
OverviewofthevalueandvulnerabilityofmarinebiodiversityintheABNJ
BiologicallysignificantecosystemsintheABNJ
Innovationsinremotesamplingandobservationduringthelasttwodecades,1 have evidencedthemarinewonderlandofcomplexecosystemsinareasbeyondnational jurisdiction ANBJ includingthehighseasanddeepseabed Forexample,topographical studiesoftheseafloor2 havedisproventhedepictionofthedeep-seabedasan inhospitabledesert3 andestablishedtheoceanfloorasthelargestreservoirofbiodiversity ontheplanet.4 Someofthemainbenthicbiodiversityfeaturesincludehydrothermalvents, seamounts,deep-seatrenches,deep-seacoralreefs,coldseepsandsubmarinecanyons 5 Notably,thediscoveryofchemosynthetic-basedecosystemsathydrothermalvents6 is consideredoneofthemostadvantageousfindingsinbiologicalscienceduringthelatter quarterofthetwentiethcentury 7 Overturningtraditionalnotionsofdeep-seaecology, whichassumedalldeep-seafaunaweredependentonphotosynthesisintheupperocean
1 JMArrieta,SArnaud-HaondandCMDuarte,‘Whatliesunderneath:Conservingtheoceans’genetic resources’ 2010 107 43 PNAS18318,18321 Seealso;NHusseyetal ‘Aquaticanimaltelemetry:Apanoramic windowintotheunderwaterworld’ 2015 348 6240 Science1221
<https://sciencesciencemagorg/content/sci/348/6240/1255642fullpdf>accessed17/07/2020
2 ERamirez-Llodraetal ‘ManandtheLastGreatWilderness:HumanImpactontheDeepSea’ 2011 6 8 PLoS ONE2<https://journalsplosorg/plosone/article?id=101371/journalpone0022588 accessed20/07/2020 See followingforunderstandingofongoingseafloormappingstudies;AWölfletal ‘SeafloorMapping–The challengeofatrulyglobaloceanbathymetry’ 2019 6FrontiersinMarSci
<https://wwwfrontiersinorg/articles/103389/fmars201900283/full#h1>accessed07/07/2020
3 UNEnvironmentProgram SubsidiaryBodyonScientific,TechnicalandTechnologicalAdvice)‘Marineand Coastalbiodiversity:Review,furtherelaborationandrefinementoftheprogrammeofwork’ 22February2003 UNEP/CBD/SBSTTA/8/INF/3/Rev1para1
4 KGjerde,EcosystemsandBiodiversityinDeepWatersandHighSeas UNEPRegionalSeasReportand StudiesNo 178,UNEP/IUCN2006 6
5 UNEnvironmentProgram SubsidiaryBodyonScientific,TechnicalandTechnologicalAdvice)‘Marineand Coastalbiodiversity:Review,furtherelaborationandrefinementoftheprogrammeofwork’ 22February2003 UNEP/CBD/SBSTTA/8/INF/3/Rev1Annexpara1
6 CLuiggi,‘LifeontheOceanFloor1977 Thediscoveryofdeep-seahydrothermalventsalongtheGalápagos RiftrevealedabiologicalGardenofEden’ TheScientist,31Aug2012 <https://www.the-scientist.com/foundations/life-on-the-ocean-floor-1977 40523 accessed15/04/2020.
7 UNEnvironmentProgram SubsidiaryBodyonScientific,TechnicalandTechnologicalAdvice)‘Marineand Coastalbiodiversity:Review,furtherelaborationandrefinementoftheprogrammeofwork’ 22February2003 UNEP/CBD/SBSTTA/8/INF/3/Rev.1Annexpara3.Seealso;WJBroad,‘Strangeoasesinseadepthsoffermap toriches’TheNewYorkTimes UnitedStatesofAmerica,16Nov1993 <https://wwwnytimescom/1993/11/16/science/strangeoases-in-sea-depths-offer-map-to-richeshtml?searchResultPosition=2 accessed15/04/2020
layers,8 thediscoveryestablishedthatachemicaloxidationprocessdrivenbypolymetallic sulphidesfoundinhydrothermalfluidcouldsustainanabundantpopulationofbenthosin thelightlessdeepocean.9 Significantly,thefaunafoundathydrothermalventsandat deep-seatrenchesconsistoforganismsofparticularscientificandcommercialvalue10 due touniqueadaptionstoextremetoxicity,temperature,hydrostaticpressureandfrequent physicaldisturbance 11 Similarly,thehardsubstrateandlowsedimentdepositionof seamountsalsocreatedistinctivedeep-seahabitatswhichsupporthighanimalbiomass 12 Thebenthicfaunaofseamountsaredominatedbyhardsubstratesuspensionfeeding communitiessuchasspongesandcorals,13 whilstthetopandupperflanksofseamounts areimportantforthefeeding,breedingandspawningofmanyhighlymigratoryand endangeredpelagicpredatorsaswellasepipelagicanddeep-seafish 14 Regularvisitors includecetaceans,tunas,seaturtles,seabirds,scallopedhammerheadsharks,orange roughyandoreos 15 Likewise,steep-sidedsubmarinecanyonswhichcutacrosscontinental slopesarealsobiologicalhotspots Canyonshostfilterfeedersaswellasnurseriesfor
8 CHAllen,‘ProtectingtheOceanicGardensofEden:InternationalLawIssuesinDeep-SeaVentResources ConservationandManagement’ 2001 13 3 GeoIntlEnvtlLRev563,570
9 AProeless,‘MarineGeneticResourcesunderUNCLOSandtheCBD’ 2008 51GermanYBInt’lL417,418.
10 CHAllen,‘ProtectingtheOceanicGardensofEden:InternationalLawIssuesinDeep-SeaVentResources ConservationandManagement’ 2001 13 3 GeoIntlEnvtlLRev563,565 Seealso;DLearyetal ‘Marine geneticresources:Areviewofscientificandcommercialinterest’ 2009 33MarinePol183,187
11 JMArrieta,SArnaud-HaondandCMDuarte,‘Whatliesunderneath:Conservingtheoceans’genetic resources’ 2010 107 43 PNAS18318,18321 Seealso;UNEnvironmentProgram SubsidiaryBodyon Scientific,TechnicalandTechnologicalAdvice)‘MarineandCoastalbiodiversity:Review,furtherelaboration andrefinementoftheprogrammeofwork’ 22February2003 UNEP/CBD/SBSTTA/8/INF/3/Rev1Annexpara 13.
12 ENorseetal ‘Place-basedecosystemmanagementintheopenocean’inENorseandLCrowder(ed) MarineConservationBiology:Thescienceofmaintainingthesea’sbiodiversity IslandPress2005 308
13 ARogers,‘Thebiologyofseamounts:25yearson’inMLesser(ed)AdvancesinMarineBiology Elsevier 2010 160
14 UNEnvironmentProgram SubsidiaryBodyonScientific,TechnicalandTechnologicalAdvice)‘Marineand Coastalbiodiversity:Review,furtherelaborationandrefinementoftheprogrammeofwork’ 22February2003 UNEP/CBD/SBSTTA/8/INF/3/Rev1Annexpara9
15 KGjerde,EcosystemsandBiodiversityinDeepWatersandHighSeas UNEPRegionalSeasReportand StudiesNo.178,UNEP/IUCN2006 14.
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manycommerciallysignificantspeciessuchaslobster,crab,shrimp,hake,tilefishand flounder.16
Additionallyvaststretchesofthehighseaswatercolumnhavebeenfoundtocontainkey migratorycorridors17 andbiologicalhubs 18 Althoughopenoceanhotspotsaretypically createdbytheinteractionofthewatercolumnwithfixedseabedfeaturessuchas seamountsandshelfbreaks,19 similarconcentrationsofoceanicpredatorsandpreycan alsooccurateddiesandfrontswherewatersofdifferenttemperaturesorsalinities converge.20 Interestingly,whilstconvergencezonesbetweenwatermassesmaybe permanent,theycanalsobeunpredictableorseasonal.21 InastudybyFerrariandTaylor,it wasfoundthatwarmwaterslidesovercold,denserwater,creatingahospitable environmentformicroorganisms 22 Suchconditionsatopenoceanfrontsaccelerate photosynthesisandthuscreateareasofhighplanktonproductivity 23 Asaresult,the food-richpatchesattractsmallerfishaswellaslargeroceanicanimals,ie,dolphinfish, seabirdsandoceanicwhitetipsharks 24
16 UNEnvironmentProgram SubsidiaryBodyonScientific,TechnicalandTechnologicalAdvice)‘Marineand Coastalbiodiversity:Review,furtherelaborationandrefinementoftheprogrammeofwork’ 22February2003
UNEP/CBD/SBSTTA/8/INF/3/Rev1Annexpara31 Seealso;KGjerde,EcosystemsandBiodiversityinDeep WatersandHighSeas UNEPRegionalSeasReportandStudiesNo.178,UNEP/IUCN2006 14.
17 AHarrisonetal ‘Thepoliticalbiogeographyofmigratorymarinepredators’ 2018 2NatureEco&Evol1571, 1575 76
18 KGjerde,EcosystemsandBiodiversityinDeepWatersandHighSeas UNEPRegionalSeasReportand StudiesNo 178,UNEP/IUCN2006 6
19 Ibid12 Seealso;TMoratoetal ‘Seamountsarehotspotsofpelagicbiodiversityintheopenocean’ 2010) 107 21 PNAS9707,9708.
20 CWoodsonandSLitvin,‘Oceanfrontsdrivemarinefisheryproductionandbiogeochemicalcycling’ 2015 112 6 PNAS1710
21 ENorseetal ‘Place-basedecosystemmanagementintheopenocean’inENorseandLCrowder(ed) MarineConservationBiology:Thescienceofmaintainingthesea’sbiodiversity IslandPress2005 308
22 JTaylorandRFerrari,‘Oceanfrontstriggerhighlatitudephytoplanktonblooms’ 2011 38GeophysicalRes LettersL23601 Seealso;JChu,‘Bloomingoceanfronts:Studyfindsfrontsarehotspotsforphytoplankton blooms’(newsmitedu04November2011 <http://newsmitedu/2011/blooming-oceans-phytoplankton-1104 accessed08/07/2020
23 ENorseetal ‘Place-basedecosystemmanagementintheopenocean’inENorseandLCrowder(ed) MarineConservationBiology:Thescienceofmaintainingthesea’sbiodiversity IslandPress2005 308
24 Ibid.
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OceandegradationandbiodiversitylossintheABNJ
EvidentlytheABNJhasthebiologicalcapacitytoaccommodateorganismsofconsiderable commercial,scientific,andecologicalvalue Yet,thesametechnologicaladvancements whichfosteredgreaterunderstandingofbiodiversitybeyondnationaljurisdictionhavealso facilitatedopportunitiestoexploitandthusendangersuchresources.Developmentsin autonomoussubmersiblesandremotelyoperatedvehicles25 haveexpandedthescopeof industrialactivitiesinthedeep-sea,26 includingtheexploitationofbiological,mineraland petrochemicalresources 27 Theabilitytoextractandutilisenaturalcompoundsatagenetic level28 hasresultedinanewmarketfornovelmarinebiomaterials 29 Althoughtheeffectsof bioprospectingmaybeperceivedasminimalcomparedtomoredestructiveactivities,30 the escalatingeconomicinvestmentinsuchmaterialsmayleadtoaproliferationofactors seizingopportunitiestopursuelucrativeresourcesonthedeep-seabed.31 Suchan increaseofactivityinpreviouslyundisturbedenvironmentsthreatenstheintegrityoffragile ecosystems,asbioprospecting–likeanyotherscientificresearch–mayintroducelight andnoise,affectwatertemperatureandproducepollution 32 Likewise,demandformineral resourceslocatedonthedeep-seabedalongsidetechnologicalbreakthroughshaveledto
25 AMerrieetal.‘Anoceanofsurprises–Trendsinhumanuse,unexpecteddynamicsandgovernance challengesinareasbeyondnationaljurisdiction’ 2014 27GlobalEnvChange19,23.Seealso;RBachmayeret al ‘Oceanographicresearchusingremotelyoperatedunderwaterroboticvehicles:Explorationofhydrothermal ventsitesontheMid-AtlanticRidgeat37°North32°West’ 1998 32 3 MarTechSocJ37
26 KGjerde,EcosystemsandBiodiversityinDeepWatersandHighSeas UNEPRegionalSeasReportand StudiesNo 178,UNEP/IUCN2006 8
27 ERamirez-Llodraetal ‘ManandtheLastGreatWilderness:HumanImpactontheDeepSea’ 2011 6 8 PLoSONE9<https://journalsplosorg/plosone/article?id=101371/journalpone0022588 accessed 20/07/2020
28 SBeslier,‘Theprotectionandsustainableexploitationofgeneticresourcesofthehighseasfromthe EuropeanUnionperspective’ 2009 24IntJMarCoastLaw333,334
29 DLearyetal ‘Marinegeneticresources:Areviewofscientificandcommercialinterest’ 2009 33MarinePol 183,187
30 GWrightetal ‘Thelongandwindingroad:negotiatingatreatyfortheconservationandsustainableuseof marinebiodiversityinareasbeyondnationaljurisdiction’ IDDRIandAgencedesairesmarinesprotégéesstudy no8/18,IDDRIAugust2018 20
31 AMerrieetal ‘Anoceanofsurprises–Trendsinhumanuse,unexpecteddynamicsandgovernance challengesinareasbeyondnationaljurisdiction’ 2014 27GlobalEnvChange19
32 GWrightetal ‘Thelongandwindingroad:negotiatingatreatyfortheconservationandsustainableuseof marinebiodiversityinareasbeyondnationaljurisdiction’ IDDRIandAgencedesairesmarinesprotégéesstudy no8/18,IDDRIAugust2018 20.
anexpansionofinterestindeep-seamining 33 Yet,mininginthedeep-seahasthe potentialtodamageentireseabedtosurfaceecosystemsinareasofnotablebiodiversity, suchasseamountsandhydrothermalvents.34 Destructivepracticesincludethe resuspensionandcompactionofsediments,removalofseafloorpolymetallicnodulesor
cuttingawayofcobalt-richcrusts,dischargeofdebrisandspillage,noiseandvibration 35 Giventhelengthydevelopmentperiodandlowreproductiveratecharacteristicof deep-seaorganisms,36 theslowrecoveryexpectedformostecosystemsreinforcesthe scaleoftheharmcausedbysuchactivities.
Furthermore,technologicaldevelopmentshavealsointensifiedexistingcommercial activitiesinnewoceanicdepths 37 Forexample,asshallowwaterstockshavebecome depleted,fisherieshavesteadilyprogressedintooffshoreareasanddeeperwaters 38 Asa result,deep-seafishingiscurrentlyconsideredthemostsubstantialdirectthreattomarine lifeintheABNJ 39 TheUnitedNationsFoodandAgricultureOrganisation UNFAO noted thattheeffectsofoverfishingwereparticularlyacuteintheABNJ,40 wherestockswere overfishedatapproximatelytwicetherateofthosewithinnationaljurisdictions.41 Notably,
33 KMilleretal.‘Anoverviewofseabedminingincludingthecurrentstateofdevelopment,environmental impactsandknowledgegaps’ 2018 4FrontiersinMarSci1
<file:///C /Users/hp/Downloads/fmars-04 00418pdf>accessed08/07/2020
34 OHeffernan,‘Seabedminingiscoming–bringingmineralrichesandfearsofepicextinctions:Plansare advancingtoharvestpreciousoresfromtheoceanfloor,butscientistssaythatcompanieshavenottested themenoughtoavoiddevastatingdamage’(naturecom,24July2019
<https://www.nature.com/articles/d41586 019 02242-y>accessed05/07/2020.
35 BO’Learyetal ‘Optionsformanaginghumanthreatstohighseasbiodiversity’ 2020 187Ocean&Coastal Manag105110,105113
36 EANorseetal ‘Sustainabilityofdeep-seafisheries’ 2012 36 2 MarPol307,309
37 ERamirez-Llodraetal ‘ManandtheLastGreatWilderness:HumanImpactontheDeepSea’ 2011 6 8 PLoSONE9<https://journalsplosorg/plosone/article?id=101371/journalpone0022588 accessed 20/07/2020.
38 WSwartzetal ‘Thespatialexpansionandecologicalfootprintoffisheries 1950topresent)’ 2010 5 12 PLoSONE<https://journalsplosorg/plosone/article?id=101371/journalpone0015143 accessed03/10/2020
39 BLascellesetal ‘Migratorymarinespecies:theirstatus,threatsandmanagementneeds’ 2014 24Aquatic ConservMarFreshwEcosyst111,114
40 FoodandAgricultureOrganisationoftheUnitedNations,TheStateofWorldFisheriesandAgriculture2018–MeetingthesustainabledevelopmentgoalsRome FAO2018 45.
41 DDunnetal ‘Empoweringhighseasgovernancewithsatellitevesseltrackingdata’ 2018 19Fish&Fisheries 729,731
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Ramirez-Llodraetal findthattheeffectsofoverfishingaremorepronouncedinthe contextofdeep-seaecosystemsassuchspecies–oftenofdelayedsexualmaturity42 –are poorlyadaptedtowithstandheavyfishingpressure.43 Equallydetrimentaltobiodiversityin theABNJaredestructivefishingpracticessuchasbottomtrawlingandpelagiclonglining, whichhavebeenintensifiedbyaseriesoftechnologicalimprovements,ie,stronger cablesandwinches,andfishingnetsandlinescomposedofvirtuallyindestructible syntheticmaterial 44 Theseverityoftrawlingthedeepseabedhasbeenlikenedtothe effectsofforestclearcutting,45 asheavytrawlingsimilarlystripstheseafloorof habitat-buildingorganismswithlastingimplicationsforthelongevityofbenthic communities.46 Seamountcorallossesofuptoninety-eightpercentasaresultoftrawling havealreadybeendocumented 47 However,suchlossesarenotlimitedtocoralsdirectly impactedbytrawlers,asstudiessuggestthedisturbanceofsedimentbyintensetrawling cancreatesedimentgravityflowswhichmaysuffocatecold-watercoralsfarfromtrawled areas 48 Likewise,pelagiclonglininghasbeenimplicatedinconsiderableincidentalcapture ofnon-targetedspecies.Lineswhichcanstretchupto100kmandbearnear2,000baited hookscaughtatleast160,000seabirdsonthehighseasannuallybetweentheyearsof 2001and2008.49 Therepercussionsofsuchbycatchisillustratedbyfindingsthatfifteen
42 EANorseetal ‘Sustainabilityofdeep-seafisheries’ 2012 36 2 MarPol307,309
43 ERamirez-Llodraetal.‘ManandtheLastGreatWilderness:HumanImpactontheDeepSea’ 2011 6 8 PLoSONE9<https://journalsplosorg/plosone/article?id=101371/journalpone0022588 accessed 20/07/2020
44 RWarner,‘Conservingmarinebiodiversityinareasbeyondnationaljurisdiction:co-evolutionandinteraction withthelawofthesea’ 2014 1FrontiersinMarSci1<file:///C /Users/hp/Downloads/fmars-01 00006pdf> accessed19/07/2020
45 LWatlingandENorse,‘Disturbanceoftheseabedbymobilefishinggear:Acomparisontoforest clearcutting’ 1998 12 6 ConservBio1180,1181
46 CPhametal ‘Depp-waterlonglinefishinghasreducedimpactonvulnerablemarineecosystem’ 2014 4 ScientificReports<https://wwwncbinlmnihgov/pmc/articles/PMC4003479/pdf/srep04837pdf>accessed 09/07/2020
47 KGjerde,EcosystemsandBiodiversityinDeepWatersandHighSeas UNEPRegionalSeasReportand StudiesNo 178,UNEP/IUCN2006 24
48 ERamirez-Llodraetal ‘ManandtheLastGreatWilderness:HumanImpactontheDeepSea’ 2011 6 8 PLoSONE10<https://journalsplosorg/plosone/article?id=101371/journalpone0022588 accessed 20/07/2020 Seealso;MClarketal ‘Theimpactsofdeep-seafisheriesonbenthiccommunities:areview’ 2015 73ICESJMarineSci51,52 53
49 OAndersonetal ‘Globalseabirdbycatchinlonglinefisheries’ 2011 14EndangSpeciesRes91,97
oftwenty-onespeciesofalbatrossarenowgloballythreatened 50 Moreover,dueto innovationsinsyntheticpolymerslongliningoperationsareabletoextendbelow2000min depth.51 Consequently,thedamagecausedbysuchventuresisnolongerlimitedto biodiversityintheupperwatercolumn
Newtechnologyhasalsodevelopedawarenessofthecorrelationbetweenanthropogenic activitiesandthedegradationoftheopenocean Forexample,Drevnicketal havefound significantland-sourcedmercurycontaminationinpelagicmarinelife,52 whilstarecent studybySharplesetal.estimatedseventy-fivepercentofnitrogenandeightypercentof phosphorusagriculturalpesticideresiduecouldbetransportedtotheopenoceanby rivers 53 Otherland-basedpollutantsobservedintheABNJincludeplasticwaste,with approximately44to127millionmetrictonnesofplasticenteringtheoceaneachyearfrom land-basedsources 54 Similarly,640,000metrictonnesoflostordiscardedfishinggearis estimatedtoentertheoceanannually 55 Suchdebriscanentangleandchokewildlife,and smotherorfractureseabedhabitatsinaprocesstermed‘ghostfishing.’56 Alongsideplastic litter,fishingvesselsarealsoresponsibleforproblemscreatedbydischargedprocessing waste.Offaldiscardedbyfactorytrawlerscanreachconsiderabledepthsandpossibly alterbenthiccommunitycompositionaswellasendangerseabirdsandmarinemammalsin
50 KMcVeigh,‘Industrialfishingushersthealbatrossclosetoextinctionsayresearchers’TheGuardian London, 31January2019
<https://wwwtheguardiancom/environment/2019/jan/31/industrial-fishing-ushers-albatross-closer-to-extinctio n-say-researchers>accessed15/07/2020
51 ERamirez-Llodraetal ‘ManandtheLastGreatWilderness:HumanImpactontheDeepSea’ 2011 6 8 PLoS ONE10<https://journalsplosorg/plosone/article?id=101371/journalpone0022588 accessed20/07/2020
52 PDrevnick,CLamborgandMHorgan,‘Increaseinmercuryinpacificyellowfintuna’ 2015 34 4 Enviro Tox&Chem931
53 JSharplesetal.‘Whatproportionofriverinenutrientsreachestheopenocean?’ 2016 31Global BiogeochemCycles39,55.
54 BO’Learyetal ‘Optionsformanaginghumanthreatstohighseasbiodiversity’ 2020 187Ocean&Coastal Manag105110,105114
55 KRichardsonetal ‘Understandingcausesofgearlossprovidesasoundbasisforfisheriesmanagement’ 2018 96MarPol278
56 EGillman,‘Statusofinternationalmonitoringandmanagementofabandoned,lostanddiscardedfishinggear andghostfishing’ 2015 60MarPol225.
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theupperocean 57 Furthermore,thebiologicalthreatofalieninvasivespeciestransported onthehullsofshipsisaparticularconcern58 giventhatretreatingseaicepresentsthe opportunityforgreatermaritimetrafficinecologicallypristinepolarregions.59 Therefore,as theabilitytodiscoverandexploitbiodiversityintheABNJadvances,sotoodoes recognitionofthebiodiversitylosscausedbyanthropogenicpressureonpreviously untouchedoceanicecosystems Thus,itisapparentthatbiodiversityintheABNJisboth increasinglyvaluableandvulnerable 60
Thelegalframeworkforspatialconservationintheinternational marineenvironment
Theadverseeffectsofsimultaneousanthropogenicpressuresonthemarineenvironment havebeenworsenedbytheinadequatearticulationanduncoordinatedimplementationof ecologicalconservationmeasuresintheABNJ 61 Indeed,academicrecognitionofthe ongoingdeteriorationofthemarineenvironmentpostUNCLOS62 hasreinforcedtheviewof criticssuchasGjerdeandRulska-Dominothatthelegalframeworkisoutpacedbythe contemporarythreatsfacingmarinebiodiversitybeyondnationaljurisdictions 63 To elaboratefurther,thesubsequentsectionswilldiscussseveralsubstantiveweaknesses inherentinthecurrentlegalframeworkandexploretheirecologicalcostthroughan
57 ERamirez-Llodraetal ‘ManandtheLastGreatWilderness:HumanImpactontheDeepSea’ 2011 6 8 PLoSONE7<https://journalsplosorg/plosone/article?id=101371/journalpone0022588 accessed 20/07/2020
58 KGjerde,EcosystemsandBiodiversityinDeepWatersandHighSeas UNEPRegionalSeasReportand StudiesNo 178,UNEP/IUCN2006 26 27
59 BO’Learyetal.‘Optionsformanaginghumanthreatstohighseasbiodiversity’ 2020 187Ocean&Coastal Manag105110,105113.
60 QHanich,CSchofieldandCSmyth,‘GoingBiginthePacific:Large-scaleMarineProtectedAreasinthe PacificOcean’ 2020 5APOC186,187
61 DTladi,‘Oceangovernance:afragmentedregulatoryframework’inPJacquetetal (ed)Oceans:TheNew Frontier TERIPress2011 99
62 RJozan,JRochetteandSSundar‘Oceans:TheNewFrontier’inPJacquetetal (ed)Oceans:TheNew Frontier TERIPress2011 21.
63 KGjerdeandARulska-Domino,‘MarineProtectedAreasbeyondNationalJurisdiction:somepractical perspectivesformovingahead’ 2012 27IntJMar&CoastalL351,352
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evaluationofthesuccessandfailuresofexistingspatialconservationtoolsadministeredin theABNJ.
UNCLOS
UNCLOSwasdesignedtoprescribeanoverarchinglegalframeworkofrightsand obligationsfortheuseoftheoceansanditsresourcesinvariousmaritimezones.64 Much likedomesticconstitutions,theConventionprovidesastructuralframeworkandhigh-level norms,theconcretedetailsofwhichareelaboratedwithinvariousexistingandnewly createdbodiesandfora 65 Thus,environmentalprotectionintheABNJischaracterisedby broadenvironmentalprotectionobligationsimplementedthroughapatchworkofvarious hardandsoftlawprovisionsanddisparateinstitutionsunderthegeneralumbrellaof UNCLOS.66 However,Mossophighlightshowsuchanarrangementhasmultiplestructural limitations,whichinpracticeunderminethesuccessfullegalprotectionandpreservationof marinebiodiversityintheABNJ 67 ChallengesincludeinadequatePartXIIenvironmental protectionprovisions,obstructiveprinciplesofcustomaryinternationallawentrenchedin PartVIIofUNCLOSandcomplexjurisdictionalarrangements
PartXIIUNCLOSenvironmentalprotectionprovisions
Ontheonehand,UNCLOSappearstomaintainarigorousprogrammeofenvironmental conservationmeasures68 withseveralprovisionspurportingtorealise‘theprotectionand preservationofthemarineenvironment.’69 Forexample,alongsideenvironmentalprotection
64 CSalpin,‘Marinegeneticresourcesofareasbeyondnationaljurisdiction:Soulsearchingandtheartof balance’inEMorgeraandKKulovesi(ed),ResearchHandbookonInternationalLawandNaturalResources EdwardElgarPublishingLtd2016 416
65 DTladi,‘Oceangovernance:afragmentedregulatoryframework’inPJacquetetal (ed)Oceans:TheNew Frontier TERIPress2011 106
66 RWarner,‘Conservingmarinebiodiversityinareasbeyondnationaljurisdiction:co-evolutionandinteraction withthelawofthesea’inDRothwelletal.(ed)TheOxfordHandbookoftheLawoftheSea OUP2015 775.
67 JMossop,'CanWeMaketheOceansGreener:TheSuccessesandFailuresofUNCLOSasanEnvironmental Treaty'