEstablishing new populations
Page 176 and 177: MammalsSeveral studies have resulte
Page 178 and 179: Mammals Conventional single-species
Page 180 and 181: MammalsPark and JaldaparaWildlife S
Page 182 and 183: MammalsMajor lessons learned Good u
Page 184 and 185: MammalsGoals Goal 1: Establish andm
Page 186 and 187: MammalsThe rapid herd growth at Tom
Page 188 and 189: MammalsSuccess of projectHighly Suc
Page 190 and 191: Mammalsspecies in over twentyyears.
Page 192 and 193: Mammalsgazelles (1 male:4females) w
Page 194 and 195: MammalsOstrowski, S. & Williams, J.
Page 196 and 197: Mammals Goal 4: To provide social a
Page 198 and 199: MammalsHowever, the LOW elk populat
Page 200 and 201: MammalsReferencesBellhouse, T. & Br
Page 202 and 203: MammalsSuccess Indicators Indicator
Page 204 and 205: MammalsMajor lessons learned The ro
Page 206 and 207: Mammals Goal 4: An increase ofa num
Page 208 and 209: Mammals Uncontrolled losses of anim
Page 210 and 211: Mammals Indicator 3: Get practical
Page 212 and 213: MammalsRelease of wood bison from t
Page 214 and 215: Mammalsrecreational fee hunt thatge
Page 216 and 217: MammalsJust prior to delisting TESF
Page 218 and 219: MammalsRominger, E. M., H. A. Whitl
Page 220 and 221: MammalsEnvironment Protectionand Bi
Page 224 and 225: Mammalsdirections. This reorganizat
Page 226 and 227: Mammalsstatus of existing imperiled
Page 228 and 229: MammalsMajor difficultiesfaced Esta
Page 230 and 231: MammalsThe release of northeast Bor
Page 232 and 233: Mammalsconsidering the proximity of
Page 234 and 235: MammalsMajor difficulties faced Mai
Page 236 and 237: Mammalsthis goal. However, the conf
Page 238 and 239: Mammalsrehabilitated chimpanzees an
Page 240 and 241: Mammals2010). All fully adult sized
Page 242 and 243: Mammalsopen and topographically uni
Page 244 and 245: MammalsPreliminary observations fro
Page 246 and 247: Mammalsspecial emphasis on the wool
Page 248 and 249: Mammalslong season of relative scar
Page 250 and 251: MammalsRe-introduction of bobcats t
Page 252 and 253: Mammalsfacility on the mainland for
Page 254 and 255: Mammals The use of locally adapted,
Page 256 and 257: PlantsRe-introduction of Manglietia
Page 258 and 259: PlantsImplementation:From 2008 to 2
Page 260 and 261: PlantsSuccess of projectHighly Succ
Page 262 and 263: Plantscoastal belt resulting inthe
Page 264 and 265: Plantsstep to execute theprojects.
Page 266 and 267: Plants Plantation maintenance funds
Page 268 and 269: Plantsenvironment at a Sand Hillsit
Page 270 and 271: 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
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Plantsdistribution of Bakersfield c
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PlantsReferencesCypher, B. L., B. D
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