what comes with the territory: predators and their place ...bears were positively viewed amongst the...
TRANSCRIPT
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WhatComesWiththeTerritory:PredatorsandTheirPlaceinNortheasternNorthCarolina
OuterBanksFieldSite2016
December15,2016
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Authors
AaronWhittemoreJuniorB.S.EnvironmentalScienceMarion,NCAlexanderSmithJuniorB.S.EnvironmentalScienceMoorseville,NCErikaMunshiJuniorB.A.GlobalStudiesandB.A.EnvironmentalStudiesDurham,NCKristinGibsonSeniorB.A.EnvironmentalStudiesSwansboro,NCJackWalshSophomoreB.S.EnvironmentalScienceandB.A.HistoryWilmington,NCJuliaMaronSophomoreB.A.EnvironmentalStudiesRaleigh,NC
TamaraJacksonSeniorB.S.EnvironmentalScienceColoradoSprings,COThomasHennesseySeniorB.A.HistoryandB.S.EnvironmentalScienceCary,NCVictoriaMirianJuniorB.A.EnvironmentalStudiesPinehurst,NCPrestonButlerSeniorB.A.EnvironmentalStudiesRaleigh,NCViktorAgabekovJuniorB.A.EconomicsCharlotte,NC
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AcknowledgementsWewouldliketothankthefollowingfortheircontributiontoourproject.
Advisors
LindsayDubbs,AndyKeeler,LindaD’Anna,LeeLeidy,JakeHochard,CoreyAdams
CommunityAdvisoryBoard
BethP.Storie,RobertPerry,WilliamSmyth,LaddBayliss,PeggyBirkemeier,AlbertandCarolynGard,ThomasL.WhiteJr.,KathyMcMahanInternshipMentors
AndyKeeler,LindsayDubbs,HollyWhite,AaronMcCall,KarenClark,AnnDaisey,SaraMirabilio,ErinBurke,ReideCorbett,LaddBaylissCommunityMembersandGuestSpeakers
DaretoHyde,MattamuskeetVentures,KenCherry,PocosinArts,DavidClegg,RobertL.Outten,ClaireJohnson,JayeMassecar,MichalleRevels,JaminSimmons,TheHonorableJudgeBoyle,SierraWeaver,RamonaMcGee,ReneeCahoon,JanDeblieu,ChristinBrown,MikeRemige,RickProbst,KenPartlow,BillBerkemier,AltonBallance,JenniferPierce,JaykeWoods,CoryKeeler,JoeyDaniels,theNCCoastalFederation,AaronMcCall,RobertMcClendon,KimArmstrong,MarieMagee,JohnMcCord,andtheUNCCoastalStudiesInstitute.Interviewees
Aspecialthankstotheintervieweeswhovolunteeredtheirtimeandthoughtsforourproject.
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Abbreviations
APP-Albemarle-PamlicoPeninsula
ARNWR-AlligatorRiverNationalWildlifeRefuge
CAB-CommunityAdvisoryBoard
CVS-CarolinaVegetationSurvey
ESA-EndangeredSpeciesAct
GIS-GeographicalInformationSystems
HSI-HabitatSuitabilityIndex
LRV-LifeRequisiteValue
NEP-Non-essentialExperimentalPopulation
RSF-ResourceSelectionFunction
USFWSorFWS-UnitedStatesFishandWildlifeService
Studyarea-Beaufort,Dare,Hyde,Tyrrell,WashingtoncountiesonAPP
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Abstract
Thelandscapefortop-levelpredatorsintheAlbemarle-PamlicoPeninsula(APP)of
NorthCarolinahasundergonedramaticchangesinrecentyears.Ourresearchexamined
howthreelargepredators,redwolves(Canisrufus),coyotes,Canislatrans),andblackbears
(Ursusamericanus),fitintothelandscapeoftheAPPbytakingintoaccountbothecological
andanthropogenicconsiderations.Toaccomplishthis,weconductedspatialanalysesof
landcoverandresourcesandconductedqualitativeinterviewswithmembersofthe
community.Usingexistingdatasets,weinvestigatedthesuitabilityofandchangeinhabitat
forblackbearsandassessedtheavailabilityanddistributionofresourcesforredwolvesin
theAPP.Theseanalysesfoundthattherewasextensive,stablehabitatthatwassuitablefor
blackbearswithintheregion,andoptimallandresourcesforredwolveswasfoundlargely
onprivatelyownedlandsintheAPP.
Semi-structuredinterviewsrevealedthatinterviewees’perceptionsofpredators
wereshapedbytheirsenseofplace,attitudesaboutthegovernment,andexperienceswith
theanimals.Thesefactorshadvariableinfluencesonhowpeopleviewedthepredators:
bearswerepositivelyviewedamongsttheinterviewees,whilewolvesandcoyoteswere
generallyviewednegatively.Ourcomparativeapproachallowedustobetterunderstand
howthefactorsinfluencingpeople’sattitudesandviewsofpredatorscanvaryacross
differentpredators.
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TableofContentsAuthors................................................................................................................................................................2
Acknowledgements............................................................................................................................................3
Abbreviations......................................................................................................................................................4
Abstract................................................................................................................................................................5
TableofContents................................................................................................................................................6
Introduction........................................................................................................................................................8
Background.......................................................................................................................................................10Predators.......................................................................................................................................................10
RedWolf....................................................................................................................................................10Coyote........................................................................................................................................................12
Blackbear..................................................................................................................................................14
Landscape......................................................................................................................................................15Approach.......................................................................................................................................................16
SpatialHabitat...........................................................................................................................................16HumanDimensions...................................................................................................................................18
SpatialHabitat...................................................................................................................................................20
Methods.........................................................................................................................................................20
ResourceSelectionFunction....................................................................................................................20
HabitatSuitabilityIndex.............................................................................................................................23LandUseChangeandBlackBearHabitatReplacementCostinNortheasternNorthCarolina..................41
ResultsandDiscussion...................................................................................................................................45RedWolfHabitatSuitabilityontheAPP....................................................................................................45
BlackBearHabitatSuitabilityIndex...........................................................................................................48
BearHabitatChangeModel.......................................................................................................................51
HumanDimensions............................................................................................................................................62
Methods.........................................................................................................................................................62
Sampling....................................................................................................................................................62
Analysis......................................................................................................................................................63
Samplesizeandlimitations......................................................................................................................64
ResultsandDiscussion...................................................................................................................................65
LandscapePerceptionsandValues..........................................................................................................65
CharacterizationsofLargePredators......................................................................................................68
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AttitudesabouttheManagementofLargePredators...............................................................................77
Synthesis....................................................................................................................................................85
Conclusions........................................................................................................................................................88
References..........................................................................................................................................................91
Appendix...........................................................................................................................................................95
Tables.............................................................................................................................................................95
InterviewGuide..............................................................................................................................................99
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Introduction
Largepredatorshavelongbeenapartoftheheritageandlandscapeofthe
Albemarle-PamlicoPeninsula(APP)—specificallyHyde,Tyrrell,Dare,Beaufortand
Washingtoncounties.Majorchangesinthecomposition,population,andmanagementof
largepredators,togetherwithsignificantlandusechanges,haveraisedquestionsabout
howredwolves(Canisrufus),coyotes(Canislatrans),andblackbears(Ursusamericanus)fit
intotheecologicalandculturallandscapesoftheAPP.Thegoalofthisreportistouse
analysisofecologicalsuitabilityandcommunityperceptionstoprovideinformationabout
howbears,redwolves,andcoyotesinteractwiththeenvironmentandthepeopleofthis
region.
Inordertoprovidesuchinformation,thisreportwilluseecologicalstudiesand
geospatialanalysistoolstoevaluatehabitatsuitabilitythroughouttheAPPstudyareafor
redwolvesandblackbears.Bylookingatwhichareaswithintheregionofferthebest
overalllivingconditionsforeachofthesespecies,conclusionscanbedrawnaboutwhere
theyaremostlikelytothriveandhowcertainlanduseandmanagementactionsmight
impacttheirpopulations.Inaddition,wewillattempttocharacterizeaspectsofthese
predators’interactionswithhumansinthecontextofthelocalcultureandhowpeoplein
theareaareaffectedbytheirpresence.Wehopethattheresultsoftheseanalyseswill
providenewandusefulinformationaboutpublicperceptionsoftheselargepredatorsand
theecologicalconditionsthatsupportthem.
Inordertoaddressthislargergoal,weoutlinedthefollowingspecificresearch
objectivesandquestions:
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1. HowsuitableistheAlbemarlePamlicoPeninsulaforblackbears?
2. Hasthelandchangedintermsofsuitabilityforblackbears?Ifso,how?
3. HowsuitableistheAlbemarle-PamlicoPeninsulaforredwolves?
4. Doesthefederallandallocatedfortheredwolvescontainsuitablehabitat?
5. Howdoblackbears,redwolves,andcoyotesfitintothelocalculture?
6. Whatarethelocalperceptions,attitudes,andvaluesregardingredwolves,black
bears,andcoyotes?
7. Whatarethelocalperceptions,attitudes,andvaluesregardingtheenvironment
andwildlifeingeneral?
8. Whatarethelocalperceptions,attitudes,andvaluesregardinggovernment
managementpractices?
Webeginwithanoverviewoftheregion’slargepredatorsandlandscape.Wethen
turntothespatialhabitatandquantitativemethodsusedforourstudy.Followingthat,we
willtalkaboutourinterviewingprocessandthequalitativeaspectsofthestudy.
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Background
Predators
RedWolf
Thehistoricrangeoftheredwolfcoveredthemajorityoftheeasternregionofthe
UnitedStates.Redwolvesrangeincolorfromcinnamonbuff,tawny,orcinnamonredwith
grayorblackonthetail.Maleredwolvesaretypicallybetween50and85poundsand
femalesare45to68pounds(NorthCarolinaWildlifeProfiles:RedWolf).Comparatively,
theyarebetweenthesizeofacoyoteandagraywolf.
Redwolvesinhabitareasofuplandandbottomlandforests,coastalprairies,swamps
andmarshes.Fordenning,theyrequiredensevegetation.Notmuchisknownabout
behaviorsandpatternsofredwolvesinthewild,becausetheirpopulationdeclinedrapidly
beforetheycouldbestudied(NorthCarolinaWildlifeProfiles:RedWolf).Theyaremost
activeatdawnandduskandlivewithapackfromtwotoeightwolves.Thispacktypically
consistsofamatingpairandtheirpupsfromthatyear(NorthCarolinaWildlifeProfiles:Red
Wolf).
AfterEuropeansettlerscametothearea,theredwolfwasextensivelykilledoutof
fearoftheanimalandtoprotectlivestock.Bythelate1960s,onlyasmallpopulationof
about14pure-bloodedwolves,basedonmorphology,remainedinsoutheasternTexasand
southwesternLouisiana(NorthCarolinaWildlifeProfiles:RedWolf).Forfearthattheentire
specieswouldbecomeextinctinthewild,theUnitedStatesFishandWildlifeService
(USFWS)capturedtheseindividualsin1970.Asaresult,in1980,theredwolfwasofficially
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declaredextinctinthewild.Howevertherewere,andstillcurrentlyare,individualsin
captivebreedingprogramsacrossthecountry(NorthCarolinaWildlifeProfiles:RedWolf).
InSeptember1987,USFWSreleasedfouradultpairsintotheAlligatorRiverNational
WildlifeRefuge(ARNWR)inDareCounty,NorthCarolina.Therehavebeenadditional
reintroductions,forexampleintheGreatSmokyMountainsNationalParkin1991,butthis
programfailedduetolowpupsurvivorship,disease,andlackofprey(NorthCarolina
WildlifeProfiles:RedWolf).TheAlligatorRiverpopulationisconsideredanonessential-
experimentalpopulation(NEP)underSection10(j)oftheEndangeredSpeciesAct(ESA),
meaningthat“onthebasisofthebestavailableinformation,theexperimentalpopulationis
notessentialforthecontinuedexistenceofthespecies”(USFWSEndangeredSpeciesAct:
ExperimentalPopulations).Thisdesignationwasgivenbecausetherewerestablenumbers
ofredwolvesbreedingincaptivity.NEPdesignationisimportantbecauseitgives
landownersandbiologistsmorefreedomwithpopulationmanagement,suchasallowing
individualsto“take”(i.e.hunt,shoot,kill,trap)redwolvesthatareconsidereda
demonstrablethreattohumansafetyorlivestockundertheESA(ESA;NorthCarolina
WildlifeProfile:RedWolf).Intheearly2000s,thenumberofknownwolvesintheARNWR
reachedapeakhighofapproximately130andthenstartedtoslowlydecline(Murrayetal.
2015).ChangesmadebytheUSFWStotheprogram,alongwithanthropogenicinteraction
andcoyotehybridization,haveaffectedtherecoveryoftheredwolf.Currentpopulation
estimatesfromtheUSFWSarebetween45and60redwolvesleftinthewildintheAPP(US
FishandWildlifeService).
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Coyote
ThecoyoteisnativetotheprairiesandgrasslandsofNorthAmericaandhasthe
widestrangeofallofthewildcaninesintheUnitedStates.WhenEuropeanssettled,
coyoteswerelimitedtotheGreatPlains(NorthCarolinaWildlifeProfiles:Coyote).Since
then,theyhaveexpandedacrossthecontinent.Upuntilthe1980s,coyoteswereillegally
releasedinNorthCarolinaforhunting(NorthCarolinaWildlifeProfiles:Coyote).Intothe
early1980s,somecoyotesnaturallybegantoexpandfromTennessee,GeorgiaandSouth
CarolinaintowesternNorthCarolina,andasof2005,arefoundinall100countiesofNorth
Carolina(Hilletal.1987).
Incomparisontoredwolves,coyotesaresmaller,withadultsranginginsizebetween
20and45pounds;theyaredarkgray,blonde,redorblackwithabushyblack-tippedtailand
havesharplypointedears(NorthCarolinaWildlifeProfiles:Coyote).Coyotehabitatincludes
agriculturalfields,forestedregions,andevensuburbanneighborhoods.Thisisbecause
coyotesarecarnivoresandopportunisticfeeders,eatingfoodsthatarethemostreadily
availableandeasytoobtain.Coyotestypicallydigtheirowndens,whicharehiddenfrom
viewandusedtobirthpupsandsleep(NorthCarolinaWildlifeProfiles:Coyote).
Thecoyoteandredwolfareinthesamegenusandarecapableofinterbreedingand
producingfertileoffspring(FWSRedWolvesandCoyotes).Redwolvesmateforlife,but
whenanindividualislostduetodeath,acoyotemayreplacethatindividualinthebreeding
pair(NationalWildlifeFederationRedWolf).Acombinationoftheredwolfreintroduction
programandtheexpandingcoyotepopulationshasledtomultipleinstancesofhybrid
offspring,whichdiminishesthepureredwolfgenepool(FWSRedWolvesandCoyotes).
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Interbreedinghasbeenthegreatestthreattoredwolfrecoveryandtothesuccessofthe
RedWolfReintroductionProgram(BohlingandWaits2015).AnAdaptiveManagementPlan
wasimplementedbyUSFWSandtheRedWolfRecoveryImplementationTeamtoprevent
hybridization,whichincludesterilizingmalecoyotesthathadpairedwitharedwolfto
createplaceholders,andinsomecases,removingthecoyotefromtheareaaltogether
(BohlingandWaits2015).
Coyotesoftenreceivemorepublicattentionthanredwolvesbecausetheytendto
preyonlivestockanddomesticanimals(Turner2016).Managingthesepredatorshasbeen
difficultbecauseoftheiradaptability.Themostprevalentmanagementtechniquesare
trappingandhunting(NorthCarolinaWildlifeProfiles:Coyote).Thereislimiteddataonthe
sizeofthecoyotepopulationinthecoastalregionofNorthCarolina,butasurveydone
between2002and2011regardingcoyoteharvestsestimatedthat1,100coyoteswere
trappedand10,261werekilledintotaloverthattimeperiodbyhunters(NCWRCFoxand
CoyotePopulationsReport).ThisdatashowsthatcoyotesareprolificincoastalNorth
Carolina,aswellasthroughoutthestate.Whencoyotepopulationsdecline,theyrespondby
breedingatyoungeragesandproducinglargerlittersizes,oftenwithhighpupsurvivorship
(NorthCarolinaWildlifeProfiles:Coyote).Thismeansthathuntingpressureoncoyotesmay
actuallycauseapopulationincrease.Movingintourbanizedspaceswithreadilyavailable
foodsourceshascausedmanycoyotestobecomeacclimatedtohumansandconsumption
ofunnaturalfoodsources,indicatingthatcoyoterangehasexpandedtoinclude
anthropogenicresourcesaswell.
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Blackbear
OriginallyfoundallacrossNorthCarolina,theblackbearhasexperiencedpopulation
fluctuationsinrecentyears(NorthCarolinaWildlifeProfiles:BlackBear).Attheturnofthe
twentiethcentury,effortstoquellblackbearnumbersinconjunctionwithotherlarge
predators,includingthegraywolf(Canislupus),reducedtheblackbearpopulationto
historicallylowlevels(NorthCarolinaWildlifeProfiles:BlackBear).Progressivehunting
policiesandactiveblackbearmanagementinthepastseveraldecadeshaveallowedthe
bearpopulationtorecoverwithinNorthCarolinatonearly15,000bears(NorthCarolina
WildlifeProfiles:BlackBear).
Adultblackbearstypicallyrangefrom100to700hundredpounds,dependingon
genderandfoodavailability(NorthCarolinaWildlifeProfiles:BlackBear).Non-
anthropogenicfoodpreferencesvaryseasonally,butaregenerallyamixoffruitsandnuts
(softandhardmast,respectively)fromlocalvegetation(Landers1979).Anthropogenic
food,specificallycorn,isalargeportionofthebeardietthroughouttheyear(Landers1979).
Bearactivitytendstodecreaseduringfallmonths,assomeindividualsneartheseasonal
hibernationthreshold(Hamilton1980).
Theblackbearhasbecomeanimportantandeasilyrecognizedculturaliconwithinthe
studyarea.Activemanagementpractices,includinghunting,havebeenenactedforblack
bearsandenforcedbytheNorthCarolinaWildlifeResourcesCommission(NorthCarolina
WildlifeProfiles:BlackBear).Ecotourismcenteredonblackbearencounters,aswellasbear
huntingexpeditionsintothecoastallowlands,bringvitaleconomicactivitytotheregion
(CoastalReviewOnline2015).Anthropogenicencountersalsotakeplacethrough
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automobilecollisionsandroadcrossings(Kindall2007).Bearmovementistypicallylimited
toanestablishedhomerangebutcanbeextensivethroughoutthatrange,dependingon
seasonalityandfoodsources(Jones2002).
Landscape
Theforests,wetlands,dunes,rivers,andestuarysurroundingtheAPPmakeupa
productivenaturalsystemthathostsadiversearrayofspecies(TheNatureConservancy
2005).Inadditiontohistoricallandscaperesources,thefive-countyregionalsocontains
developedareasthatcontributetoanevenmorediverselandscape.Becausenatural
resourceavailabilityaswellasanthropogeniclandusearekeydeterminantsofhabitat
suitabilityforspeciesinthisregion,alandscapeanalysisisnecessaryforaholistic
understandingofhowtheAPPserveslargepredators.Table1describesthelandscapesof
Beaufort,Hyde,Dare,andTyrrellcounties.Thedatausedinthetableincludesalloftheland
fromthecountyareas;however,ourstudyareawaslimitedtomainlandcountyareasonthe
APP.WashingtonCountywasexcludedbecausetherewasnodataavailable.
Table1:LanduseinBeaufort,Hyde,Dare,andTyrrellcounties.Developedlandincludesmunicipalities,ruraldevelopment,ruralclusterdevelopment,andindustrialuses.Undevelopedlandincludeslandusedfor“extractive”purposesaswellasprivatelyowned,vacant,orforestland.
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Approach
Thefollowingsectionswillprovideanexplanationofthemethodsemployed,
includinggeospatialanalysisofhabitatsuitabilityandqualitativeresearchintoresidents’
valuesandattitudes.
SpatialHabitat
Inordertounderstandhowredwolves,coyotes,andbearsfitintotheAPP,an
analysisoftheresourcesavailabletothesepredatorsishelpful.Thefood,habitat,denning,
andescapecoverneedsoflargepredatorscanbeindicatorsofwheretheyarelikelyto
thriveinthisenvironment.Thisinformationisbestrepresentedspatiallyusinggeographical
dataforvegetationandlandfeatures.Thefollowingsectionsdetailhowspatialdatacanbe
manipulatedtoprovideinformationabouthabitatsuitability.
Habitat Suitability Index
ThepurposeofcreatingaHabitatSuitabilityIndex(HSI)istoquantifythehabitat
needsofanorganisminaspatialcontext.AnHSIreliesonmathematicalfunctionsto
indicatetherelativeimportanceofdifferenthabitatcomponents.TheHSIthenusesspatial
datatodeterminethetotalsuitabilityofagivenregionordatapointbyprovidinganHSI
valuerangingfrom0to1–notsuitabletohighlysuitable,respectively.
ThereliabilityofanHSImodeldependsontheaccuracyofthemodelandtheinput
data.Forthepurposeofthisreport,aWesternNorthCarolinaHSIfunctionforblackbears
(Zimmerman1992)wasusedasatemplateandadjustedtofitobserveddifferencesin
landscapetobetterunderstandhowbearsfitintotheecologicallandscapeoftheAPP.
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Resource Selection Function
AResourceSelectionFunction(RSF)createsavisualrepresentationofwhereoneis
likelytofindaspecificorganisminageographicregiongiventhehabitatpreferencesofthat
animal.AnRSFmodelworkssimilarlytoanHSIinthatitassignsvaluestodifferenthabitat
componentsandcompilesthosecomponentsinamathematicalmodelinordertoshowthe
highestconcentrationofsuitablehabitatcomponentsonamap.RSFmodelscanbeusedto
showwhereananimalislikelytobefound.Inthecaseofthisreport,anRSFanalysiswas
usedtodeterminewhereintheAPPredwolvesaremostlikelytosurviveandreproduce,
accordingtoananalysisconductedbyDellingeretal(2013).
Resourceselectionfunctionscandifferinaccuracydependingonthestructureofthe
mathematicsusedtocreatethemodel.GeneralLinearModels(GLMs)aremostoftenused
foranalyses,butavarietyofcomplexstatisticalmodelscanbeusedinsomecasesto
achievevariouskindsofdatastructuresandquality.Forthepurposeofthisproject,alinear
modelwasused(Dellingeretal.2013).
Bear Habitat Change Model
Abearhabitatchangeanalysiswasperformedtoexaminethreedifferentvariables-
forestcohesion,forestdiversity,andforest-agricultureedgedensity-andhowtheychanged
from1996to2010accordingtoapaststudyconductedbyKindallandVanManen(2007).
Theresultsshowwherehabitatischangingandtowhichdegreeonascalefrom-3to3,with
3beinggreatlyimprovingand-3beingseverelyworsening.
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Thischangeinhabitatwasthenassignedestimatedmonetaryvaluesbasedonavariety
ofotherstudies.Thevaluescorrespondtoeitherthecostofrestoringworsenedlandtoits
1996qualityorthebenefitoftheimprovedhabitatforblackbears.
HumanDimensions
Peoplehavevaryingvaluesassociatedwithwildlife.Characterizingthisvariabilitycan
improveourunderstandingofpeople’sperceptionsofspecificpredatorsandthe
managementofthesepredators.Theseperceptionsarevitalbecausetheycanoftenpredict
howanindividual,orevenacommunity,willreacttowardspredatormanagement,the
predatorspecies,andtheultimatefutureofthespeciesorpopulation(Browne-Nunez2015).
Inthisstudywehopetounderstandlocalperceptionsofblackbears,redwolves,and
coyotestobetterunderstandtheobstaclesorsupportthatthesespeciesmayface.
Toresearchthecommunityperceptionsofbiodiversityandpredatormanagement,
weadoptedaqualitativeapproach.Thisisbecausequalitativeanalysiscansupport
investigationsthathopetounderstandthedetailsofaspecificexperienceorprocess
(Bazeley2013).Itallowedustodevelopdeeperdescriptionsofinterviewees’perspectives
andpermittedintervieweestoexpandonideasandtopicstheyfoundmostimportant
(Weiss1994).Interviewingisausefulqualitativeresearchmethodbecauseitallowsfor
unstructuredcollectionofinformationthatprovidescluestoidentifyanypatternsor
comparisonsbetweenthoughtsandopinionsgathered(Bazeley2013).Throughuseofan
interviewguide,questionscanbeaskedinawaytofacilitateresponsestocomplextopics
(Browne-Nunez2015).Recordedinterviewsarealsousefulbecausetheyallowforthe
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interviewertoretrieveinformationatalaterdatewithouttheerrorofhandwrittennotes
(Bazeley2013).Interviewinghasbeenbeneficialinthepastregardingthereintroductionof
graywolvestoYellowstoneNationalPark.Researchersusedinterviewstogatherattitudes
aboutwolfmanagementandlocalfeelingstowardsthewolves(Browne-Nunez2015).This
methodwillsupportourexplorationandevaluationofattitudesregardingthethreelarge
predatorsintheAlbemarle-PamlicoPeninsula.
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SpatialHabitat
Methods
UsingacombinationofaRSFforredwolves,anHSIforblackbears,andamodel
depictingchangesinblackbearhabitat,thisstudycharacterizedtheecologicalsuitabilityof
thelandscapeofnortheasternNorthCarolinaforblackbearsandredwolves.
ResourceSelectionFunction
ARSFcharacterizeshabitatqualitybyestimatingtherelationshipbetweenlandscape
covariates,anthropogenicdisturbances,andananimal’sobservedpresence.Dellingeretal.
(2013)constructedaRSFfortheredwolfineasternNorthCarolina,whichwasemployedas
aguidetomapsuitableredwolfhabitatinthisstudy.InArcGIS(version10.4.1),wefocused
ourRSFanalysisonastudyareaontheAPP.WithinGeographicalInformationSystem(GIS)
andusingsatelliteimagery-basedcoverdatafromNationalOceanicandAtmospheric
Administration(NOAA)CoastalChangeAnalysisProgram(C-CAP),roaddatafromtheNorth
CarolinaDepartmentofTransportation(NCDOT),andpopulationdatafromtheUnited
StatesCensus,binaryrasterizedindicatorswerecreatedforthestudyarea,whichcaptured
thepresenceorabsenceofkeyhabitatvariables(Table2).Basedoneachvariable’s
weightedcontributiontoobservingaredwolf’spresence,asestimatedbyDellingeretal.
(2013),weemployedtherastercalculatortooltogeneratearedwolfpredictionsurface.
Thepredictionsurface,orredwolfRSFmap,generatedvaluesrangingfrom0to1
wherelowervaluesindicatedalowpredictedprobabilityofredwolfpresence
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correspondingtolessdesirablehabitatforredwolves.Higherpredictedvaluesrepresented
moredesirableredwolfhabitat.Negativeestimatedvalues,outsideoftheDellingeretal.
(2013)samplerange,wererareandarelikelytorepresentareasvoidofsuitableredwolf
habitat.Toaddressnegativevaluesandcontrolforpotentialcomputederrorsinour
mapping,valuesbelowzerowerereclassifiedasnodataandvaluesgreaterthanzerowere
reclassifiedasone.
Here,weareconsideringthemostgeneralandleastrestrictivecasewhereinany
locationwithapositiveprobabilityofpredictingredwolfhabitatisconsideredsuitable
habitat.Amorenuancedanalysisfocusingonlyonhighqualityredwolfhabitat,ratherthan
themerepresenceofallpotentialredwolfhabitat,couldbeconductedbyrestrictingthe
predictedsurface.Weleavethisextensionforfuturework.
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Table2.Habitatattributesandassociatedcoefficients,fromDellingeretal.(2013)usedinourstudyofredwolfhabitatontheAPP.
Coefficient EstimatedWeight
Intercept 0.62
SuccessionalFields -0.21
Pocosins -0.67
Wetlands -0.81
LowlandForests -0.82
PinePlantations -0.95
Distancetoroads -1.29x10
Distancetowater 2.85x10
HumanDensity -0.08
DistancetoroadsandLowlandForests -2.70x10
DistancetoroadsandPocosins -2.79x10
DistancetoroadsandWetlands -2.48x10
HumanDensityandDistancetoroads 4.146x10
HumanDensityandPinePlantations 0.09
HumanDensityandLowlandsForests 0.03
HumanDensityandWetlands 0.08
HumanDensityandPocosins -6.29x10
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Habitat Suitability Index
TheHSIforblackbearsfromZimmerman(1992)thatwasadaptedtofitthe
northeasternregionofNorthCarolinainourstudyfollows:
HSI=((LRVFOOD+LRVESCAPE+LRVDEN)/3)*(I2)
DuetothefactthatZimmermancraftedthisequationtofitblackbearpopulations
nativetotheSouthernAppalachianMountains,certainelementseitherneededtobe
excludedorchangedsoastorepresentthehabitatinnortheasternNorthCarolina.The
variouschangesthatweremadeaswellasdescriptionsofvariablesandtheelementsthat
comprisethemaresummarizedinthefollowingsections.
Dataonthedistributionandabundanceofrelevantspeciesandvegetationcover
usedintheadaptedHSImodelwerefrom99CarolinaVegetationSurvey(CVS)plotswithin
ourstudyareatoidentifythedistributionandabundanceofrelevantspeciesandvegetative
cover.TheCVSisaresearchprogramthatwas“designedtodocumentthecompositionand
statusofthenaturalimpacts,andassessmentofconservationstatus.”TheCVSprogramhas
documentedthevegetationandotherenvironmentalattributesofthousandsof10x10m2
plotsthroughoutNorthCarolina(Peet1998).Thisdataisavailabletothepublicandupdated
annually(http://cvs.bio.unc.edu/).
Life Requisite Value – Food (LRVFOOD)
FortheblackbearfoodanalysiscomponentofourHSI,wedescribedtheseasonal
vegetationandanthropogenicfoodcomponentsoftheeasternNCblackbeardiet,andthe
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spatialextentmostlikelytobetraversedbybearsinsearchoffood.Speciesproducingsoft
mastaswellasanthropogenicandothernaturalfoodsourceswereidentifiedvialiterature
reviewofBeemanandPelton(1980),JonesandPelton(2003),andLandersetal.(1979),
whichallowedforaspecificexaminationofthedietofbearsinnortheasternNorthCarolina.
Thesespeciesidentifiedtobeoffoodvaluewerecross-analyzedwithCarolinaVegetation
Survey(CVS)data.
AmodelblackbearHSI,featuringvariablesforanumberofseasonalplantfood
speciesaswellashomerangesize,wastakenfromZimmerman’s(1992)equation:
LRVfood=1/7FoTOT+(1/7FSpTOT+2/7FSuTOT+4/7FFaTOT)*I1
LRVFOODstandsforLifeRequisiteValueforfoodforblackbears.InZimmerman
(1992),LRVFOODdescribedthedifferentfoodsourcesblackbearsreliedonandincorporated
coefficientscorrespondingtotherelativeamountofusetheygotfromeach.Thefirstpart
oftheequation,1/7FoTOT,isthecomponentofgoodanthropogenicfood.1/7FSpTOTrefersto
totalamountofnaturalfoodeateninspring;2/7FSuTOTreferstototalamountofnatural
foodeateninthesummerand4/7FFaTOTreferstotheamountofnaturalfoodeateninthe
fall.I1referstotheaveragehomerangesizeofablackbearinsquarekilometers.The
variableswereassignedvaluesaccordingtothecorrespondingdatafoundintheliterature
reviewandusedtodeterminethemostsuitabletypeofhabitatforblackbearfood
gathering.
Thecoefficientsrepresentedrelativeimportanceamongtheseasonalfoodsources.
ComparedtoZimmerman(1992),wehadgreatersourcesofanthropogenicfoods.Astriking
25
proportionofthetotallandinthestudyareaisagricultural(KindallandVanManen2007).
Therefore,weaccountedforthisbyincreasingtheweightoftheanthropogenicfood
coefficientandadjustingtheothers’weightsaccordingly.Anotheradjustmentmadewas
removingtheI1variablewhichrepresentedinterspersiondistancebearstraveledtofoodon
acontinuoussurface.ThisdistancevaluewasnotusefulbecausewecompletedtheHSI
usingCVSplotsatdiscretelocations,whichresultedindiscontinuity.Theadaptedequation
usedinourstudywas:
LRVfood=7/14FoTOT+(1/14FSpTOT+2/14FSuTOT+4/14FFaTOT)
Less Seasonal Food Sources:
InordertomeasurethecontributiontoLRVfoodfromlessseasonalsources(FoTOT),
theequationsfromZimmermanwereadaptedfortheAPP.Zimmerman’sequationisas
follows:
FoTOT=Fo1+Fo2,forFo1+Fo2<1.0;
FoTOT=1.0,forFo1+Fo2>1.0.
ThefirstadaptationwemadetoZimmerman’sequationforlessseasonalfoodwasto
thevariableforcolonialinsects(Fo1).Fo1wasassumedtobezerobecausecolonialinsects
arenotamajorfoodsourceforblackbearsintheAPP(Zimmerman1992).
WealsomadesomeslightchangestoFo2,whichisthecontributionfrom
anthropogenicsourcesoffood.Fo2hasthreefactors:thesource(Fo2a),thedistancetothe
26
source(Fo2b),andthedistancefromthesourcetoescapecover(Fo2c),definedby
Zimmerman(1992)accordingtothefollowingequation:
Fo2=(Fo2a*Fo2b*Fo2c)1/3
Thesourcefactor(Fo2a)dependsontheamountoffoodatthesource(A),therisk
associatedwithgettingthefood(R),andtheseasonalityofthissource(S),accordingtothe
followingequation:
Fo2a=((A+R)/2)*S
Itappearsfromfirst-handobservationsintheareaandconversationswithlocal
residentsthattheprimarysourceofanthropogenicfoodinthisregionisagriculture.
Accordingly,anumberofassumptionsweremadeabouttheA,R,andSvariables.The
amountoffood(A)wasassumedtoalwaysbeveryhigh,becausecomparedtoZimmerman
(1992),whereanthropogenicfoodincludedthingsliketrashandbirdfeeders,the
anthropogenicfoodintheAPPcomesfromlarge,commercialagriculturalfields.Therisk
associatedwithgettingthefood(R)wasassumedtobezero.Inthisarea,thereisaplethora
ofanthropogenicfoodavailableandalthoughthereareshortbearhuntingseasons,and
bearhuntingusuallytakesplacearoundagriculturalland,theproportionofbearskilled
duringforagingissosmallthatitisunlikelythatthebearsperceiveanyrisk(USDA1997).The
seasonalityoftheanthropogenicfood(S)wasdeterminedusingUSDAgrowingseasons
data(1997)forthethreecropsthatbearseat:wheat,corn,andsoy.Sincethesecropsare
availableduringthreeseasons,avalueof3wasassignedtoS.Thefinalsource(Fo2a)
equationresultedinaFo2aof1forallplots,correspondingtothe"highquantitylow-risk
27
sourceavailablefromemergencetodenning”reportedbyZimmerman(1992).
Thesecondfactor,distancetoanthropogenicfood(Fo2b),canberepresentedbythe
followingequationfromZimmerman(1992):
Fo2b=-0.667x+2for1.5≤x≤3.0;
Fo2b=1.0forx≤1.5;
Fo2b=0forx≥3.0;
wherex=distance(km)fromtheplottotheclosestsourceofanthropogenicfood.
Thethirdfactor,distancefromplotswithinhomerange(7.8km;NCWRC)ofescape
cover(Fo2c)toanthropogenicfood,canbemodeledbytheequation:
Fo2c=1.0forx<25;
Fo2c=-0.0017x+1.0425for25≤x≤200;
Fo2c=-0.0015x+0.6for200≤x≤400;
Fo2c=0forx>400;
wherex=distance(km)fromplottoanthropogenicfoodsource.
Ifapointwasnotwithinhomerangeofaconterminousforestareaofatleast400ha,
Fo2c=0,whichisdifferentfromZimmerman(1992)becauseourmeasurementscorrespond
tospecificlocations(CVSplots).
WiththeseadaptationstoZimmerman’sFo1andFo2variablesforFoTOTourfinal
equationforFoTOTwasasfollows:
28
FoTOT=Fo2forFo2<1.0and
FoTOT=1.0forFo2≥1.0
Spring Value (FSpTOT):
FSpTOTrepresentstheamountofspringfoodthatisavailabletoblackbearsinthe
studyarea.Zimmerman(1992)definedthespringforagingseasonasMarchtolateMay.
Smilaxspp.,orgreenbriar,istheprimaryfoodsourceforblackbearsduringthisseason,so
Smilaxspeciesweretakenintoaccounttocalculatespringfoodtotals.Therestofthebears’
springdietconsistsofvegetationthatisdependentonaccesstowater.Therefore,
Zimmerman’sequationalsotakesdistancetowaterintoaccount.Distancetowateris
weightedmoreheavilytorepresenttheimportanceofdistancetoperennialwaterforplant
growthandneedforwaterafterdenning.Zimmerman’ssummaryequationfortotalspring
foodvalueisasfollows:
FSpTOT=(2FSp1+FSp2)/3
In our study, FSp1was calculated in a GIS as distance from each plot to perennial
water, toaccount for theamountof springdietsmadeupof vegetation fromperennially
moist environments. FSp1 values were calculated using the following from Zimmerman
(1992):
FSp1=1.0,forx≤0.64;
FSp1=-1.167x+1.75,for0.64<x<1.5;
FSp1=0,forx≥1.5;
29
FSp2wasderivedfromthepercentcoverofSmilaxwithineachplot.Smilaxspeciesin
eachplotwereidentified,andthenpercentcoverwascalculatedasthesumofthepercent
covervaluesforeachtypeofSmilaxineachplot.Zimmerman(1992)proposedthefollowing
forcalculatingFSp2basedsolelyonSmilaxcover,whichwasusedforourstudy:
wherex=distance(km)toperennialwater.
FSp2=0.08x,forx<12.5;
FSp2=1.0,forx≥12.5;
wherex=percentcoverbySmilaxspp.
Summer Value (FSuTOT):
SummerfoodavailabilityforblackbearsintheAPPwascalculatedfollowingthe
examplecitedinZimmerman(1992).Thiscalculationaccountedforsoft-mastandhard-mast
sourcesoffood,andtreatedthemasindependentvariablesintheoverallequation,which
wasformulatedasfollows:
FSuTOT=FSu1+FSu2,forFSu1+FSu2≤1.0;
FSuTOT=1.0,forFSu1+FSu2>1.0.
FSu1reflectedtheavailabilityofsoft-mastfruitavailabletoblackbearsduring
summermonths,notablyvariousberries.Thiscalculationdeviatedfromtheoneperformed
inZimmerman(1992)astheprimaryspeciesconsideredinthatpaper,blueberries(Vaccinium
spp.),huckleberries(Gaylussaciaspp.),andblackberries(Rubusspp.),differedfromcoastal
species.Coastalberryspecies,suchasAmericanpersimmon(Diospyrosvirginiana),
muscadine(Vitisrotundifolia),largegallberry(Ilexcoriacea),andotherspecies,were
30
includedinadditiontoberryspeciesthatoccurredinbothcoastalandmountainous
locations.TheformulaforFSu1wasasfollows:
Forn=1*: Forn=2: Forn=3: Foralln:
FSu1=0.033x FSu1=0.037x FSu1=0.042x FSu1=1.0,
forFSu1>1.0
*Wheren=numberofberrygenerapresent;
andx=percentunderstorycoverofsoftmastspecies.
FollowingZimmerman’s(1992)example,thepercentofunderstorycoverofsoft
mastspecies(x)wascalculatedasfollows:
x=(FSu1-0.1(n-1))/0.033;
Wheren=numberofberrygenerapresent;andFSu1=1.0.
FSu1generatotalswerecalculatedbyidentifyingandsummingthenumberofallsoft-
mastbearinggeneraamongthespecieslistedperCVSplot.
Again,followingZimmerman’s(1992)approach,hard-mastspecies,particularlyoak
(Quercusspp.)wereselectedforcalculationoftheFSu2value.Oakstendtoharboraparasite
knownassquawroot(Conopholisamericana),whichservesasanadditionalsourceoffood
forblackbearsinsummermonths.Accountingforthisspeciesselectionforthisvalue,plots
withco-dominantordominantoakswereassignedanFSu2valueof1,andplotsthatdidnot
havethesespeciesasdominantorco-dominantwereassigned0.Dominanceandco-
dominancewasdeterminedthroughtheplotclassificationtaboftheCVSdatafindings,
31
wherethedominatingspecieswithinaplotwaslistedunder“translatedscientificnameof
communityconcept”oftheCVSdataset.Totalsummerfoodavailability(FSuTOT)was
calculatedusingthefollowingequation:
FSuTOT=FSu1+FSu2,forFSu1+FSu2≤1.0;
FSuTOT=1.0,forFSu1+FSu2>1.0.
Fall Value (FFaTOT):
Tocalculatethecontributionoffallfoodfromnaturalsourcestotheoverallblack
bearHSI,thefollowingequationwasused:
FFaTOT=((2FFa1+FFa2)/3)*FFa3
Thethreeseparatefactors(FFa1,FFa2,andFFa3)affectingfoodavailabilitywere
assessedfromtheCVSplotsinthestudyarea.FFa1representshardmastspeciesinablack
bear'sdiet.FFa2representssoftmastspecies.FFa3representsdistancebetweenplotsand
roads.IncalculatingtheLRVoffallfoodforeachplot,hardandsoftmastvalueswere
weightedandaddedanddistancetoroadswasconsideredasamultiplicativefactor.
Thefirstfactor,FFa1,describedthecontributionofhardmastsuchasoakandmaple
seedstobeardiet.Dataspecifyingobservationsite,hardmastproducingplantspecies
present,stemdiameter(cm),andsiteobservationarea(m2)wereextractedfromtheCVS
datasetforthestudyarea.Stemareawascalculatedassumingacircularstemshapeforall
species.Thesumofstemareabysitewasthendividedbythatsite'sobservationareaand
multipliedby100toproduceapercentbasalcoverofhardmast(VanManenandPelton
32
1997,Kaminski2013).FFa1valuesweredeterminedforeachsiteusingdifferentformulas
dependingontherangeofpercentbasalcoverofallhardmastspecieswithineachplot(as
inZimmerman1992).Ifpercentbasalcover=0-15%,thenFFa1=0;ifpercentbasalcover=15-
40%,thenFFa1=0.6;ifpercentbasalcover=40-100%.thenFFa1=1.
Thesecondfactor,FFa2,describedthecontributionofsoftmastspecies,specifically
grapevines,toblackbeardietinthefall.Asforthefirstvariable,allgenusMuscadinia
species,theobservationareas(insquaremeters),andMuscadiniastemcountswere
extractedforeachCVSplot.Thenumberofgrapestemswassummedforeachplotand
dividedbytheplotobservationarea(inhectares)togetameasureofgrapestemsper
hectare.FFa2wasthendeterminedforeachplotdependingonwhichoftworangesthe
grapestemsperhectarevaluesfellinto(therangesbeing0-200stemsand>200stems):
FFa2=0.005x,forx≤200;
FFa2=1.0,forx>200;
wherex=numberofgrapevines/ha.
Thethirdvariable,FFa3,accountedforthedistancebetweeneachplotandthe
nearestroad,whichwasnecessarybecauseoftheimpactdistancetoroadshasonbearfood
availability.DepartmentofTransportationroaddatafortheAPPandaEuclidiandistance
toolwithinaGISwasusedtoobtainadistance(km)betweeneachplotandthenearest
road,asinZimmerman(1992).FFa3wasassignedadifferentvaluedependingonwhichof
threerangesthedistancevaluefellinto:
FFa3=0.33,forx≤0.2;
FFa3=0.454x+0.273,for0.2<x≤1.6;
33
FFa3=1.0,forx>1.6;
wherex=distance(km)toclosestroad
Thesemodelvalueswerebasedontheassumptionthatallrelevantroadsinthe
studyareawerepaved,hencethereasonFFa3wasassignedvaluescorrespondingto
Zimmerman's(1992)functionforpavedroads.
Life Requisite Value – Escape:
TheLRVforescapecoverasmodeledbyZimmerman(1992)consistsoffour
variables:area(ha)ofconterminousforest(E1),understorycover(E2),slope(E3),and
distancetoroads(E4).Torepresentthis,Zimmermancameupwiththemodel:
LRVESCAPE=(E1+0.5E2+0.25E3)*E4;
IfLRVESCAPE>1.0thenLRVESCAPE=1.0.
WeadaptedthismodelfromZimmermantofitourstudyareainnortheasternNorth
Carolina.Undercoverstory(E2)wasadjustedtoreflectplantsthatarefoundinthestudy
areafromLanders(1979)andHellgrenetal.(1989).Slope(E3)wasfoundtoalwaysbezero
becausetopographywithinthestudyareaisflat.
Conterminous Forest (E1):
Thefirstvalue(E1)intheLRVforescapecoverfunction,asdescribedbyZimmerman
(1992),istheavailabilityofconterminousforest-thatis,acontinuousareaofforest
uninterruptedbyroads.TheC-CAPlandcoverdataset(NOAA2010)wasusedtoidentify
differentsizedparcelsofconterminousforest.Areasunder400hectareswereconsidered
insufficienttoallowforbearstoescape;theaveragerangeforabearis3,200hectares
34
(Zimmerman1992).AccordingtoZimmerman,thevalueofconterminousforestrisesquickly
andthenlevelsoutsoalogarithmicfunctionisneededtodetermineitsvalue.
E1=0,forx≤400;
E1=1.11(Logx)-2.89,for400<x<3200;
E1=1.0,forx≥3200;
Wherex=area(hectares)ofconterminousforest
Understory Cover (E2):
Thesecondvalueneeded,E2,forZimmerman’sLRVforescapecovergivesthe
availabilityofunderstorycoverforbearstohide,travel,andrest.Theprocessofdefining
understoryspecieslocatedinblackbearhabitatinthestudyareaevolvedfrominformation
foundinZimmerman(1992).Zimmermanlistedrhododendronandmountainlaurelas
componentsofthedenseunderstorythatbearsused(1992).Literaturereviewrevealed
understoryspeciesspecifictonortheasternNorthCarolinaandincluded:mountain
doghobble(Leucothoefontanesiana),wildgrape(Vitisspp.),greenbriar(Smilaxspp.),
blueberry(Vacciniumspp.),andfetterbush(Lyoniaspp.)(Landersetal.1979;Hellgrenetal.
1989).TheCVSwasusedtolocateplotareasofthesespecies.Welimitedthedatatoour
studyareaandwereabletomanuallyfindpercentcoveroftheunderstoryspecies.Plot
coverageofspecieswasbasedontwofactorslocatedintheCVS:areaofplotsand
percentagecoverofeachspecies.Area(ha)oftheplotwasmultipliedbypercentage
coverageoftheunderstoryspeciestogiveareacoverofplantspeciesintheplot.Areacover
isdefinedasx.Theminimumcoverwasjudgedtohaveavalueof20%andtheimportance
35
risesexponentiallytoamaximumat80%,(Zimmerman1992).Noneofourliteraturereview
hasindicatedthatthesevaluesshouldbechangedandwe,therefore,usedthesame
formulas.Theresultingsummedpercentagevalueswerethevariablespluggedinto
Zimmerman’sformula.
E2=0,forx≤20
E2=-0.007x+(2.38*10-4)x2+0.06,for20<x<80
E2=1.0,forx≥80;
wherex=percentcanopycoverofunderstory.
Slope (E3):
Thethirdvalueneeded,E3,forZimmerman’sLRVforescapecoveristheslopeofthe
terrain.However,becausewewerelookingatnortheasternNCandnottheAppalachian
Mountains,slopewasnotafactor.AllofnortheasternNChasaninsignificantslopewhen
lookingatZimmerman’sformula.Therefore,E3=0throughouttheentirestudyarea
(Zimmerman1992).
Distance to roads (E4):
InordertodetermineE₄,thedistancetoroadsvariable,wehadtodeterminethe
impactofroadsonbear.Thiswasbasedonthedistancearoadisfromwherethebearsare
harvestedbyhunters(Zimmerman1992).Thereisnoavailableliteraturethatcontradicts
Zimmerman’suseofharvestratesbyhuntersofblackbearsare50%and73%whenthe
distancefromroadsis0.8kmor1.6kms.Moreover,thereisnoavailableliteraturethat
suggeststhevaluesforE₄wouldchangeinacoastalarea.Distancefromroadswas
36
calculatedasEuclideandistancebetweentheCVSplotsandatransportationdatalayer
(United2002).
E₄=0,forx=0;
E₄=0.156x+0.195x2=0.25,for0<x<1.6;
E₄=1.0forx≥1.6;
Wherex=distance(km)tonearestroad.
Life Requisite Value – Denning:
TheLRVforthedenningofblackbears,asoutlinedbyZimmerman(1992)inthe
southernAppalachianMountainsconsistsoffourmajorcomponents:areaofconterminous
forest(ha),terrainslope,presenceoflargediametertrees,andcanopycoverofdense
understory.WhilethismodelwasdesignedtosuitthesouthernAppalachianarea,elements
ofthemodelcanbeadaptedtofitthetopographyandhabitattypicalofthestudyarea.
Specifically,therequisitevalueforconterminousforestremainedthesamewhilethe
requisitesforpercentcoverofdenseunderstoryandpresenceoflargediametertreeswere
expandedtoincludevegetationindigenoustonortheasternNorthCarolina.Theaspectof
slopewasreducedtozerogiventheextremelyminimalelevationchangethroughoutthe
studyarea.Theoverallformula,asstatedinZimmerman’spaper,fortheLRVforblackbear
denningis:
LRVDEN=[((D1+D2)/2)(D3+D4)]0.5
IfLRVDEN>1.0thenLRVDEN=1.0
37
WhereD1istheareaofconterminousforest,D2isthepercentareacoveredbydense
understory,D3istheslope,andD4isthepresenceoflargediametertrees.Thedifferent
aspectsoftheDsubsectionsareexpoundeduponandgivenvaluesinthefollowingsections.
DuetodifferencesinthesevaluesbetweentheAppalachianMountainstudyareawhere
Zimmermanconductedtheirexperimentandthisstudyarea,theformulawasadaptedto:
LRVDEN=((D1+D2)/2)+1/23(D3+D4)
IfLRVDEN>1.0thenLRVDEN=1.0
ThereducedweightofD3andD4wasbasedonMartorelloandPelton(2003),which
showedthatonly1in23blackbearsincoastalNorthCarolinautilizedtreedenning.The
equationwasmadeadditiveinsteadofmultiplicativebecauseoftheminimalimportanceof
treesforblackbeardenninginthestudyarea.RaisingLRVDENtothepowerof0.5wasdone
byZimmermanduetothefactthattwodenningvaluesweremultipliedinthatequation.
Seeingastheadaptedequationisadditive,theexponentwasremovedasitwasnot
relevanttoourstudy.
Conterminous Forest (D1):
AccordingtoZimmerman(1992),theareaofconterminousforestisimportantin
determiningchanceofdisturbance.Hesuggestedaminimumareaofconterminousforest
fordenningtobe200ha(toreflecthalfoftheareaneededforescape);belowwhichthe
suitabilityindex(SI)fordenning,D1,wouldbezero.Heusedtheaveragefemalehomerange
of1,225hatobetheareawhereD1levelsoutat1.0.Usingthis,hecreatedalinear
relationshipbetweentheminimumandmaximumareaforD1andderivedthefunction:
38
D1=0forx≤200;
D1=(9.8x10^-4)x-0.20,for200<x<1225;
D1=1.0,forx≥1,225;
wherex=area(ha)ofconterminousforest.
WeusedspatiallandcoverdatafromC-CAP(NOAA2010)withinaGIStofindareasof
conterminousforest.
Area Covered by Understory (D2):
TheprocessofdefiningunderstoryspeciesforD2wasthesameasforescape(E2),
differingonlyinhowtheunderstoryrelatedtodenningasopposedtoescape.Relatingto
denning,Zimmerman(1992)definedunderstoryassuitablewhenacontiguousareaof
understorycoverisgreaterthan30hectares.Aregressionofalinefromtheorigintothis
maximumgavethefunction:
Ifx<30,thenD2ismultipliedby0.0333.
Ifx>30,thenD2=1.
IfD2wasmultipliedby0.0333,thenthereisanuncertaintyofblackbearsbeing
locatedthereornot.Ifthenumberweregreaterthan30,theplotwascertainlysuitablefor
bearsandtheseareasweregivenavalueof1.
Slope (D3):
Aspreviouslystated,theparameterofslopewasreducedtozeroforallsiteswithin
thestudyareagiventheratheruniformelevation.Seeingastheslopeandpresenceoflarge
diametertreeswascumulative,D3+D4reducedtoD4.
39
Presence of Large Trees (D4):
Bearsusetreesfordenning,butinordertobesuitablefordenning,thetreeshaveto
beofcertainsize.Therefore,asthenumberoflargediametertreesincrease,withlarge
diameterreferringtobaldcypressesthataregreaterthan145cm(CrookandChamberlain
2010)andothertreeswhosediametersaregreaterthan90cm,thenumberofbeardensin
treesshouldalsoincrease.ThedatacollectedbytheCVSlistedbothtreetypeaswellas
diameteratbreastheightforvegetationwithinthestudyarea.Onlytreesmeetingthe
aforementionedparameterswereincludedinthecalculationandthenindividualvegetation
surveylocationsweregivenweightunderacertainsetofconditions.Theseconditionswere
thatifasitehadmorethan250treesgreaterthanorequalto90cmindiameter,thenD4
wouldequal1.0(Zimmerman1992).Iftherearelessthan250treesthatfitthatqualification,
thenumberoftreesarepluggedintotheequationD4=0.564(ln(x))-0.352withthenumberof
treessubstitutingforx(Zimmerman1992).Duetotheoverwhelminglackoftreesabove90
cmindiameterandbaldcypresseswithadiametergreaterthan145cm,thisvariablewas
alteredsothatifanynumberoftreeswerefoundgreaterthan145cmforbaldcypressesand
90cmforallothertrees,thenD4wouldequal1.0.Anyplotthatdidnothavetreesofthissize
wasgivenaD4ofzero.
40
Table3.TheadaptationsthatweremadetotheequationsfoundinZimmerman(1992)tobettersuitourstudyarea.Thevariablesthatwerechanged,theoriginalZimmerman(1992)equations,thenewmanipulatedvalues,andthejustificationsforeachchangeareshown.
ManipulatedVariable
Zimmerman(1992)value Manipulatedvalue Justification
LRVfood,LifeRequisiteValueofFood
=1/7FoTOT+(1/7FSpTOT+2/7FSuTOT+4/7FFaTOT)*I1
=7/14FoTOT+(1/14FSpTOT+2/14FSuTOT+4/14FFaTOT)*I1
Anthropogenicfoodweightedmoreheavily
Fo1,variableforcolonialinsects
=0.00082x+0.1,forx≤1100;
=1.0,forx>1100;wherex=downedlogs/ha.
=0.0 BeemanandPelton(1980);JonesandPelton(2003);Landersetal.(1979)
Fo2a,Sourceofanthropogenicfood
=((A+R)/2)*S =1 First-handObservations
Fo2c,Distancefromanthropogenicfoodsourcetoescapecover
Fo2c=1.0forx<25Fo2c=-0.0017x+1.0425for25≤x≤200Fo2c=-0.0015x+0.6for200≤x≤400Fo2c=0forx>400wherex=distance(km)fromplottoanthropogenicfoodsource
Fo2c=1.0forx<25Fo2c=-0.0017x+1.0425for25≤x≤200Fo2c=-0.0015x+0.6for200≤x≤400Fo2c=0forx>400wherex=distance(km)fromplottoanthropogenicfoodsourcewithinconterminousforestofamplesize
NorthCarolinaWildlifeBlackBearProfile
I1,Interspersion =1.0,forx≤5;=-0.07x+1.35,for5<x≤19;=0,forx>19;wherex=traveldistance(km).
Notincluded Interspersionisonlyrelevantwhenexaminingacontinuoussurfaceinsteadofindividualplots
E3,SlopeandEscape =0,forx<15;=0.0333x-0.5,for15≤x≤45;=1.0,forx>45; wherex=slope(degrees)ofterrain.
=0.0
First-handObservations
D3,SlopeandDenning
=Tan(x),forx≤45;
=1.0,forx>45;wherex=slope(degrees)ofterrain
=0.0 First-handObservations
D4,PresenceofLargeTrees
=0.564(Log10x)-0.352,forx≤250;=1.0,forx>250; wherex=numberoftrees≥90cmDBH/ha.
=0.564(Log10x)-0.352,forx≤250;=1.0,forx>250; wherex=numberoftrees≥90cmDBH/ha. wherex=numberofbaldcypress≥145cmDBH/ha.
CrookandChamberlain(2010)
LRVDEN,LifeRequisiteValueofDenning
=[((D1+D2)/2)(D3+D4)]0.5;
IfLRVDEN>1.0thenLRVDEN=1.0
=((D1+D2)/2)+1/23(D3+D4);IfLRVDEN>1.0thenLRVDEN=1.0
MartorelloandPelton(2003)
41
Land Use Change and Black Bear Habitat Replacement Cost in Northeastern North Carolina
Historicallandcoverdatafrom1996and2010wereusedtoexaminechangesinblack
bearhabitatovertimeandtoestimatethecorrespondingcosttorestoreworsenedlandsto
their1996conditions.Weusedhabitatqualityconditionstoidentifyaspectsofthe
landscape,includingforestcohesion,forestdiversity,andforest-agricultureedgedensity,
whicharesuitablehabitatforblackbearsinnortheasternNorthCarolina(KindallandVan
Manen2007).
Toexaminechangesinlandusefrom1996to2010,NOAA’sCoastalChangeAnalysis
Program’sdatasetwasusedwithinArcGIS(version10.4.1).The1996and2010datasetswere
firstreclassifiedtoidentifyonlycohesiveforestsintheregionbasedonthepresenceof
deciduousforests,evergreenforests,mixedforests,palustrineforestedwetlands,and
estuarineforestedwetlands(KindallandVanManen2007).Alloftheseareaswere
reclassifiedtothesamevaluebecause,regardlessoftheforesttype,cohesionwasthe
desiredvariable.Foreachoftheyears,wethenuniquelyidentifiedeachforesttype,which
wasthenusedtocalculateourmeasureofforestdiversity.Forest-agricultureedgedensity
variablewasdeterminedbyreclassifyingforestedlandandcultivatedcropsasunique
indicators.
EachvariableineachyearwasprocessedinFRAGSTATS.Theforestcohesionvariable
foreach1996and2010datasetwasprocessedusingthePatchCohesionIndexwithinthe
softwarewithsquare300meterx300meterpatches.Thisproduceda.tiffileforbothyears,
42
whichwasthenuploadedintoArcGIS.WithinArcGIS,anyforestwithpatchcohesion≥91
wasconsideredfavorableblackbearhabitat(KindallandVanManen2007).
TheforestdiversityrasterdatasetswerethenanalyzedinFRAGSTATSbyusingthe
Simpson’sDiversityIndexcalculationwiththesamepatchdefinitionusedforforest
cohesion.ConsistentwithKindallandVanManen(2007),wereclassifiedvaluesrangingfrom
0to0.5asarangesuitableforblackbears.Thesecellswereattributedavalueof1andany
areathatdidnotfallwithintherangewasgivenavalueofzero.
Forest-agricultureedgediversitywascomputedusingtheEdgeDensitytoolwithin
FRAGSTATSandappliedtothetworeclassifieddatasetsconcerningthevariable.Basedon
visualinspection,thisindicatorwasreclassifiedasfavorableedgedensityforblackbearsfor
thosevaluesrangingfrom0.25to0.5.
WithinArcGIS,thechangeinblackbearhabitatfrom1996to2010wasdetermined
usingtherastercalculatorforeachrastercell(300meterby300meter).Withinthe
calculator,thecumulativevaluesofallvariablesfrom1996weresubtractedfromthe
cumulativetotalofvariablepresentin2010.Thiscalculationresultedinascalerangingfrom-
3to3.Eachofthesevalueswasgivenadescription(Table4).
43
Table4.DegreeofChangeofBlackBearHabitatandDescription
Description DegreeofChange
GreatlyImproved -3
ModeratelyImproved -2
SlightlyImproved -1
NoNetChange 0
SlightlyWorsened 1
ModeratelyWorsened 2
SeverelyWorsened 3
Theweighting(Table4)assumesthateachvariable’scontributiontoblackbear
habitatisindependentofoneanotherandthatthereductionorimprovementinone
variablehasanequivalentimpactonblackbearhabitatasanalogouschangetoanother
variable.Althoughtheabovescalingislikelytocapturebroadtrendsinblackbearhabitat
quality,amorenuancedapproachmightconsiderthesehabitatcharacteristicsindividually.
Forexample,thecostofrestoringagricultural-edgesmaybemoreexpensivethan
replantingtoincreaseforestcohesion.
Weusedthetabulateareatooltosummarizetherastercellswithineachprivate
parceloflandthatwere“severelyworsened,”“moderatelyworsened,or“slightly
worsened.”Thetotalcostofrestorationwasthendeterminedforthestudyareaand
related,onaparcel-by-parcelbasis,tothevalueoflandinthesecounties.
44
Thecostsofhabitatrestorationarehighlyuncertainandarelikelytovaryacross
spaceandtime.Forexample,undertheUnitedStatesDepartmentofAgriculture’sWetlands
ReserveProgram,similarreplantingeffortshavebeenconductedinArkansasandLouisiana
withtheaimofsupportingtheLouisianaBlackBear(Ursusamericanusluteolus).Nationally,
in2001,“theaveragecostofpurchasingandrestoringapermanenteasementwas
approximately$1,200peracre.Theaveragecostofpurchasingandrestoringa30-year
easementwasaround$770peracre.Restorationcost-shareagreements,whichdonot
includeeasementacquisitioncosts,averagesaround$450peracre”(USDA2016).In
Delaware,theper-acrecostofforestrestorationis$400whengrowingforests;wetland
restorationprojectswereapproximately$1,500peracre;replantingofriparianforestbuffers
wereapproximately$500peracreandrestoringforestedBogturtlehabitatcosts
approximately$1,000peracre(FWS2016).Usingthesecostestimatesasaguide,and
recognizingthathabitatworseningintermsofthemultipleindicators,forestdiversityand
forestcohesion,ismorecostlytorestore,weassumerestorationcostsof$300peracreif
oneofourthreeindicatorsisworsening,$600peracreiftwoindicatorsareworseningand
$1000peracreifallthreeindicatorsareworsening.Wethenemployedlandparcel
valuationsfromcountyassessorofficestogainperspectiveontherestorationcostasit
comparestotheproperty’smarketvaluationforthirtyyears.Thesecostsaccountedforonly
thedirectcostsofrestoration,suchasreplantingefforts,andnotforindirectcosts,suchas
landacquisitionorrentalanddisruptionofexistinghumanuse.Therefore,ourestimations
ofthefinalcostareonthelowerboundsofthetruecostofblackbearhabitatrestoration.
45
Results and Discussion
Red Wolf Habitat Suitability on the APP
Figure1showsthediscrepancybetweensuitablehabitatandfederallands.Thered
wolfreintroductionprogramreleasedwolvesonfederallands,namelytheARNWR.
Whereas,ouranalysisrevealedthatsuitableredwolfhabitatislocateddisproportionatelyin
themoreinlandportionoftheofthestudyarea.Thisfindingsupportstheclaimmadeby
Dellingeretal.(2013)thatredwolvesprefertoremaindistantfromhumandevelopment,
butclosetolargeagriculturalfieldsandintactagriculturaledges.Thesehabitat
characteristicsprovideastablefoodsource(i.e.smallgame)andpreservelowinteractions
withhumans(Dellingeretal.2013).NortheasternBeaufortandsouthernWashington
countiesarepredominatelyagriculturalland(Figure2).Agriculturalexpansioninthese
regions,aswellasthroughouttheentirestudyarea,mayimprovethesuitabilityofthe
region’shabitatfortheredwolves.
46
Figure1.TheculminationofmultipleRSF(resourceselectionfunction)layers,derivedfromDellingeretal(2013),thatrepresentthemostsuitableredwolfhabitatinNortheasternNorthCarolinain2013incomparisontothefederallandsalsolocatedintheregion.ConstructedinArcGISbyreclassifyingfavorablehabitattypesandthensubtractingawaylandthatisnottraditionallyindicativeofredwolves.Blueareasrepresentsuitableredwolfhabitats.Greenareasrepresentfederallands.Theblackborderrepresentsthecountieswearestudying.
47
Habitatnearfederallands,wheretheUSFWSplacedtheredwolvesforthe
reintroductionprogram,islargelyfragmented.Takingintoconsiderationthelargeexpanses
oflandneededtosupportaredwolfpack,federallandshavecomparativelylittlepotential
tohelpsustainpopulations.Also,muchofthefederallandisPocosinforest(Figure2),
which,accordingtotheNorthCarolinaWildlifeRedWolfProfile,isconsideredsuitablered
wolfhabitat.ThisRSFindicatedthatPocosinsandwetlandsareunsuitableforredwolves
(Table2;Dellingeretal.2013).Therefore,therefugesandlandsthattheUSFWSdeemed
suitablefortheredwolfreintroductionprogramarelikelylesssuitablethanpreviously
believed.However,becauselittlewasknownaboutredwolfbehaviorandpreferencesprior
totheRedWolfReintroductionProgram(becauseredwolfpopulationshadbeen
decimated),informationgleanedfromtheAPPwildpopulation’sbehaviorisvaluableand
noteworthy.InformationaboutredwolfbiologyandecologygatheredthroughtheNEP
programontheAPPwillbeusefulinexaminingthesuitabilityoffuturelandscapesto
supportredwolves.
Habitatpresencedoesnotnecessarilydeterminetheabsolutepresenceofred
wolvesinthearea;duetothefragilenatureoftheredwolfpopulation,thepopulationmay
bemoreconcentratedinareaswheretheyaresignificantlymanaged.Ifmanagementefforts
dostronglyinfluencethelocationofredwolfpopulations,thenmanagementinareasthat
theRSFdeemedasmoresuitablemaybemorebeneficialtothefragilepopulation.Intensive
managementefforts,liketheplaceholdermanagementmethodtoreducecoyote
hybridization,alongwithremovalsofredwolvesfromprivatelandbytheUSFWSshows
thatunfetteredaccesstotheselands,whichisavailableonfederallands,wasvital(Bohling
48
andWaits2015;Murrayetal.2015).Intensivemanagementpracticesandnaturallimitations
tomigration,suchashabitatfragmentationandanthropogenicharvesting,mayconcentrate
thelocationofredwolvestofederallandsdespitetheirlessthansuitablehabitat.
Althoughfederallanddoesnotcontainamajorityofhabitatmostsuitableforred
wolvesinnortheasternNorthCarolina,therestillisjustificationfortheUSFWS’sdecisionto
locatethereintroductionprogramonfederalland:therewasnocosttoacquiretheselands
andaccesstomanageontheselandswasunfettered.Incomparison,sincethemostsuitable
habitatwaslocatedonprivateland,accesswouldrequirelandownersupport,whichmight
requirecompensationoranotherformofincentive.Aneffectiveincentiveprogramwould
focusonconnectingfragmentedhabitatandencouraginglandownerstoallowwildlife
managersontheirland.TheseresultsareconsistentwiththeWilliamsetal.(2014)
conclusionthatconstructionofsuchanincentiveprogramisnecessaryforthesuccessful
managementofredwolvesinsuchadiverselandscape.
Black Bear Habitat Suitability Index
TheaveragecalculatedHSIforthe99CVSplotswas0.56withastandarddeviationof
0.23(allHSIcalculationsandtheircorrespondinglocationsandCVSplotsareprovidedin
Table7intheAppendix).Thevaluesrangedfrom0.14foraparcelinmainlandDareCounty
to0.91foraparcelinBeaufortCounty(Figure2).ThisHSIvalueissimilarto,andslightly
greaterthan,Zimmerman’sestimationof0.48intheAppalachianMountains,whichisan
areawithathrivingblackbearpopulationsimilartoourstudyarea.
49
Figure2.LanduseandcalculatedHSIvaluesatCVSplotswithinthestudyareaoftheAPP.LanduseisclassifiedbycolorandHSIvalueisindicatedbythesizeofthepoint.LandusewasderivedfromCCAP(2010)andHSIvalueswerecalculatedfromCVSdatausingamodeladaptedfromZimmerman(1992).
HSI Calculation vs. Land Use
0 10 205 Miles
Row Crop
Quarry/Strip Mine/Gravel Pit
0.1
0.25
0.5
1
HSI Value
±
Managed Pine
Developed
Open Water (Fresh)
Open Water (Brackish/Salt)
Pocosin Forest
Maritime Forest
Tidal Marsh
Pine Woodland
50
IfwedissecttheHSI,again,wehavethreecontributingfactors,denning,food,and
escapecover.ThedenningLRVaveragewas0.79,whichmeansthatithadthestrongest
influenceonourfinalHSIcalculation.Theotheraveragevalueswere0.40forthefoodLRV
and0.49fortheescapecoverLRV.
OurHSIresultsmaynotaccuratelyrepresentthehabitatvalueofalllocationsonthe
APP,whichisdifferentfromthecontinuoussurfaceresultingfromZimmerman’s(1992)
analysisoflandintheAppalachianMountains.CVSplots,whichwereusedasHSIcalculation
locations,arelargelylocatedinnaturalcommunities,andthus,underrepresentagricultural
areasthatserveasimportantblackbearhabitat,especiallycontributingtheLRVfood,within
ourstudyarea.Theseagriculturalareas,rowcrop,pasture/hay,andmanagedpine,comprise
approximately27%ofthelandareaoftheAPP.Thisleadsustobelievethatifanything,our
modeledaverageHSIfortheAPPislowrelativetoreal-worldhabitatsuitabilityoftheAPP
forblackbears.Anotherfactorthatlimitstheapplicabilityofourresultstotheentire
landscapeisthepoint-basedapproachwetooktotheblackbearHSI.Here,weconsidered
andmeasuredonlythehabitatqualityforprecisepointlocations,whichdoesnotaccount
forspatialeffects,i.e,nearbylandscapeconditionsthataffecthabitatquality.Forinstance,a
wetlandlocationadjacenttoforestoragriculturalfieldswouldbemeasuredaspoorer
qualityhabitatdespitethepresenceofnearbyhighqualityhabitat.
OneofthemajordifferencesintheHSIequationbetweenourstudyand
Zimmerman’sisthedenningLRV.WhileouraveragedenningLRVisrelativelyhigh(0.79),
thathighvalueislargelydrivenbyonevalue,understorycover(D2)contributingtothe
denningLRV.WhereasZimmerman(1992)hadseveralfactorscontributingtodenning
51
suitability,twoofthosevalues,localconterminousforestvalue(D1)andthetreediameter
value(D4),hadsomepointswithvaluesofzeroinourstudyandslope(D3)wasremoved
fromourcalculation.TheD1valueiszerofor35outofthe99plots,whichwouldindicate
thatthereisahigherpercentofhabitatfragmentationinthearea,preventingbearsfrom
makingdens.Again,thefirsthandobservationofbearsinthefieldseemstounderminethe
factthatdenningspaceisunavailableandthereforetheareaisunsuitableforblackbears.
Thismaymeanthatdenning,oratleastconterminousforestdenning,isnotcriticalforblack
bearsinnortheasternNorthCarolina.TheD4valuesimilarlybringsdownthedenningLRV
duetothefactthattherearenotmanylargediametertreesinthestudyareathatqualifyas
whatZimmerman(1992)foundwasnecessaryforblackbeardenning.Thislackoflarge
diametertreesinnortheasternNorthCarolinacouldbeduetoacombinationoffactorssuch
asalackofsustainablelandusepracticesinfavorofblackbears,deforestationand
development,andthegeneraldifferencesofhabitatandwhatitcansupportbetween
Zimmerman’sstudyareaandourown.TheweightwegaveD4reflectsthisreducedreliance
ontreesoflargediameterinourstudyforbeardenning(MartorelloandPelton2014).These
factorsindicatethatsomeadjustmenttotheHSIequationsandvaluesshouldbemadeto
betterreflectthesituationofthebearsintheareainfurtherstudiesandtheimportanceof
site-specificHSImodels.
Bear Habitat Change Model
Wealsoexaminedbearhabitatchangefrom1996to2010withinourstudyarea.The
extentofhabitatimprovedorworsenedfrom1996-2010inthestudyareaisshowninTable5
andFigure3.
52
Table5.Area(acres)withineachcountythatfellintooneofthesevencategoriesthatrankedtheamountofpositiveornegativechangeinregardstoblackbearhabitat.Positivenumbersrepresentpositivechange,with3havingthelargestmagnitude,andnegativenumbersrepresentnegativechange,with-3havingthelargestmagnitude.Thecompositionofoverallimprovedorworsenedareasinthecountiesarealsoshowninthistable.
Beaufort Hyde Dare Tyrrell Washington
3 63 8 0 4 31
2 1153 355 4 96 224
1 17954 25577 15335 11102 5371
0 246676 201381 183110 164745 92223
-1 64022 22564 5955 15303 22185
-2 18093 4516 212 3331 5873
-3 2794 614 0 454 944
ImprovedArea(acres) 19170 25941 15340 11202 5626
WorsenedArea(acres) 84910 27694 6166 19087 29003
TotalArea(acres) 350756 255016 204616 195034 126852
ImprovedPercentage 5.47 10.17 7.50 5.74 4.43
Worsenedpercentage 24.21 10.86 3.01 9.79 22.86
UnchangedPercentage 70.33 78.97 89.49 84.47 72.70
53
Fig.3.Thechangeinlandusefrom1996-2010ontheAPPasarepresentativeofworseningorimprovingblackbearhabitat.Threevariables,forestcohesion,forestdiversity,andforest-agricultureedgedensity,werecomparedfromtheir1996valuetotheir2010value.TheimprovementorworseningwascalculatedbasedoffKindallandVanManen(2007),measuredusingFRAGSTATS,andfinallymappedusingArcGIS.
54
Amajorityofhabitatneitherworsenednorimprovedacrossthecounties,as
indicatedbythelargeamountofyellow-coloredlandintheFigure3.Thistrendofnochange
isespeciallyevidentclosertothecoast.MuchofDare(89.49%),Hyde(78.97%),andTyrrell
(84.47%)countiesexhibitednochangeinblackbearhabitatsuitabilityfrom1996to2010
(Table5).Thiscouldbebecausetherehasnotbeenmuchchangeinlanduseoverthetime
spanduetofederalprotectioninlandslikeARNWR,DareCountyBombingRange,and
numerousgamelandsthroughoutthecounties,comparedtootherregions.Additionally,in
thesethreecounties,thereweresomepatchesoflandthatslightlyimproved,especiallyin
theheartoftheDareCountygamelandsandinHydeCountynearLakeMattamuskeetand
SwanQuarter.Thegamelandsareprotectedfromhabitatdestructionandbecauseofthis
likelyincreasedinforestcohesionandforesttreediversity,whichwouldimprovethearea
forblackbearhabitat.Ontheotherhand,SwanQuarterandLakeMattamuskeetareasare
richinfarmland,whichlikelyincreasedforest-agricultureedgedensity,whichwouldalso
improvethelandintermsofbearhabitat.Outsideofthesethreecounties,however,bear
habitatworsenedmorenoticeably.Ingeneral,therewasmorechangetothehabitatin
Washington(27.3%)andBeaufort(29.67%)countiescomparedtotheotherthreeanda
majorityofthischangewasaworsening,whichcanbeseenbythehighamountofslightly
worseninglandinFigure3andTable5.Thiscouldbetiedtogreaterchangeinlandusein
WashingtonandBeaufortcounties,butfurtherrelatedinformationwouldbeneededto
makesuchaconclusion.
Inonlyonecounty,Dare,didmoreareaimprovethanworsen.InHyde,therewas
nearlyequalimprovementandworsening,althoughtherewasmorelandareathat
55
moderatelyorseverelyworsenedthantherewaslandthatmoderatelyorgreatlyimproved.
Byaccountingforthreeseparatevariables,ouranalysiswasabletodeterminetheintensity
ofworseningrelatingtothosethreevariables,whichisimportantinunderstandingthe
extentofwhichthehabitatworsened.InTyrrell,almosttwiceasmuchlandworsenedas
improvedwhileWashingtonandBeaufortbothhadalmostfivetimesmorelandworsen
thanimprove,withBeaufortshowingthehighestpercentageofworsenedland.Across
thesecounties,thethreefactorsaregenerallyworseningforbear.Thisisimportantto
realizewhenexaminingfuturelandusechangesifblackbearhabitatistobeconsidered.If
thepastlandscapechangesfrom1996-2010arerepeatedoverthecomingyears,bear
habitatwillcontinuetodecreaseinsuitabilitypertainingtothevariablesweconsidered.
Itisimportanttonotethesizesofthecountieswhenexaminingthedata.Thecounty
withmostworseninglandintermsofpercentage,Beaufort,alsoisthelargestcountyin
termsoftotallandarea.Infact,morelandareaworsenedinBeaufortCountythanallother
countiescombined.BehindBeaufort,thecountiesthatworsenedmostintermsoflandarea,
indescendingorder,are;Washington(despitebeingthesmallestcountyintermsoftotal
landarea),Hyde,Tyrrell,andthenDareCounty.Contrastingly,thecountythatimproved
mostintermsofpercentage,Dare,isonlythethirdlargestcountyinthestudyarea.Because
ofthis,itwasalsoonlythirdintermsoftotalareaofimprovementwhileHydeactually
rankedfirstintermsoftotallandareaimprovedfollowedbyBeaufort,Dare,Tyrrell,and
WashingtonCounty.Whileasacounty,Dareisimproving,thestatistic,whenappliedacross
thestudyarea,doesnotcarrymuchweightbecausemorethandoubletheamountofland
worsened(166,857acres)thanimproved(77,277).
56
Itisveryimportanttorealizethatsincethechangeinhabitatwasquantifiedona
binarybasisbeforebeingsummed,itdoesnottaketheextentofworseningorimprovingof
habitatintoaccountinasignificantmatter.Andfinally,thechangeinhabitatwasnot
examinedinawaythattooktheeffectsofonevariableonanotherintoaccount.Although
wedofocusonthreeclearcontributorstohabitatchange,thepotentialforsynergies
amongstourindicatorstoimpacthabitatqualityisnotexamined.Forexample,agricultural
expansionmaycreateedgehabitatswhilealsoreducingforestdiversity.Inourexamination,
thesefactorswouldoffsetintheircontributiontohabitatquality.Inreality,edgehabitats
maybedisproportionatelyattractivetoblackbearsinthepresenceofhighforestdiversity.
Accountingforsuchinteractiveeffectswouldrequireaclearerunderstandingofblackbear
habitatsuitabilityinhighlydiverselandscapes.
Table6showsanestimationofthecostsassociatedwithrestoringnegatively
impactedlandstoabettersuitedhabitatforblackbearsandaswellasthemonetarybenefit
ofimprovingbearhabitatfrom1996-2010basedoncostsfromaDelawarerestoration
project(KindallandVanManen2007).Unsurprisingly,thecostofrestoringnegatively
impactedlandtoimprovehabitatsuitabilityforblackbearsisdirectlyrelatedtolandarea
thatworsenedfrom1996to2010.Beaufortwouldrequirethemostfinancialcommitmentto
restoretheirlandatabout$32.9millionfollowedby,Washington($11.1million),Hyde($10.1
million),Tyrrell($7.0million),andlastlyDare($1.9million).Normalizingthisbylandarea
(acres)thatworsened,Beauforthadthehighestcostofrestorationperacre($387)followed
byWashington($384),Tyrrell($369),Hyde($364)andfinallyDare($310).Similarly,the
benefitofimprovedhabitatqualityinTable6correlatedwiththeamountoflandarea
57
improvedinTable5.Hydehadthehighestbenefitatabout7.9milliondollarsfollowedby
Beaufort(6.1million),Dare(4.6million),Tyrrell(3.4million),andWashington(1.8million).
Normalizingthisbylandarea(acres)improved,Beauforthadthehighestbenefitof
improvedhabitatperacre($320)followedbyWashington($316),Hyde($304),Tyrrell($303),
andfinallyDare($300).Thesenormalizedvaluesforbothrestorationcostandimproving
habitatreflectthedegreetowhichhabitatwasworsenedorbetteredacrossthecountiesin
awaythatdisplaysnecessaryfinancialcommitmenttorestorelandorcompensationfor
improvingthevalueofland.Thehighestrestorationcostsperacreareassociatedwiththe
twocountiesthathadthemostlandareaworsen,showingthatnotonlydidalotofhabitat
worsenbutitdidsoinamoresignificantmannerthaninothercounties.Theonlycounty
thathadmoreimprovementofhabitatthanworsening,hadthelowestbenefitforimproved
habitatquality,whichshowsthatmostofthelandthatimprovedinDareCountyonly
improvedslightly.Infact,15,335acresoutofthetotal15,339thatimproveddidsoonly
slightly.Whenconsideringthethreevariablesaccountedfor,itwasmuchmorelikelyforthe
worseningtobeseverethantheimprovementtobegreat.
58
Table6.Themonetarycosts,whichwerederivedfromaDelawarerestorationproject,associatedwithrestoringthelandthathasworsenedfrom1996to2010canbeseen(KindallandVanManen2007).Thevaluefrompro-socialbehavioristheamountofmoneythatwassavedwhenlandsimprovedtobettersuittheblackbearfrom1996to2010.
TotalPrivateParcel Hyde($million)
Beaufort($million)
Tyrrell($million)
Dare($million)
Washington($million)
RestorationCost(1996to2010)
10.09 32.86 7.04 1.91 11.12
Benefitfrompro-socialbehavior(1996
to2010)
7.89 6.14 3.39 4.60 1.78
InallcountiesexceptDare,thecostforrestoringworsenedlandstotheirprevious
conditionsoutweighstheeconomicbenefitsthatresultedfromimprovedlandsforbear
habitat.Overall,morelandareaworsenedthanimprovedandthecostsfromthatworsening
greatlyoutweighedthebenefitofhabitatthatimproved.However,itisimportantto
understandthatdespitetheresultsfoundinourstudy,blackbearsarethrivinginthearea
andsotheextentof“worsening”bearhabitatinthestudyareadoesnotseemtodetermine
thebearpopulation’sgeneralstatus.Thisstudyofchangingbearhabitatonlyaccountedfor
threevariablesonabinarybasisandweightedthemevenly,bothseparatelyand
aggregately.Therearelikelymorecomplexitiesinvolvedinthebetteringorworseningof
bearhabitatinthestudyareathatwerenotaccountedforinouranalysis.
TocompareourHSItoadifferenthabitatsuitabilitymodel,wecontrastedtheindex
topositivelyindicativelandvaluesforblackbearhabitatin2010(KindallandVanManen
2007).ManyofthelocationsthattheHSIindicatedassuitableforblackbearsarenot
59
suitableforblackbearsinthecontextofthevariablesoutlinedbyKindallandVanManen
(2007;Figure4).OnereasonmaybethatKindallandVanManen’svariables,forest-
agricultureedgedensity,forestdiversity,andforestcohesion,werepredominatelyforest
based.Whiletheforestisrelevantforblackbearsinbothmodels,theHSIalsostressed
naturalfoodsources,whichKindallandVanManen(2007)doesnotdirectlyconsider.This
maybeoneshortcomingofrelyingsolelyonlarge-scalegeospatialanalysistoguide
managementactions.Whereas,ashortcomingoftheHSIforspecificlocationsisthatthey
maynotnecessarilybescalabletothebroaderlandscape.
60
Figure4.ComparisonofHSI’scalculatedfromCVSplotdataandblackbearhabitatmodelcalculatedfromsatelliteimagery.HSIvaluesarerepresentedasreddotswithsizecorrelatingtothemagnitudeoftheHSIvalues(modeladaptedfromZimmerman(1992)).HabitatqualityasdeterminedbyKindallandVanManen(2010)wasbasedoffofforestcohesion,forest-agricultureedgedensity,andforestdiversity.
Our Habitat Suitability Index (HSI) vs. Kindall & Van Manen's
0 10 205 Miles
Kindall and Van Manen 20100 - Not Suitable
1 - Somewhat Suitable
2 - More Suitable
3 - Most Suitable
Our HSI Values0.142569 - 0.364117
0.364118 - 0.572925
0.572926 - 0.731055
0.731056 - 0.913255
61
Ourrecommendationforthehabitatsuitability-basedmanagementofblackbears
wouldbeacombinationofusagesofon-thegrounddetailedmeasurementsandsite-specific
models,suchastheCVSdataandourapplicationtoourHSIandlandscape-scalemodels,
similartoKindallandVanManen(2007).Inthisway,thelargermodelscanbeusedandthe
resultingfindingscanbeconfirmedoradjustedbasedonmoredetailed,site-specific
methods.Despitethedifferencesseenbetweenthetwomodels,deemingoneuniversally
rightandtheotherwrongwouldbeerroneous.Eachmodelconsistedofdifferentvariables
withdifferingweights.Groundtruthingandcomparisonsofthehabitatsuitabilitytohabitat
usebyorganismsarehighlyrecommendedtoolstoconfirmthesuitabilityofindicesbefore
theyareusedtoguidemanagementdecisions.
62
Human Dimensions
Methods
Weconductedsemi-structuredinterviewsusinganinterviewguide.Interview
questionsfocusedontheinterviewee'sbackgroundandenvironment,aswellasbears,red
wolves,coyotes,andmanagement(seeAppendixforthefullinterviewguide).Therewere
similarquestionsaboutallthreepredatorsthatwouldeventuallyallowustocompareand
contrastperceptionsoftheseanimals.Theguideformatallowedfortailoringquestions
dependingontheindividual’sprofessionandlevelofinteractionwiththepredators.For
example,wemighthaveaskedafarmerslightlydifferentquestionsthanahunter.Weasked
open-endedquestionsallowingintervieweestoexpresstheirideasandfocusonwhatwas
meaningfultothemwithinthequestionposed.Whentheintervieweemovedofftopic,we
hadtheabilitytoredirect,andwhentheintervieweefoundsomethingmoremeaningful,we
hadtheabilitytofocusinonthataspectoftheconversation.Attheendoftheinterview,we
askedforanyadditionalinformationthattheintervieweemightfindimportantbuthadnot
beenaddressedwiththequestionsinourguide.Allinterviewswereconductedin
accordancewiththestandardsoftheUNCInstitutionalReviewBoard(IRB),andwe
maintaintheconfidentialityoftheidentitiesandresponsesofinterviewparticipants.
Sampling
WepurposivelysampledresidentsofTyrrellandHydeCounties,NCthatwere
farmers,hunters,andlocalofficialswhohaveknowledgeandexperiencewithoneormore
ofthestudypredators.Weusedreferralstoidentifyinterviewees,withinitialcontactsfrom
63
fieldsitefacultyandcontactsinthestudyarea.Wereceivedsubsequentreferralsusing
snowballsamplinginwhicheachintervieweewasaskedtorecommendotherpotential
participants.Wecontactedpotentialintervieweesbyemailandphone.
DuetothecontroversialnatureoftheRedWolfProgram,weanticipatedthatwe
mightrunintobarrierswhenaskingindividualstoparticipateinourstudy.However,wealso
ranintootherdifficultieswhentryingtosampletosaturation,orwhenwenolongerheard
newinformationintheinterviews.Itislikelythatindividualswerealreadyreceiving
numerousphonecallsduetothepresidentialracecomingtoanend,anditispossiblethat
ourcallswerescreenedout.Therewasalsoalimitedtimeframeforconductingthese
interviews.Wewereabletoachieveabroadintervieweebase;however,wedidnotsample
tosaturationbecausewewerestilllearningnewinformationfromeachinterview.Ideally,
wewouldhavelikedtotalktoresidentsoftheotherthreecountiesinourstudyarea,
Beaufort,Washington,andmainlandDareCounties,aswellashuntguidesandstateand
Federalmanagers.
Analysis
Interviewsweretranscribedword-for-wordusingOtranscribe,afreeopen-source
webapp.TranscriptswereanalyzedbycodingusingNVivov.10,qualitativeanalysis
software.Codinginvolvescategorizingstatementsmadebytheinterviewees.Usingasetof
emergentcodesorlabels,wecategorizedsegmentsofinterviewsbasedontheircontents.
Thecodingprocessallowedforclearerandmoreregimentedidentificationofthemes,as
wellaseasiercomparisonofstatementsmadeacrossinterviews.Breakingdownkey
conceptsinthismannerprovidedmoremeaningfulandmoreeasilyreferencedresultsfor
64
eachtopicofinterest.Usingthecodes,wepulledbroaderthemesoutofthedatatomake
coherentcharacterizationsoftheattitudesofinterviewees.Animportantaspectofthe
processwasthateachinterviewwasanalyzedshortlyafteritscompletionratherthanafter
allinterviewshadbeenconducted.Analyzingonarollingbasisallowedforafasteroverall
process,anopportunitytoidentifytopicsaturation,andtheabilitytoexploreemerging
themesinsubsequentinterviews.
Samplesizeandlimitations
Weinterviewed12individualswholiveinthestudyarea—sevenresidentsofHyde
CountyandfiveresidentsofTyrrellCounty,includingtwowomenandtenmen.Thesample
iscomprisedofindividualsfromawidevarietyofbackgrounds.Whileoursampleincluded
farmers,hunters,andgovernmentofficials,therelevantstakeholdersinthisproject,the
smallsizeofthesamplesomewhathinderedourabilitytodrawacompletepictureofthe
attitudesofthepeopleontheAPP.Ideally,wewouldhaveconductedsomanyinterviews
thatwewouldstarttohearmuchofthesameinformationfromintervieweeswithinthe
samestakeholdergroup.Unfortunately,wewerenotabletodothat,andsothe
perspectiveswegot,whilesometimesaligned,oftendifferedquitesignificantlywithinthe
variousstakeholdergroups.Nevertheless,wewereabletocharacterizesomeoftheshared
attitudesamongintervieweesaboutlargepredators.
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Results and Discussion
SeveralkeythemesemergedfromtheinterviewsinHyde,Tyrrell,andmainlandDare
Countiesthatweorganizedaroundperceptionsoflandscape,predators,andwildlife
managementineasternNC.Respondentsexpressedanappreciationofnatureanditsrolein
theirprofessionalandpersonallives,aswellasastrongsenseofprideintheirwildand
challenginglandscape.Incharacterizinglargepredators,respondentstendedtoidentify
blackbearsasnon-threatening,longtimeresidentsoftheareathatexemplifythebeauty
anduniquenessofthelandscape,whiletheycharacterizedredwolvesaselusiverecent
additionsthatlackatrueplaceinthearea.Coyoteswereidentifiedasunwantedpests,
threateningbecauseofboththeirbehaviorandtheirrapidlygrowingpopulation.With
regardtohowthesepredatorsarebeingmanaged,respondents’attitudesweregenerally
shapedbytheirperceptionsofstateandfederalgovernmentandinfluencedbytheir
livelihoodsandtheirfeelingsaboutthelandscapeoverall.
LandscapePerceptionsandValues
Thelandisextremelyimportanttopeoplewhowereinterviewed,andtheirlocal
cultureandcommunitywereinevitablyintertwinedwithit.AsoneTyrrellCountyresident
said,“It’sanislandofnon-development”(2).Withalackofconveniences,likelargegrocery
anddepartmentstores,andanabundanceoffarmandgameland,thereisaconsensusof
appreciationforthenaturallandscape.Manypeople’sjobsandhobbiesaretiedintothe
land.Farmers,huntingandeco-tourismguides,wildlifemanagers,andloggerscomprisea
largepartoftheworkforceintheAPP;hunting,fishing,andoutdoorsportstakeupmuchof
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people’sfreetime.AccordingtothemostrecentCAMALandUseplansforTyrrellandHyde
Counties,fishing,hunting,loggingandfarmingjobscomprise16.8%and15.9%ofthe
workforce,respectively,twoofthehighestratesinthestates(HollandConsultingPlanners
Inc.2010,2008).Oneoftheintervieweesdescribedthis,“…peopleworkinthefishing
industryorthefarmingindustryortheforestry.That’sthethreebigonesofcourse,the
schoolsystemandtheprisonsemployalotofpeoplebutmainlyfarming,fishingand
forestry”(1).Thewaysinwhichthesubjectsvaluethelanddiffergreatlydependingonhow
theyusetheland,aswell.Forinstance,afarmermightvaluethelandforthefertilesoilto
growcropswhileahuntermightvalueitforthehabitatitprovidesforgame.Oneofthe
intervieweessaid,“…HydeCountyisrealfertilesoilforwhatI’mgrowing,forfarming.It’s
reallygreat,andtheterrain,Iliketheflatground”(2).Thisintervieweehadaclear
appreciationofthelandthatinvolvedhisoccupation.Anotherintervieweehadasimilar
experience,“Justseeingthewildlifeandalsohunting,it’sfun.OrwhileI’mdeerhuntingone
[abear]willcrossinthewoods,you’rehopinghe’lljustgoonhisway”(3).
Connectionstothelandscaperundeep—manysubjectsemphasizedenjoymentof
wildlife.Oneintervieweementioned,“It’ssoopenandtheskyissobig”(2),anotherstated
“thisplaceisstillwild”andcalledtheareaa“paradise”(3).Whileothersmightstruggle
livinginthisenvironment,thesepeoplearedrawntoorperhapsshapedbytheareainsuch
asignificantwaythattheydonotwanttoimaginelivinganywhereelse.
ToliveontheAPPistoliveamongauniqueenvironmentalframework,wherewildlife
andPocosinwetlandsdefineyourdailylifeandstruggles.Thepeopleofthepeninsulahave
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adaptedtoalandscapethatisnotfortheweak-hearted.Thepeoplestrivetomakealivingin
asmallcommunitywithfewsupportsystemsandhandouts.Onepersonstated:
Thelevelofwildlifehereisubiquitousinthatyoulivewithwildlife,youlivewithnature,andyoulivewiththeforceofnaturehereeveryday…youwillnotbehereunlessyouchoosetobe...Youareaself-starter.Youwanttobehere.Youappreciatethequalityoflifeouthereandyouarewillingtodowhateverittakestobesuccessful.Soyouhaveatremendousamountoffiercelyindependent,fiercelyprideful,fiercelyindividualisticpeoplewhoarecraftingalifeinanenvironmentthatisbeautifulandchallenging(5).
Accordingtothisinterviewee,thereisastrongsenseofindependenceandindividualismin
thepeoplewhoresideinthislandscape.Thepeoplearenotputoffbythechallengesofthe
environment.Theyarepeopleofpride,andtheyalsotakeprideintheirwildlife.
Manyrespondentsexpressedprideinthefactthatthebearsoutnumberthepeople.
InregardtoTyrrellCounty,onerespondentsaid,“Fromademographicstandpoint,it’sthe
smallesttowninNorthCarolina.It’s800squaremiles,3,645people,and12,000blackbears
livinghere”(5).
Anotherthingrespondentsboastedaboutisthelackofcorporationsinfluencing
urbanizedgrowthinthesecommunities.Prideinthepreventionofurbanizationwasa
recurringthemeamongrespondents:“Walmartisanhouraway,whichisagoodthing”(6).
TherearenotMcDonaldsorWalmartsaroundeverycorner.Thisruralpreservationis
importanttothesmalltownswhereunityandtraditionlargelykeepthesepopulations
connectedinsuchaharshenvironment.Thoughthismayseemlikeaninconvenienceto
manypeople,itisnotsoforthemajorityofinterviewees.
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CharacterizationsofLargePredators
Black Bear
Respondentsseetheblackbearasanirreplaceablefeatureoftheirnaturalworld.
Interviewsshowedpeople’spositiveperceptionsoftheanimal,aswellasthelackofthreat
theyfeelfromsuchanenormouscreature.Themajorityoftherespondentsdescribedthe
blackbearasabeautifulyetwildanimalthattheytakeprideinhavinginthearea.One
intervieweesaid:
IfyouspendenoughtimeinTyrrellCounty,you’regonnarunintobears,andtheyare…they’rebeautiful,andit’sexcitingwhenyouseecubsscamperingacrossthefieldormarchingacrossyourfrontyardoryouseetheminafield(5).
Othershadsimilarexperienceswithblackbears,asanotherintervieweeputit:
Ilovethemjustforthewildlifefactor…Ithinktheyarebeautiful.Theyarecharismaticmegafauna,Idon'tevenknowhowtocompareit.Itwouldbelike,ifwehadelkdownhereliketheyhaveupinthemountainsnow,it’slike,there'ssomethingaboutthemegafaunathatjustlike,it’sawesomebutyouknowthereisacoolfactoraboutallmammalsreally.Especiallythebigger,thecooler,Iguess(10).
Thesetwoquotesshowthattherespondentsareproudtohavetheblackbearwherethey
live.Thebearsarewild,muchlikethewildlandthatcharacterizesthestudyarea.This
connectionissuchthatintervieweesareexcitedwhentheyseeabear,asifseeingthemisa
treat.
Moreover,intervieweestalkedaboutalackofthreatassociatedwiththeblackbear.
Theanimalshaveplentytoeatduetotheenormousamountofcropland,andpeoplehave
beenencounteringthemforgenerations.Oneintervieweestated,“Ifonecrossesinfrontof
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mewhileI'mwalkingthedogs,thebear'srunningaway,youknow?It'snotusrunning
away”(10).
Intervieweesdescribedblackbearsasnotonlyasymbolofthewildnessoftheir
landscape,whichtheyverymuchvalued,butasasourceofeconomicprosperity,aswell.
“Huntingisabigpartoftheeconomy”andothersimilarstatementsweremadeinmany
interviews(3).Anotherrespondentemphasizedthat“bearhunterswillespeciallypaya
premiumtocomeafterabear…andImeanalotofmoney”(2).Thespecificdollaramounts
associateddirectlywithbearhuntingwereneverexplicitlymentioned.Onerespondent
referredtobearhuntingasbeingableto“makealittlemoneyofftheland”andcalledita
“legitimateuseofaresource”(3).Itappearsthatmostpeoplewhoinvestsignificanttime
andenergyintobearhuntingexpectaconsiderablebenefit.Forexample,“Onefarmerlast
yearspent15,000dollarsonbait…justbait”(2).Wecanassumefromthisthatthisspecific
farmerexpectstomakebackatleastthatvalue,whichisjustonepartofthebearhunting
process.
Bearhuntingalsoattractsmoneytotheareaintheformofnon-localhunters.Not
onlywilloutsidehunters“payapremium,”buttheyalso“comefromallovertocometo
HydeCounty”toshootbears(2;3).Anotherpersonsaidtherearenormally“morepeoplein
thosesixdays[inNovember],thenalltherestoftheyearcombined”(2).Bearhuntingisnot
onlyattractingasignificantamountofmoney,butalsoasignificantnumberofpeople.
Thereisalsoasignificantcostassociatedwithhavingbearsinanarea,includingthe
effectsblackbearshaveonagriculture.Onesubjectsaidbearscan“doalotofcropdamage.
Theygrazeinthebeansand…youcancount12to20bearsinasinglefield.Sothefarmers,
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whenyou’reinfarmermode,it’snotwhatyoulike”(3).Thisdepredationbyblackbearsis
definitelynotseenasapositiveoutcome.Onerespondentsummarizedconcisely,“Idon’t
reallyparticularlylikefeedingawholebunchofthem[blackbears]inmycrops,”(6).Inthis
way,peopleseemtoberatherannoyedwiththeanimal’spresence;somuchsothat“there
aretimeswhenyouhavetopullyourhairoutwhenyou’retryingtoworkandlivewhere
theseanimalsaretryingtomaketheirliving”(3).
Despitethisannoyance,blackbearsseemtobewidelytolerated.Onerespondent
saidthatblackbearsareessentiallypartofthecommunity,saying,“Mostpeopleouthere
getalongwiththem—justpartofbeingouthere”(3).Becausethebearsareacommonly
acceptedpartofthelandscape,peoplehave“learnedtolivewiththebear”(1).Despite
harmtocrops,onerespondentsaid,“Wenever,asfarmers,runthebearsoff”(9).Another
aspecttotolerationofbearscouldbethatfarmersrealizetherevenuemadefromhunting
balancesouttheamountofrevenuelostfromcropdepredation.Onerespondentsaid,
“Theypayusforallthecropsthattheyeat”(11).Althoughbearsaretoblameforcrop
damage,theirstatusasapartofthelocalculturemakesthisdamagesomewhatexcusable.
Oneintervieweesaid:
There'salwaysbearshere…andIthinkthatit'sreallyingrainedinpeople.It'snotlikethemostimportantthing,butit'spartoftheirlandscapeandtheirmindtoapointthatsomeofthemtakeitforgranted(2).
Bearshaveresidedintheareaforgenerationsandhavebecomepartofthelocalculture
becauseofit.Itappearsthattimeandfamiliaritymaketheannoyancesthatblackbears
causeeasiertoforgive,andourintervieweesseemtotolerateorevenenjoyhavingthem
around.
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Red Wolf
WhileblackbearsareafamiliarsiteintheAPP,theredwolf,whichisconsiderednew
bythelocalpeople,isgenerallymuchlesstolerated.Forexample,oneintervieweestated:
Everybodyhasastoryaboutabear,butthere'salwaysbeenbearshere,youknow,thewolves—ifthey'rebeyondthememoryofthesefamilies,andtheearlyfamilieswouldn'thavehadasweetspotintheirheart,becausetheywouldhavebeenperceivedasathreatbackthen,youknow,automatically….it'snotacultural—it'snotapieceofthecultureyouknow,theyalmostfeellikesomeonetookapieceofaculturesomewhereelseandjuststuckitinandtriedtojamitin,youknow?(2).
Comparedtothebear,respondentshadamoreneutral,andinsomecasesevennegative,
attitudetowardtheredwolf.Manyofourintervieweeshaveonlyhadfleetinginteractions
withthemandhaveneverseenthemforlongerthanafewseconds.Onerespondentsaidof
hisencounters,“Theytookoff.Imean,andtheonlytimeIeversawthemwasinthedarkon
thebackroadsinhere—thegravelroads.Andassoonastheyseeorhearthevehicle,they
startrunning”(4).Becausewolvesarenotpresentininterviewees'dailylives,thereisa
distancebetweenthemthatleadssometocharacterizewolvesinmoredetachedterms,
indicatingthatwolvesarevaluedlessthanbearsbyrespondents.Wolvestendtoavoid
peopleandhumandevelopment,whichmayhavereinforcedthisdisconnectinterviewees
expressedandpreventedthemfromimbuingthewolveswithpersonalityandcharisma.One
residentsaid,“Idon’tseewolvesenoughtobeabletosaytheirbehavioristhiswayorthat
way”(2).Theelusivenatureofredwolveshasbeenanimpedimenttoresidentsoftheir
introductionareaformingaconnectionwiththem,becausemanypeopleintheareahave
beenhereforanextendedperiodoftime,buthaven’tencounteredtheanimal.
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Compoundingtheseissuesareaperceivedlackofhistoricalconnectionbetweenthe
redwolvesandtheareaandthenatureofthewolves’introduction.Oneinterviewee
commentedontheredwolf’slackofhistoricaltie,stating“therewasnevernoredwolves
aroundherein60someyearsthatI'velivedinHydeCounty.Sothey'reputtingtheir
scientificproofonsomethingthatthelocalshaveneverhadtodealwith”(1).Whilethe
USFWSidentifiedtheregionaspartoftheredwolf’shistoricalrange,theanimalshadnot
livedherefornearlyacentury.Someintervieweesthereforedonotbelievetheredwolves
haveaplaceintheAPPbecausemembersofthecommunitieswerenotalivewhenthe
wolveswereoriginallyinthearea.Onerespondentsimplysaid,“I'mnotgoingtosayI'ma
bigfanofredwolves,‘causeIdon'tthinktheywereeverhereregardlessofwhateverybody
says”(9).Somerespondentslookattheredwolvesasintruders.Thegovernmentbacking
oftheredwolfreintroductionprogramfurthercomplicatestheissue,leadingpeopleto
oftenrejectthewolvesbasedupondistrustofthegovernment.Lackofinteractionwiththe
redwolvesmaycauseasortofdistancebetweenthecommunityandthewolvesthatis
heightenedbyanassociationofthewolveswiththegovernmentandUSFWSmanagement
practices.
Anotherfactorthathasaffectedtheperceptionofredwolvesintheareaisthe
perceivedeffectthewolveshaveonthedeerpopulation.Respondents,bothhuntersand
farmers,notedadecreaseinthewhite-taileddeerpopulationandoftenattributedthat
decreasetothepresenceofredwolvesandcoyotes.Onerespondent,afarmer,talked
abouttheeffectoftheperceiveddecreasingdeerpopulation:
Onethingtheredwolfisknownforiseatingwhitetaileddeer.We'vegotsomefarmsthatIdon'thaveasmanydeer—thedeeraren'thurtingmy
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cropsasbadastheywerefiveyearsago.Ilaythattothecoyotesandtheredwolvesbecausetheyeatthemwhenthey'reyearlings,youknowwhenthemdeerareborn.There'snotasmanydeerasthereusedtobe,sothey'renoteatingmycropsasbad(2).
Whileitappearsthatareductioninthedeerpopulationisnotentirelyabadthingfor
farming,deerhuntingisalargeenoughindustryintheareathatsomemayhaveseen
businessnegativelyimpactedbywolf-deerinteraction.Anotherrespondentdescribedthis
perceptionbysaying,“probablythemostimpactthatthecoyotesandwolveshaveison
deerhunting,runningthedeeroutofacertainarea.Thedeerwillcomebackafterthe
wolvesmoveoutofthatarea,butifwolfisinacertainareathedeerleave”(1).Thedeer
leavinghurtshuntingbusinesses,leadingsometoassociatetheredwolfwithan
economicallyharmfulpattern.
However,otherrespondentsdidnotconsiderwolvestobeagreatthreattothe
huntingeconomybecausetheybelievethereisstillahealthyandevenincreasingdeer
population.Onerespondentnoted:
Weweretold,thegeneralpublicwastoldthattheywouldhelptakecareofthedeerpopulation.Whichwehaven'treallyseen.There'smoredeernowthanthereeverwas.Sothatdidn'tholdtobetrue(9).
Someintervieweeswerenotopposedtoseeingthedeerpopulationreduced,butcitedthe
largeandseeminglygrowingnumbersofthemasanunfulfilledpromiseoftheredwolf
program,tyingbacktotheirdoubtsaboutit.Thus,respondentsonbothsidesofthedeer
issueseetheredwolfasbeingatfaultforsomething,complicatingperceptionsofthewolf's
placeintheecosystem.
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Nearlyallintervieweesrespondednegativelywhenaskedabouttheredwolves’place
inlocalculture,includingthosethatweresupportiveoftheprogramgenerally.One
intervieweeresponded,“Theynevergottothatpointhere,whichissad”(3).Givenallofthe
abovefactors,thewolvesmaynothavebeenabletobecomepartofthelocalcultureand
gainacceptanceinthesamemannerofblackbears.Thisisnottosaythatthereare
overwhelminglynegativeattitudestowardwolvesacrossthestudyarea—rather,our
interviewsrevealedthatwolvesarenotconsideredanintegralpartofthearea.
Coyote
Ingeneral,intervieweeshadanegativeattitudetowardcoyotes.Thisismainly
becausecoyotesareinvasive,threatening,andperceivedasanuisance.However,a
secondaryreasoncoyotesaredislikedistheirassociationwiththeRedWolfProgram.
Coyotesmovedintotheareaaroundthesametimeastheredwolves,andthetwohave
beenknowntointerbreed.
Thefactthatcoyotesareinvasiveisoneoftheprimaryreasonstheyaresodisliked.
Whilethepeopleintheareagenerallyhavepositiveopinionsofnatureandwildanimals,
coyotesareseenasmoreofaninvasivepestthananadmirablepartofthenatural
landscape.Thefollowingquoteexpressesthissentiment:
Andwhentheyseeacoyote,theyshootthecoyotebecausehe’sanuisance.Notbecausehe’sasportinganimal.Whenyoukillanicesizedblackbear,you’reproudofthat.Itmakesyouhappytokilloneofthem.Oranicedeeroranicebuck.Butwhenyoukillacoyote,youjustkillinghimbecausehe’sanuisance.AndIdon’tthinkit’sthesame(6).
Asopposedtotheblackbear,whichishuntedforbraggingrightsandhashistorically
inhabitedthearea,coyotesareseenasforeignanimalsthathavedisruptedthenaturalorder
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andarekilledbecausetheyarenuisances.Differingreactionstotherecentpopulation
growthofthetwoanimalsareparticularlytelling.Coyotesandblackbearshaveboth
increasedinnumbers,andwhileintervieweesdidnotseemtobebotheredbytheincreasein
blackbearpopulation,theyhavebeenfrustratedbythecoyotepopulationincrease.Bears,
whichareviewedaspartofthelocalcultureandbringrevenuetothearea,arefreeto
reproduceasmuchastheywant,withoutthelocalsmindingtoomuch,butcoyotesareseen
aspestsandnuisances,sotheincreaseintheirnumbersisseeninanegativelight.Because
thecoyoteisananimalthathasnotbeenseenintheareauntilrecently,therecentgrowth
initspopulationisseenasadisruptionofthenaturalorder.Numerousinterviewees
emphasizedtherecentdrasticincreaseincoyotenumbers.Respondentssaidthey“usedto
noteverseeacoyote”(2)andthatthey“seealotmorecoyotes,morethan…ever”(1).
Anotherintervieweestraightforwardlysaid,“Thepopulationisgrowingdramaticallyhere”
(1).Theirhowlsareconsideredloud,disruptive,andcanwakepeopleupinthemiddleofthe
night.Onerespondentsaidthecoyotessoundedlikeabunchof“collegekidsdrunk”(11)
whentheyhowledlateatnight.
Residentsalsoareconcernedaboutadropinthewhite-taileddeerpopulation,
comparabletoasentimentexpressedaboutredwolves.Oneintervieweesaid,“Everytime
thecoyotepopulationgoesup,thedeerpopulationgonnagodown”(6).However,within
ourrespondentbase,thereseemstobeconflictingideasaboutwhetheradeclineinthe
deerpopulationexists.Anothersubjectsaid,“They'rehere,andI'msurethey'reeating
fawns,butthereareenoughdeertomakeupforthat,tomakeupforthatdepredation”
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(10).Respondentsblamecoyotesforkillingyoungdeer,whichsomeintervieweessayis
leadingtoadropinthedeerpopulation.
Becausecoyotesarehardysurvivalistsandarenotsensitizedtohumanpresence,
coyoteencountersofteninvolvepropertydamageorlossofanimallife,causingpeopleto
feartheirpresence.Coyotewillfeedonchickens,rodents,andevensmallpets.One
interviewee(6)saidthatwhenhisdogwasapuppy,hewouldkeepitveryclosetothe
houseatnightbecausehewasafraidthatthecoyoteswouldhearthepuppyandcomeeat
it.Thisfearrunsdeep,andanotherintervieweewentsofarastosaythat“Ifthereare
coyotesaround,Iwillbemorecarefulwithsmallchildren”(2).Althoughthepeopleofthe
regionadmirethenaturallandscape,theyhaveanegativeattitudeaboutcoyotesbecause
theyperceivethemasthreats.Oneintervieweesaid,“Peoplewillletacoyotebeacoyote
untilittriestoeatyourchickens”(5).Inotherwords,peoplewillrespectanycreatureinthe
naturallandscapeuntilitisperceivedasathreattotheirphysical,emotional,oreconomic
well-being.
Ahandfulofintervieweesexpressednegativeattitudesaboutcoyotesbecauseof
theirrelationshiptotheRedWolfProgram.Becausethecoyote’sarrivalhascoincidedwith
theRedWolfReintroductionProgram,someintervieweesassociatethetwo,andbecause
theydonotliketheRedWolfProgram,holdnegativeattitudestowardscoyotes.One
respondentclaimed,“Theymayhavebeenbroughtheretoactuallybeputinthisarea”(6).
Althoughthisconnectiontotheprogramcontributestotheoverallnegativefeelings
towardscoyotes,itisarelativelyminorcomponent.Primarily,respondentshavestrong
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negativeattitudesaboutthecoyotesbecausetheyareperceivedasinvasivepeststhat
annoypeopleandposeathreattothesafetyandeconomicwell-beingofthecommunity.
Comparison
Ingeneral,peoplefeelaconnectionwiththebearthattheydonotfeelwiththe
coyotesandredwolves.Thisislikelyduetothefactthatthebearshavebeenherefor
longerandareapartofaculture,whiletheredwolvesandcoyotesareseenasinvasive
peststhathavedisruptedthenaturalorderofthings.Intervieweesdocumenthaving
multipleinstancesofinteractionwiththebear,butdescribedinteractionswithredwolvesas
shortandfleeting.Inotherwords,ourintervieweeshavegottentoknowtheblackbear,
becausetheyseeitregularlyandithasbeenherealongtime,buthavenotgottentoknow
theredwolf,becauseitisshyerandhasonlyrecentlybeenintroducedintothearea.The
coyoteisanentirelydifferentstory.Whileourintervieweesinteractedwiththecoyotesona
regularbasis,theseinteractionswereoverwhelminglynegative.Furthermore,becausethe
coyoteisanewadditiontothelandscape,ourintervieweeswereveryhostiletowardsit.In
conclusion,timeofinhabitanceandconnectionwithplacearethefactorsthatseemto
influencehowintervieweescharacterizedtheanimals.
Attitudes about the Management of Large Predators
General Attitudes about Federal, State, and Local Governments
Interviewees'perceptionsofthefederalgovernmentseemtoplayacrucialrolein
howtheyviewthemanagementoflargepredatorsontheAPP.Manyintervieweesadvocate
forsmallgovernmentandbeinglargelyleftalonetotheirowndevices.Bothfederaland
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statewildlifemanagementagenciesareactiveintheAPP,andintervieweesgenerally
expressedskepticismaboutthefederalgovernment,butweremorereceptivetothemore
localstateagencies.
Skepticismofthefederalgovernmentamongintervieweescamefromavarietyof
interactions,notjustthoserelatedtotheredwolfreintroduction.Talkingaboutdrainage,
intervieweesexpressedmanynegativeattitudesaboutfederalregulations.Oneinterviewee
saidthatthereare“somanyregulationsandregulatoryagenciesoutthere”thatdraininghis
farmwas“alwaysabattle”(1).Anotherdescribedcertaindrainageregulationsas
“misplaced”(5).Discussingthecoyotenighthuntingban,oneintervieweesaidthattheban
was“thefederalgovernmentsteppingonpeople’stoes”(10).Oneintervieweewasso
skepticalofthefederalgovernmentthattheysaid:
Alotofpeopleheresaythatsomeofthefederalagenciesreleasedthecoyotesheretobeherefortheredwolvesandalsohelpeatnutriaandkeepthedeerpopulationlow(11).
Allofthesesentimentsexpressedbytheintervieweespointtowardsagenerallynegative
attitudetowardsthefederalgovernmentandperceivedperceptionsofoverregulation.The
intervieweesseemtothinkthefederalgovernmentistryingtodotoomuch,andare
skepticaloftheirinvolvementintheregion.
Incontrast,manyintervieweestookspecialnoticeoftheactivemanagementactions
takenbylocalandstateagencies.Theseincludedoor-to-doorcontactandconversationwith
locals,biologicalmeasurementsofharvestedanimalsforrecordkeepingpurposes,and
nonintrusiveanimaltracking,whichsomefeltweremoreeffectiveatmaintaining
communication.Onesubjectsummarizedthisrelationship,“Theyareapartofthe
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community,andIthinktheydoasgoodajobastheycanaboutkeepingrelationshipswith
thelocals"(3).
Akeyelementinthisrelationshipisdirectpersonalcontactbetweenthelocalagents
andmembersofthecommunity.Intervieweesdidnotfeelthatfederalagenciesmaintain
thissenseofcloseness.OneintervieweenotedthatUSFWSseemslikeanoutsiderinthe
community:
RightnowIthinklocalsfavorthestateagenciesoverthefederalagencies,andyoudohavealotofstateagenciesthatmaketheirhomesintheseplacesmore.Andalotoffederalagencieshavefolksfromawayfromhere.AndI'mnotsayingyoucan'tbethatway,butyoucan'tbethatwayandbeajerkaboutit(2).
Inotherwords,thesituationmightbedifferentiffederalgovernmentrepresentativeswere
fromthearea,andnottryingtoimposesomanyregulationsonthepeople.However,
becausetheyareviewedasoutsiderstellingthelocalswhattodo,intervieweesgenerally
viewedthefederalgovernmentnegatively.Stateagencymanagementwaspreferred
becauseoftheirperceptionthatstateofficialshavegreaterknowledgeofandrespectfor
localissues,aswellasthegreateramountofpersonalcontactthatcomesfromhavingstate
officialslivinginthearea.
RespondentsnotedthatthewayUSFWSworkslimitsitslocalappeal.Itseemsthat
residentsseethevalueoftheagency,buttheydonotnecessarilysupporthowtheirtax
dollarsarebeingused.Onerespondentsaid,“Wegotallkindsofrefuge,andthatthe
peopledon'tgetanytaxvaluebackfromit"(1).Anotherintervieweesaidtheyseeboth
sidesoftheissue:
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WellyouknowIthinkthere’stwosidestoit.I’mallfortryingtomaintainaspeciesandkeepitfromgoingextinctandtryingtoreestablishtheirwelfare.But,theflipsideofthatisthat’sallbeingdonethroughtaxpayer’sdollars.(4)
Theintervieweesgenerallydidnotapproveofthewaythattheirtaxdollarswerebeing
spentoncertainprograms,andhowthefederalgovernmentwasbothpreventinglocaltax
revenuefrombeingraisedbyprotectinglargeswathesofland,andwastingthemoneythat
thelocalsspendonfederaltaxes.
It’s Not the Wolves, It’s the Government
Anissueraisedbymanyintervieweeswasthatresidentsarenotnecessarilyagainst
havingredwolvesinthearea;rather,theyobjecttothestrictregulationsthatcomewiththe
reintroductionprogram.Somefeelthefederalgovernmenthasoversteppeditsboundsand
isregulatinglanduseintheintroductionarea,andhasspenttoomuchmoneyonthe
program.Anumberofintervieweeshavealsoquestionedthesuccessofthereintroduction
programandtheeffectivenessofredwolfmanagement.Intervieweesalsoobjectedtothe
spatialcomponentofthereintroductionstrategy,arguingthatwolvesshouldbekepton
federallandbutthatthegovernmentdidnottakeanymeasurestokeepthemthere,
allowingthemtoroam.
Becausetheredwolfreintroductionprogramrequiressomuchactivegovernment
involvement,theprogramhasbecomeasourceofcontentionamonglocalresidents.One
respondentpointedoutthathostilitytowardtheredwolvesandthereintroduction
programmaystemfromissueswiththegovernmentingeneral:
Idon'tthinkit'ssomuchthespecies;Ithinkit’sthefederalgovernment.People'sopinionofthefederalgovernment.IthinkthemainpointisthatIdon'tthinkit'sthewolvesthemselves.Ithinkit’sjustpeoplebeingmadatthe
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governmentandtakingitoutonthem…Soit’sprobablythepeoplewhohavenegativeopinionstowards[redwolves]areprobablymoresotheindividualswhohavenegativeopinionstowardsthegovernment(10).
Thisquoteelegantlyillustrateshowgeneralperceptionsofthefederalgovernmenthavea
directimpactontheattitudesaboutnotonlythemanagementofthesepredatorsbutofthe
predatorsthemselves.Inthiscase,theintervieweeexpressedthesentimentthatthepeople
oftheregiondonothaveaproblemwiththeredwolfitself,butratherhaveaproblemwith
thefederalgovernmentanditsactivities.
Avarietyofperceptionsincludingexcessiveregulationoflanduse,fiscalwaste,and
doubtaboutwhethergeneticallypureredwolvesstillexistcausedanumberofthe
intervieweestodisapproveofthefederalgovernment’smanagementstrategy.For
instance,considerthefollowingconcerningtheprogram’sfiscalwaste:
Afterspendingtensofmillionsofdollarsontheprogramandnothavinganysuccess,youcanseehowsomebodylikemewhopaysalotintaxesandseesmymoneybeingthrownawaylikeit’sbeenthrownaway,whywewouldbereluctanttosupportit(12).
Alackofreturnoninvestmenthasbeenacomplaintamongsomelandownersastheysee
theirtaxdollarsputtowardaprogramthathasn’tbeenabletomaintaintheredwolf
populationeffectively.Thus,thewolveshavebecomeasymbolofgovernmentintervention
andwaste,causingsometoleantowardanegativeopinionofthemwheretheywouldhave
otherwisebeenindifferent.Complaintsaboutthemanagementtendedtobeattheprogram
scale;issuesrelatingtobadpersonalinteractionswithofficialsdidnotcomeup.
Anumberofintervieweeswereskepticalofthenumberofgeneticallypurered
wolvesinthearea,compoundingtheirnegativeopinionsofthemanagement.Residents
realizethatcaninesofdifferentspeciesarecapableofinterbreeding,andbecausetherehas
82
beenrecordedhybridizationbetweenwolvesandcoyotesintherecoveryarea,manyhave
doubtsaboutthelong-termefficacyoftheprogram.Thetwospeciesarealsovirtually
physicallyindistinguishabletoamajorityofthepublic,whichhascausedproblemssincethe
startoftheprogram;asoneintervieweebluntlyphrasedtheissue,“It’srealhardto
distinguisharedwolffromacoyote"(9).Thisconfusionoccasionallyleadshunterstoshoot
redwolvesthattheyassumedtobecoyotes,resultinginharshpunishmentbecauseofthe
species’endangeredstatus.Thesetypesofinteractionstestthepublic’spatience,assome
believethatthegovernmentisputtingresourcestowardestablishingahybrid
population.Thefollowingdescribesthissentimentwell:
Ithinkthereshouldbenoredwolfprogram,becauselikeIsaidit’snotagenuineredwolfanymore.Ifitwas,itmightbedifferent,butwhenyoushootacoyoteoraredwolforwhateverandyoulaythemonthetailgateofyourtruck,thewildlifemanagercan’ttellyouwhichoneitis.(6)
Someresidentsdonotseethepointofmaintainingapopulationofredwolvesthatmaynot
evenbegeneticallypure.
Furthermore,someintervieweesbelievethatroamingawayfromfederallandallows
wolvestoposeagreaterthreattodeerandotheranimals,aswellasbreedandformpacks
withcoyotes,whichfurtherunderminestheprogram.Thefollowingsumsupthis
sentiment:
Ireallydon'tthinkit’ssomuchtheredwolvesthemselvesbutthefederalgovernmenttryingtointroducethesewolvesintothewildwhichofcoursewhenyouintroducesomethingunderarefuge,itisnotgoingtostaywhereyouputit.(10)
Thisquoteshowshowthefederalgovernmentisperceivedbysomeintervieweestobe
incompetent.Thisintervieweeinparticularthoughtitwasquitenaïveofthegovernmentto
83
expectawildanimaltoremainonfederalland,andespeciallyunwiseofthemtonoteven
attempttokeepthewolvesonfederalland.Thesenegativeattitudesabouttheamountof
governmentresourcesputintotheprogramandthesituationthathasresultedhaveled
sometoseetheredwolfasafailedexperiment,tyingtheirperceptionsofitmoretothe
governmentthantotheplaceitself.
Perceptions of Hunting
Anumberofintervieweesalsothinkaboutmanagementintermsofhunting,whichis
importantintheareaforbotheconomicandrecreationalreasons.Huntingisimportantasa
sourceofrevenueinthecounties,aswellasthestate,andisapartoflifethatresidentsin
theareaenjoy.Bearhuntingbringsasubstantialseasonalinfluxofrevenueintothese
countiesduringthe20-dayseasoninNovemberandDecember.EasternNorthCarolinahasa
thrivingblackbearpopulation,asbothindividualbearsandtheoverallpopulationare
reachinglargersizesthantheyhaveinthepastfewdecades.Alargebearpopulationcarries
risks:bearscancausecroplossandareinvolvedinvehicularaccidents.Oneofthemainways
thepopulationismanagedisthroughashorthuntingseason,andmultiplerespondents
suggestedelongatingtheseasontoimprovebearpopulationmanagement.Forexample,
oneintervieweesaid,“Ifeellikealongerseasonwouldbebeneficialtothefarmers.The
farmersarecomplainingaboutthebearseatingthecropsandyouknow,he’stryingtomake
aliving"(7).Additionally,anotherrespondentsaid:
WecoulddoanothertwoweeksandIdon’tthinkthatitwouldhurtatallanditwouldidentifysomeofthebearwhoprobablyneedtobeculledbecausethesizeofsomeofthesebearsthatarecomingoutnowshowthatthereadilyavailablefoodisnotreallyallthatgoodforthebear.They’rejusthugeandbearsshouldn’tbe700pounds.You’regettingjustthesemonstrousbearsand
84
it’sbecausethey’lljustsitdowninthemiddleofasoybeanfieldandjusteatallday(5).
Althoughmanyrespondentsweregenerallyskepticalaboutthegovernmentandits
managementpractices,theyviewedtheregulationsonbearhuntingaslegitimateandpart
oflifeontheAPP.Aminorhuntingseasonadjustmentwastheonlytopicthatcameupwith
regardtobetterbearmanagement.
Incontrast,respondentswereupsetaboutcertainrestrictionsoncoyotehunting,
citingthemasfederaloverreach.Multipleintervieweesbroughtuptheneedforfewer
huntingrestrictionsoncoyotes,citinglooserregulationincentralNC.Toensurewolves
wouldnotbeconfusedforacoyoteandmistakenlykilled,theNorthCarolinaWildlife
ResourcesCommissionimplementedabanonhuntingcoyotesatnightinthefivecounties
ontheAPP.Thisnighthuntingbanthatwasintendedtoprotecttheredwolfwas
questionedbyintervieweeswhothoughtresidentsshouldbeabletokillcoyotesatwillto
controlthepopulation.Asoneintervieweeputit,“Ithinkyoushouldbeabletoshootoneat
anytimeyouseeone…nobodyIassociatewithapprovedoftheban”(6).Sincethecoyotes
areprimarilyactiveatnight,thenighthuntingbanessentiallyeliminatedanyabilityforthe
localstocontrolthecoyotepopulation.Asaresult,thenighthuntingbancontributedto
oppositiontothereintroductionprogram.
Theconsensusfromtheintervieweeswasthatmanagementofbearsandcoyotesis
bestdonethroughhuntingandcouldbebetterifbothseasonswerelonger,allowingfor
moretakes.Whilemanagementofblackbearhuntingisgenerallyviewedfavorablyandasa
necessarypartofthehuntingculture,themanagementofcoyotehuntingisseenasan
85
intrusionandanimpedimenttothenaturalwayoflivingontheAPP.Huntingperceptions
arealsotiedtoeachpredator'sperceivedroleinthearea.Bearhuntingwasgenerally
viewedpositivelybecauseoftherevenueitbringstolocaleconomiesandthepridehunters
takeinhuntingahistoricandvaluableanimal.Theneedtohuntcoyotes,however,was
viewednegativelybecauseofitslackofeconomicbenefitsandtheassociatedrestrictions,
whicharetiedtotheredwolfprogram.Thus,huntingwasapointwhererespondents
tendedtovoicedisapprovalofbothcoyotesandredwolves.
Synthesis
Forrespondents,lifeontheAlbemarle-PamlicoPeninsulaislargelytiedtotheir
perceptionsoftheland—amainlyundeveloped,wildsettinginwhichpeopleandother
animalscoexist.Theyholdgenerallypositiveviewsofblackbears,morenegativeviewsof
redwolves,andextremelynegativeviewsofcoyotes.Intermsofthegovernment,
respondentsheldgenerallynegativeviewsofthefederalgovernment,butmorepositive
viewsofstategovernment.Whiletheyfeltthatalotoffederalregulationsweremisplaced,
theyviewedstateregulationofthingslikehuntingtobeforthemostpartsatisfactory,with
onlyminorsuggestionsforimprovements.
Attitudetowardgovernment,placeidentity,andthenatureoftheanimalitselfwere
identifiedasthemainfactorsaroundwhichintervieweesbasedtheirperceptionsofeach
species.Allthreefactorsplayedsomeroleinthewayeachspecieswasperceived,buttheir
relativeimportancevaried.
Attitudetowardgovernmentwasthemainfactorinfluencinghowtherespondents
viewredwolves.People’sattitudesaboutgovernmentimpacttheirperceptionsofthe
86
managementofpredators,andtheirattitudesaboutthewolvesthemselves.Thissame
relationshipbetweengovernmentperceptionandattitudetowardwolveshasbeen
demonstratedinanumberofstudies.Browne-Nunezetal.(2013)foundthatattitudes
towardsthegovernmentinfluencedattitudesaboutthegraywolfmorethanthepeople’s
perceptionsofthewolvesthemselves.Kreyeetal.(2016)foundthatperceivedgovernment
mismanagementhasanimpactonhowpeopleviewpredators.Thenatureofthewolfalso
influencedhowpeopleviewedthem,butitwasnotasmuchofafactorastheirattitudes
aboutgovernment.Redwolvesareshyandelusive,sorespondentsgenerallydidnothave
asmuchcontactwiththemastheotherspecies.
Placeidentitywasthemainfactorinfluencingrespondents’viewsofblackbears.
Becauseoftheirhistoryinthearea,bearsareinasensesynonymouswithplaceandso
respondents’opinionstendedtoblendinwiththeirsenseofplacevalue.Thefarmerswe
interviewedviewedcropdamagefromblackbearsasapartoflifeinthearea.Thisissimilar
toresultsfromBowmanetal.(2001)whofoundthatlandownerswhohaveexperienced
damagefromblackbearsstillhaveagenerallypositiveviewtowardthespecies.Thenature
oftheanimalwasasecondaryinfluenceonhowpeopleviewedtheblackbears.Blackbears
arecharismatic,predictable,andpassive,sopeopleareabletoidentifywiththem,andenjoy
seeingthem.
Thenatureofcoyotes,themselves,wasthemainfactorinfluencinghowrespondents
viewthespecies.Coyotesareadaptive,invasiveandarerelativelyunafraidofhumans.
Becauseofthis,coyotesareviewedasanuisance.Secondarily,somerespondentsassociate
87
coyoteswiththeredwolfprogram,andsincesomehaveanegativeviewoftheredwolf
program,thatnegativelyinfluencestheiropinionsaboutcoyotes.
Ourcomparativeapproachofferstheabilitytoseethedifferencesinopinionsofthe
variouspredators,andoverallprovidesamoreholisticwayofassessinghowthecommunity
viewedthepredators,andwhytheyfeltthatway.Previousliteraturehasattemptedto
associatecertainvalueswithfeelingsaboutanimals,andhasinsomecasestriedtolump
predatorstogetherwhenexplaininghowpeoplefeelaboutthem.Forexample,Hunterand
Brehm(2004)attemptedtoassessattitudestowardswildlifeheldbypeopleinruralareas,
butmadelittleattemptintheiranalysistodifferentiatebetweenspecies.
Ourworksuggeststhatacomparativeapproachthatasksintervieweesabouteach
predatorindividuallymaybebetterforcharacterizinghowthepeoplefeelaboutthe
predatorsandwhytheyhavetheattitudesthattheydo.Inthisstudy,wefoundthata
comparativeapproachmayallowforabetterrepresentationabouthowthesegeneral
attitudesinfluenceperceptionsofpredators,andhowthoseperceptionsabouteach
predatordiffer.
88
Conclusions
Asrecentpolicydecisions,litigation,andanecdotalencountersregardingblackbears,
redwolves,andcoyotesintheAPPdrawtheattentionofthenewsmediaandthepublic
nationwide,futurelandusebythesepredatorshangsinadelicatebalance.Thisstudystrives
toshedlightonthenaturalhabitatandanthropogenicfactorsthatwillultimatelyimpactthe
presenceandabundanceofthesethreeapexpredatorswithintheAPP.
TheRSFanalysissuggeststhatthefederallandsontowhichredwolveswere
introducedandrelocatedarenotoptimalhabitatrelativetonearby,privatelyownedland
areas.PrivatelandswithintheAPPwerecharacterizedbygreatertravelcorridorsbetween
theresourcesofhigherelevatedlands,foodsourcesaroundagriculturaledgehabitats,and
watersources,butmanagementoftheselandsandanywolvesthatmayinhabitthemis
limited.Asuccessfulredwolfmanagementprogramonprivatelandsrequiresadditional
outreachandlandownersupportandwouldperhapsbenefitfromtheimplementationof
alandownerincentiveprogram.Thisprogramwouldpaylandownerstoallowactive
managementofanimalsthatmoveacrosstheprivately-aswellaspubliclyownedlandscape
insearchofsuitablehabitat(Williamsetal.2014).Overall,largeareasofsuitablehabitatfor
redwolvesarepresentontheAPP,evenifthecurrenthabitatfoundonUSFWSpropertyis
lesssupportiveofredwolfsuccessthanthehabitatonprivatelandwithinthestudyarea.
TheHSIresultsshowthattheAPPprovidesagreatdealofhabitatsuitabletoblack
bears,althoughtheapplicationoftheHSItothewholeAPPislimitedbythedatasetthat
wasavailableforitscalculation.Ifanything,weexpectthattheHSIunderestimateshow
suitabletheAPPhabitatistosupportingblackbears.Additionalanalysisshowedthatthe
89
overalltrendforbearhabitatqualityintheAPPoverfourteenyearswasgeneralstability,
withaslightdecline.Despitethisdeclineinhabitatquality,ourfirst-handobservationsand
recordedinterviewsdescribedathrivingbearpopulation.Basedonthecontentofour
interviews,itseemsthatpeoplewantthebearshere.Onelimitationofthemodelproposed
byKindallandVanManen(2007)wasthatanthropogenicandin-situfoodandother
variableswerenottakenintodirectconsideration.Thismodelmayalsohavebeenlimitedby
thefactthatallvariablesthatweremeasuredwereconsideredindependentlywithout
consideringanypotentiallycompoundingeffects.Futurespatialanalysesshouldconsider
inclusionofadditionalvariablesforgreaterresolutionofHSIandRSFresults,anda
sensitivityanalysisforconfoundingamongstvariables.
Neitherspatialmodelsconsideredvariablesrelatedtosocialperceptions.Greater
socialacceptanceandfavorabilitymayaffectlong-termhabitatsuitabilityandrelative
successofconservationactions.Qualitativefindingsfromourinterviewswithlocalresidents
showedthatacceptanceandfavorabilityofblackbears,redwolves,andcoyotesdiffer
withinthestudyarea.Theinterviewees,ingeneral,hadpositiveattitudesaboutblackbears,
neutralorslightlynegativeattitudesaboutredwolves,andoverwhelminglynegative
attitudesaboutcoyotes.Theseattitudeswereinfluencedbythreefactors:attitudestoward
government,placeidentity,andexperienceswiththeanimals.
Ourcomparativeapproachprovidesnewinsightintohowpeopleperceivepredators.
Wefoundthataskingrespondentsaboutdifferentpredatorsallowsfortheabilitytosee
howdifferentunderlyingvaluescaninfluenceattitudesabouteachpredator,andprovides
anadvantageovertraditionalmethods,whichhavelumpedpredatorstogether.
90
Incorporatingvariablesrelatedtohumanperceptionsandunderlyingvaluesintofuture
spatialhabitatanalysescouldimprovecapacitytoprovidemoreholisticassessmentsof
landscapefitforpredators.
OurworkrevealsthattheAlbemarlePamlicoPeninsulaisamatrixofbothecological
andsocialfeatures.Together,thequalitativeinterviewsandspatialanalysesofhabitat
qualityandresourcesavailabilityillustratethevarietyandcomplexityoffactorsthat
contributetohowblackbears,redwolves,andcoyotesarefindingtheirplacesin
northeasternNorthCarolina.
91
References BeemanLE,PeltonMR.1980.SeasonalFoodsandFeedingEcologyofBlackBearsinthe
SmokyMountains.BearsTheirBiol.Manag.4:141–147.
BohlingJH,WaitsLP.2015.Factorsinfluencingredwolf-coyotehybridizationineasternNorthCarolina,USA.Biol.Conserv.184:108–116.
BowmanJLetal.2001.AttitudesoflandownerstowardAmericanblackbearscompared
betweenareasofhighandlowbearpopulations.Ursus12:153–160.Browne-NunezCetal.2014.ToleranceofwolvesinWisconsin:Amixed-methods
examinationofpolicyeffectsonattitudesandbehavioralinclinations.Biol.Conserv.189:59–71.
CatherineKozak.2015.InauguralFestivaltoCelebrateBlackBears.CoastalReview.Available
fromhttp://www.coastalreview.org/2015/06/inaugural-fest-to-celebrate-black-bears/.CrookAC,ChamberlainMJ.2010.AMultiscaleAssessmentofDenSelectionbyBlackBearsin
Louisiana.J.Wildl.Manage.74:1639–1647.DellingerJA,ProctorC,SteuryTD,KellyMJ,VaughanMR.2013.Habitatselectionofalarge
carnivore,theredwolf,inahuman-alteredlandscape.Biol.Conserv.157:324–330.HellgrenEC,VaughanMR.1989.DemographicAnalysisofaBlackBearPopulationinthe
GreatDismalSwamp.J.Wildl.Manage.53:969–977.Hill,E.P.,Sumner,P.W.,Wooding,J.B.,1987.Humaninfluencesonrangeexpansionof
coyotesinthesoutheast.Wildl.Soc.Bull.15,521–524HollandConsultingPlannersInc.2008.HYDECOUNTY,NCCAMACORELANDUSEPLAN.HollandConsultingPlannersInc.2010.TYRRELLCOUNTY/TOWNOFCOLUMBIACAMA
CORELANDUSEPLAN.HollandConsultingPlannersInc.2009.BeaufortCountyJointCAMALandUsePlan2006
Update.HunterLM,BrehmJM.2004.Aqualitativeexaminationofvalueorientationstowardwildlife
andbiodiversitybyruralresidentsoftheIntermountainregion.Hum.Ecol.Rev.11:13–26.
92
JohnsonR,etal.2011.2009DARECOUNTYLANDUSEPLANUPDATE.JonesMD,PeltonMR.2003.FemaleAmericanblackbearuseofmanagedforestand
agriculturallandsincoastalNorthCarolina.Ursus14:188–197.KaminskiDJ,ComerCE,GarnerNP,HungIK,CalkinsGE.2013.UsingGIS-based,regional
extenthabitatsuitabilitymodelingtoidentifyconservationpriorityareas:AcasestudyoftheLouisianablackbearineastTexas.J.Wildl.Manage.77:1639–1649.
KindallJL,VanManenFT.2007.IdentifyinghabitatlinkagesforAmericanblackbearsin
NorthCarolina,USA.J.Wildl.Manage.71:487–495.KreyeMMetal.2016.TheRoleofCommunityIdentityinCattlemenResponsetoFlorida
PantherRecoveryEfforts.Soc.Nat.Resour.1920:1–16.LandersJL,HamiltonRJ,JohnstonSA,MarchintonRL.1979.FoodsandHabitatofBlack
BearsinSoutheasternNorthCarolina.J.Wildl.Manage.43:143–153.MartorelloDA,PeltonMR.2003.MicrohabitatcharacteristicsofAmericanblackbearnest
dens.Ursus(Knoxville)14:21–26.MurrayDL,etal.2015.TheChallengesofRedWolfConservationandtheFateofan
EndangeredSpeciesRecoveryProgram.ConservationLetters.8:338–344.http://www.nagsheadnc.gov/vertical/sites/%7BB2CB0823-BC26-47E7-B6B6-
37D19957B4E1%7D/uploads/CoyoteOBX_DareCommissioners_030216.pdfNationalWildlifeFederation.RedWolf.Availablefrom:http://www.nwf.org/wildlife/wildlife-
library/mammals/red-wolf.aspx.NOAAOfficeforCoastalManagement.1996.CoastalChangeAnalysisProgram(C-CAP).High
ResolutionLandCover.https:\\www.coast.noaa.gov.NOAAOfficeforCoastalManagement.2010.CoastalChangeAnalysisProgram(C-CAP).High
ResolutionLandCover.https:\\www.coast.noaa.gov.NorthCarolinaWildlifeResourcesCommission.2016.Availableat
http://www.ncwildlife.org/Portals/0/Hunting/Documents/Coastal%20Bear%20Harvest%201996-2015.pdf.
NorthCarolinaWildlifeResourcesCommission.NorthCarolinaWildlifeProfiles:RedWolf.
93
NorthCarolinaWildlifeResourcesCommission.2009.NorthCarolinaWildlifeProfiles:Coyote.
NorthCarolinaWildlifeResourcesCommission.2008.NorthCarolinaWildlifeProfiles:BlackBear.
NorthCarolinaWildlifeResourcesCommission.ManagementofBlackBearsInNorth
Carolina.NorthCarolinaWildlifeResourcesCommission.ManagementofBlackBearsInNorth
Carolina.NorthCarolinaWildlifeResourcesCommission.CoyoteOccurrencesandDates.NorthCarolinaWildlifeResourcesCommission.2012.FoxandCoyotePopulationsStudyFinal
Report.PartnersforFishandWildlife.2001.Delaware.PeetRK,WentworthTR,WhitePS.1998.AFlexible,MultipurposeMethodforRecording
VegetationCompositionandStructure.Source:Castanea63:262–274.U.S.CensusBureau.SelectedEconomicCharacteristics2006-2010AmericanCommunity
Survey5-YearEstimates.UnitedStatesBureauofTransportationStatistics.2002.U.S.NationalTransportationAtlas
MajorRoadNet.UnitedStatesDepartmentofAgriculture.2002.RestoringAmerica’sWetlands:TheWetlands
ReserveProgram.U.S.Fish&WildlifeService.2016.RedWolfRecovery.Availablefrom
https://www.fws.gov/redwolf/.U.S.FishAndWildlifeService.EndangeredSpeciesAct:ExperimentalPopulations.U.S.Fish&WildlifeService.2016.RedWolvesandCoyotes.Availablefrom
https://www.fws.gov/Redwolf/wolvesandcoyotes.html.U.S.FishAndWildlifeService.EndangeredSpeciesAct:ExperimentalPopulations.VanManenFT,PeltonMR.1997.ProcedurestoEnhancetheSuccessofaBlackBear
ReintroductionProgram.Int.Assoc.BearRes.Manag.9:67–77.
94
WildlifeManagementInstitute.2014.Acomprehensivereviewandevaluationoftheredwolf(Canisrufus)recoveryprogram.
ZimmermanJW.1992.AHabitatSuitabilityIndexforBlackBearsintheSouthern
AppalachianRegionEvaluatedWithLocationError.NorthCarolinaStateUniversity.
95
Appendix
Tables
Table7.ThecalculatedHSI’sforblackbearsatspecificCVSplotswithinthefivecountystudyarea.PlotIDsreferenceCVSplotsatspecificlocations(latitudeandlongitude).TheHSIwasadaptedfromZimmerman(1995)tosuitourstudyarea.
PlotID Lat. Long. H.S.I.
2821 35.939707 -76.6872 0.795574603
2823 35.922187 -76.695589 0.796203175
2835 35.91124 -76.72044 0.404034186
2868 35.927192 -76.683933 0.796442241
2869 35.926419 -76.683455 0.793873514
2871 35.913972 -76.679072 0.836465216
2872 35.903355 -76.685968 0.716562055
2873 35.909015 -76.684316 0.772259791
2878 35.911046 -76.658032 0.709179856
2880 35.911631 -76.658626 0.676191781
2881 35.9387 -76.683772 0.796901587
2899 35.928928 -76.689526 0.803815873
2900 35.922768 -76.701861 0.28881127
2901 35.922831 -76.701941 0.281746032
2907 35.922238 -76.711323 0.409551989
2911 35.931395 -76.67768 0.803815873
6046 35.628238 -75.793874 0.687876968
6047 35.630224 -75.796301 0.782628776
6088 35.933665 -75.826144 0.142569347
6089 35.933058 -75.826514 0.342074958
6090 35.926347 -75.853858 0.794355556
6094 35.799277 -75.882597 0.796196825
96
6099 35.890488 -75.919986 0.515446913
6100 35.890675 -75.919102 0.572925446
6103 35.62898 -75.796597 0.752921081
6104 35.628223 -75.793784 0.769394532
6105 35.81455 -75.788332 0.669762431
6106 35.819273 -75.784405 0.721223504
6109 35.855448 -75.757472 0.281746032
6110 35.874677 -75.769088 0.2381135
6111 35.874828 -75.772213 0.232943465
6115 35.79614 -75.884898 0.796215873
6116 35.945727 -75.828875 0.496804559
6119 35.855214 -75.757437 0.281746032
6120 35.874903 -75.769001 0.237430845
6121 35.874933 -75.772646 0.232020894
6126 35.814968 -75.7893 0.617898172
6127 35.821713 -75.783665 0.794292063
6136 35.933107 -75.82596 0.349626951
6139 35.945466 -75.83007 0.548584536
6240 35.802354 -76.613163 0.654299453
6242 35.936035 -76.384154 0.27341476
8546 35.712166 -76.195652 0.492622572
8547 35.677176 -75.795574 0.793714286
8562 35.918927 -75.794585 0.319456104
8563 35.919083 -75.794276 0.318477393
8564 35.472256 -76.928658 0.227790266
8567 35.361305 -76.11101 0.281746032
8568 35.362533 -76.411408 0.281746032
8570 35.361672 -76.4118 0.281746032
8571 35.362114 -76.411819 0.281746032
97
8572 35.361799 -76.412562 0.281746032
8574 35.361918 -76.412355 0.281746032
8580 35.734351 -76.441094 0.223208112
8581 35.734251 -76.439611 0.495433885
8582 35.734292 -76.438473 0.494107352
8584 35.731416 -76.554418 0.866397943
8585 35.802969 -76.454362 0.282084853
8586 35.776521 -76.398686 0.759923153
8587 35.803164 -76.454698 0.364116641
8588 35.734338 -76.438385 0.493982064
8589 35.744328 -76.308856 0.860330159
8590 35.623681 -76.349653 0.235177129
8591 35.936613 -76.361151 0.430986049
8592 35.885572 -76.285619 0.740878583
8593 35.889176 -76.30665 0.779460431
8595 35.679114 -75.794223 0.803815873
8597 35.671914 -75.909606 0.753412698
8598 35.735167 -75.908843 0.799371429
8602 35.437274 -76.39601 0.296467302
8603 35.472303 -76.928009 0.397996492
8604 35.839056 -75.901833 0.801904762
8605 35.745393 -76.079883 0.781146603
8607 35.361162 -76.110865 0.281746032
8608 35.361768 -76.412121 0.281746032
8615 35.473304 -76.928496 0.268271545
8616 35.527851 -75.979096 0.255616547
8618 35.871655 -76.353492 0.653029208
8620 35.826382 -75.889512 0.807631746
8621 35.679084 -75.920009 0.794355556
98
8626 35.914049 -76.533082 0.490846602
8627 35.915416 -76.532676 0.499234541
8628 35.433019 -76.715018 0.494132055
8629 35.914446 -76.534464 0.502789684
8630 35.933133 -76.363563 0.903879341
8631 35.935181 -76.358654 0.819688911
8633 35.855721 -76.397895 0.760879086
8933 35.436724 -76.396827 0.281746032
12315 35.710152 -77.185295 0.895901129
12322 35.460571 -76.90265 0.437360249
12337 35.70939 -77.184069 0.898762689
12338 35.712194 -77.186025 0.769017044
24719 35.792626 -75.878446 0.709153968
24720 35.874543 -76.359578 0.777643518
24722 35.875552 -76.361999 0.48400913
24723 35.611294 -75.923284 0.534478341
24724 35.712162 -76.190633 0.57236178
24733 35.724481 -76.193857 0.538598205
24734 35.795509 -75.88369 0.723093968
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Interview Guide OBXFS2016InterviewGuide
v.2016September27
Materials
Consentdocument,iPad(Reminder:checkbatterylife),pen/pencil,clipboard
Introduction
Asktheintervieweetoreadtheconsentdocument.Makesures/hedoesn’thaveanyquestionsandaskiftheyagreetoparticipateandberecorded.Whileyousetuptherecorder(Reminder:keeptheipadvolumelowtoavoidanyfeedback.),briefthemaboutthestudy.Askher/himmarktherecordingbystatingher/hisname,thedate,whereyouare.
1.BackgroundandEnvironment
• TellmeabitaboutyourhistoryhereineasternNorthCarolina(orsubstituteHydeCounty/TyrrellCounty).
o Haveyoualwayslivedhere?§ Y:Canyoutellmeaboutyourfamilyrootsinthisarea?§ Y:Whataboutthisplacekeepsyouhere?§ N:Whendidyoufirstcometothisarea?§ N:Whatbroughtyouhere?
• Tellmeabouttheworkyoudo.o Howdidyougetintoit?o Howlonghaveyoudoneit?
• HowwouldyoudescribeXXXCountytosomeonewhohadneverbeenherebefore?o Areastoprompt:resources,landscapefeatures,people/communitylife
• WhatdoyouvalueaboutthelandscapeinXXXCounty?
• Howhasthelandscapechangedsinceyougothere/whenyouweregrowingup?o Ifs/heonlymentionsnegativechanges,askaboutanypositivechanges.o Ifs/heonlymentionspositivechanges,askaboutanynegativechanges.
§ Howdoyoufeelaboutthosechanges?
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Transition:I’dliketotalktoyouaboutsomeofthelargemammalsthatlivearoundhere.
2.Bears
• Haveyouhadanyencounterswithbears?o Canyoutellmeaboutthat?
§ Howdoyoufeelwhenyouseeabear?o Whataboutanyfamilymembersorotherpeopleyouknow?o Haveyounoticedanyseasonalpatternstotheseencounters?o Havetherebeenincreasesinencountersinthepast10years?o Farmer:
§ Dobearscomeonyourfarm?§ Whataretheydoingthere?§ Howdoyoufeelaboutthembeingonyourland?§ Isthereasituationinwhichyouwouldchoosetoshootatoneofthese
predators?o Guide:
§ Canyoudescribehowbearsareapartofyourguidingbusiness?o Howhavetheseexperiencesaffectedyourperceptionsaboutbears?
• Howinformedwouldyousayyouwereaboutblackbears?o Doyouthinkmoreinformationwouldaffectyourperceptionofbears?
§ Y:Whatwouldyouliketoknowaboutthem?
• Whatdoyoubelieveshouldbedonetomanagetheblackbearpopulation?
• Wouldyousaythatbearsareapartofthelocalculture?o Y:Inwhatways?o N:Howcome?o N:Whatotheranimalsaremoreapartofthelocalculture?
• Whatdoyouvalueabouthavingablackbearpopulation?
Transition:NowI’dliketoaskyouaboutwolves.
3.Wolves
• Haveyouhadanydirectexperienceswithwolves?o Canyoutellmeaboutthat?o Howdiditaffectyou?[Listenforlosses/benefits]o Havetheseexperienceschangedovertime?
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o Doyouhaveextraconcernwhenyourpetsareout?o Howhavetheseexperiencesaffectedyourbeliefsaboutwolves?
• Howinformedaboutredwolveswouldyousayyouare?o Doyouthinkmoreinformationwouldaffectyourperceptionofwolves?
§ Y:Whatwouldyouliketoknowaboutthem?
• Hasyourlandorbusinessbeenimpactedbythereintroductionofthewolves?o Canyoudescribehow?
• HaveyouheardabouttherecentdecisionmadebyU.S.FishandWildlifeabouttheRedWolfReintroductionprogram?
o Whatareyourthoughtsaboutthis?§ Doyouagreewiththedecision?
• Ifnot,whatdoyouthinkshouldhavebeendone?o Howhasthereintroductionprogram,beforethedecisionandnow,impacted
thecommunity?
• Wouldyousaythatwolvesfitintothelocalculture?o Y:Inwhatways?o N:Howcome?
• Whatdoyouvalueabouthavingredwolvesinthisarea?
• IfI’daskedyouaboutthewolves10yearsago,whatdoyouthinkyouwouldhavesaidaboutthemthen?
Transition:I’dalsoliketotalktoyouaboutcoyotes.
4.Coyotes
• Whathasbeenyourexperiencewithcoyotes?o Haveyouhadanydirectencounterswithcoyotes?
§ Canyoutellmeaboutthat?o Farmers/Landowners:
§ Docoyotescomeonyourland?§ Whatdotheydothere?§ Doestheirpresencechangehowyoudothings?§ Howdoyoufeelabouthavingthemonyourland?
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o Guides:§ Howhavecoyotesaffectedyourguiding?
• Whatdoyoubelieveshouldbedonetomanagethepopulation?o Howdoyouthinklandownersfeelaboutthenighthuntingbanoncoyotes?
• Docoyotesfitintothelocalculture?o Y:Inwhatways?o N:Howdon’ttheyfit?
• Doeshavingcoyotesaroundherehavevaluetoyou?o Howso?
5.Management
• There’sagooddealofacreageinthisareathatispublicland–refuges,preserves,thebombingrange.Hasthatbeenagoodthing?
o YorN:Howso?
• Whatvaluedothesepubliclandshaveforyou?
• Whatistherelationshiplikebetweenwildlifemanagementagenciesandthecommunity?
6.Closing
• IsthereanythingIhaven’taskedyouaboutblackbears,redwolvesandcoyotesthatyouwouldliketotellme?
• IsthereanythingelseaboutthispartofeasternNorthCarolinayouthinkIshouldknow?
• That’sallthequestionsIhaveforyou.Doyouhaveanyquestionsforme?
• THANKYOUandinvitetothepresentation.– Wewillbecompilingthefindingsofourstudy,alongwiththeresultsofour
naturalscienceresearch,inareportandgivingapublicpresentationaboutthemattheendofthesemester.Ifyou’dliketoattend,thepresentationwill
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beonDecember15that2pm,that’saThursday,attheCoastalStudiesInstituteinWanchese.
• Nowthatyou’veseenwhattheinterviewisallabout,canyourecommendanyotherpeoplethatyouthinkitwouldbegoodforustotalkto?
– (Youcanmentionspecific“types”ofpeoplewe’reinterestedininterviewingifyouthinkthatwouldhelpprompttheirthinking.)
• WhenIgobackandlistentotherecording,ifIhaveanyquestionsorwouldliketo
clarifyanythingyou’vesaid,woulditbeOKifIcontactyouagain?
• Thankyouforyourtime.