the ocean and global change - sea education association · 2016-11-22 · sea semester®: caribbean...

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SEA Semester®: Caribbean Reef Expedition The Ocean and Global Change CAS NS 326 (4 credits) Course Catalog Description: Ocean ecosystem change in the anthropocene: warming, acidification, fisheries depletion, and pollution. Review principles of circulation, seawater chemistry, nutrient dynamics, and biological production to understand causes and consequences of change in Caribbean reef, sea grass, and mangrove ecosystems. Conduct field measurements for contribution to time-series datasets. Instructor: Sea Education Association Oceanography Faculty Locations: SEA campus in Woods Hole, MA, at a field station in the U.S. Virgin Islands, and at sea on SEA’s sailing school vessel Corwith Cramer. Prerequisites: Admission to SEA Semester. Sophomore standing or consent of instructor. Course Philosophy and Approach: Humanity depends upon, and extracts value from, the ocean for food, climate, tourism, and personal well-being, as well as many other necessary ecosystem services. This is certainly true of the coastal environments in the Caribbean, including reefs that provide 100s of millions of dollars worth of human-valued services. Ours is the first generation to truly appreciate that the global ocean ecosystem is not immutable but instead has undergone and continues to undergo rapid change caused by millennia of unsustainable human practices. Collectively these anthropogenic changes to the ocean (as well as terrestrial and atmospheric ecosystems) have led to the designation of a new geologic time period – the Anthropocene. A holistic viewpoint is required to understand the myriad impacts of the Anthropocene on Caribbean coastal ecosystems. Nestled between local drivers associated with human practices on land and global phenomenon mediated through changes in ocean conditions, Caribbean reefs sit at the center of Anthropocene change. Thus, our studies will employ an island ridge-top to ocean reef-crest approach, with a fair share to understanding historical drivers. Global warming, acidification, fisheries depletion, and pollution are but a few examples of human pressures on the oceans that influence natural patterns in the distribution, diversity and abundance of marine organisms. Unfortunately, as the global ocean continues to change it no longer provides the goods and services humanity requires and our livelihood is threatened. It is important to note that human extraction from the ocean and corresponding negative environmental impacts are not shared equally among all socio-political, cultural groups. There are, in the most reductive of terms, winners and losers. This course examines the history and condition of the Anthropocene-ocean with emphasis on observed pressures, ecological responses and potential solutions (management, adaptation, and mitigation) that are just and equitable for all humanity.

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Page 1: The Ocean and Global Change - Sea Education Association · 2016-11-22 · SEA Semester®: Caribbean Reef Expedition The Ocean and Global Change CAS NS 326 (4 credits) Course Catalog

SEASemester®:CaribbeanReefExpedition

TheOceanandGlobalChangeCASNS326(4credits)CourseCatalogDescription:Oceanecosystemchangeintheanthropocene:warming,acidification,fisheriesdepletion,andpollution.Reviewprinciplesofcirculation,seawaterchemistry,nutrientdynamics,andbiologicalproductiontounderstandcausesandconsequencesofchangeinCaribbeanreef,seagrass,andmangroveecosystems.Conductfieldmeasurementsforcontributiontotime-seriesdatasets.Instructor:SeaEducationAssociationOceanographyFacultyLocations:SEAcampusinWoodsHole,MA,atafieldstationintheU.S.VirginIslands,andatseaonSEA’ssailingschoolvesselCorwithCramer.Prerequisites:AdmissiontoSEASemester.Sophomorestandingorconsentofinstructor.CoursePhilosophyandApproach:

Humanitydependsupon,andextractsvaluefrom,theoceanforfood,climate,tourism,andpersonalwell-being,aswellasmanyothernecessaryecosystemservices.ThisiscertainlytrueofthecoastalenvironmentsintheCaribbean,includingreefsthatprovide100sofmillionsofdollarsworthofhuman-valuedservices.Oursisthefirstgenerationtotrulyappreciatethattheglobaloceanecosystemisnotimmutablebutinsteadhasundergoneandcontinuestoundergorapidchangecausedbymillenniaofunsustainablehumanpractices.Collectivelytheseanthropogenicchangestotheocean(aswellasterrestrialandatmosphericecosystems)haveledtothedesignationofanewgeologictimeperiod–theAnthropocene.AholisticviewpointisrequiredtounderstandthemyriadimpactsoftheAnthropoceneonCaribbeancoastalecosystems.Nestledbetweenlocaldriversassociatedwithhumanpracticesonlandandglobalphenomenonmediatedthroughchangesinoceanconditions,CaribbeanreefssitatthecenterofAnthropocenechange.Thus,ourstudieswillemployanislandridge-toptooceanreef-crestapproach,withafairsharetounderstandinghistoricaldrivers.Globalwarming,acidification,fisheriesdepletion,andpollutionarebutafewexamplesofhumanpressuresontheoceansthatinfluencenaturalpatternsinthedistribution,diversityandabundanceofmarineorganisms.Unfortunately,astheglobaloceancontinuestochangeitnolongerprovidesthegoodsandserviceshumanityrequiresandourlivelihoodisthreatened.Itisimportanttonotethathumanextractionfromtheoceanandcorrespondingnegativeenvironmentalimpactsarenotsharedequallyamongallsocio-political,culturalgroups.Thereare,inthemostreductiveofterms,winnersandlosers.ThiscourseexaminesthehistoryandconditionoftheAnthropocene-oceanwithemphasisonobservedpressures,ecologicalresponsesandpotentialsolutions(management,adaptation,andmitigation)thatarejustandequitableforallhumanity.

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SEASemester®:CaribbeanReefExpedition

Webuildafoundationofglobaloceanprinciplesbyfirstreviewingoceancirculation,seawaterchemistry,nutrientdynamics,andbiologicalproduction.Wewillthenexaminethemanywayshumanityextractsvaluefromtheglobaloceanhighlightingthenegativeconsequencesofunsustainablepractices.Humanimpactsonoceanecosystemswillbeexaminedthroughregionalcasestudies(i.e.theEasternCaribbeanislands)thatillustratethefollowinginterdisciplinary,programthemesandrelatedoceanographictopics:

1) EnvironmentalJustice–Eutrophication,CoastalPollutionandTourism2) EconomicEquity–FisheriesandOceanResourceExtraction3) SenseofPlace–IconicSpeciesandtheScienceofMarineProtectedAreas4) TheAnthropocene–ClimateChangeandtheRoleofScienceinPolicy-making

WhenwemoveourclassroomtotheU.S.VirginIslandswewillmeetwithresidentexpertsintheacademic,scientific,government,andnon-governmentfieldswhosejobistofindsolutionstothemyriadchallengesofmarineconservationintheCaribbean.Examplesofquestionsthiscoursewillexploreandtrytoansweronbothregionalandglobalscalesinclude:Isoceanproductivitydiminishingassurfacewaterswarm?Areoxygen-deprivedwatersbecomingmorewidespreadasthesurfaceoceanbecomesmorestratified?Willopen-oceanplanktoncommunitieschangeinresponsetotheacidificationofseawater?Doesdepletionoftoppredatorsimpactlowerfoodwebstructureandinteractionsoncoralreefs?Willincreasednutrientloadingshiftcoral-algal-spongecommunitycomposition?Canplasticmarinedebrisserveasasubstrateforbiologicalproductionandvectorfornon-nativeintroductions?Howcanthebestavailablescienceinformandguidesustainableuseofcoastalecosystemresources?Howmusthumaneconomic,political,andsocialstructurerespondtoclimatechangethroughadaptationand/ormitigation?Thiscourseconsistsof17lecture/discussionsessions(approx.1.5hourseach),1exambasedon‘fundamentals’lectures(4hours),4globaloceancasestudiespresentedbystudents(4hours)andcorrespondingdiscussionquestionstobeincludedinstudentjournals(1hourpertopic=4hours),andgreaterthan36hoursoflaboratorywatchparticipation(activelearning/laboratory)acrossabout18underwaydaysatsea.SomeofthesessionsarejointactivitiesintegratedwithotherCaribbeanReefExpeditioncourses,andtheweeklycontacthoursgiveninthepreliminarycoursecalendarbelowreflectsonlytheportionallocationtotheOGCcourse.LearningOutcomes:

1. Understand,fromascientificperspective,humanvalueofoceanandcoastalecosystems.2. Understand,fromascientificperspective,anthropogenicpressuresonoceanandcoastal

ecosystems.3. Fosteroceanliteracy,toencourageacommitmenttosecuringoceanhealth.4. Gainpracticalexperienceinoceanographicdatacollection,analysis,andreporting.

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SEASemester®:CaribbeanReefExpedition

Evaluation:

OnShore:FundamentalsExam 15%

CaribbeanRegionCaseStudy• Presentations(10%)• FactSheets(10%)

20%

OGCJournal–onshore&theislands 20%

AtSea:LabWatchParticipation 20%

OGCJournal–atSea• EquipmentDiagram(5%)• CreatureFeature(5%)

10%

OceanographicDataReports 15%

AssignmentsonShore:

FundamentalsExam:Atake-homeexam,coveringmaterialfromlectures,readingsanddiscussions,willbegivenattheendofWeek2onshore.Emphasiswillbeonapplicationofconceptsandidentificationofmarineorganismsintroducedinclass,notrotememorizationoffacts.Expecttospendapproximately4hoursontheexam.CaribbeanRegionCaseStudy:ThefinalweeksoftheshorecomponentwillexplorethefourCaribbeanReefExpeditionprogramthemesfromscientific/oceanographicperspectivesthroughcloseexaminationofregionalcasestudies.Formallectureswillintroduceeachprogramthemeandrelevantoceanographicconcepts,whilestudent-ledpresentationsandclassdiscussionwillhighlightthecomplexinteractionofthe-best-available-sciencewithhumanenterpriseandtheunsustainableoceanpoliciesthatareoftentheresult.Workinginsmallteams,studentswillresearch,presentandleaddiscussionoftheirchosenCaribbeanregioncasestudy.StudentpresentationswillprovideadetailedviewofeachcasestudyincludingrelevantbackgroundmaterialandhighlightthechallengesandimplicationsarisingfromanthropogenicchangestocoastalenvironmentsandresourcesoftheCaribbean.Individually,eachstudentwillprepareatwo-pagefactsheetandresourcelistthatdetailsaspecifictopicrelatedtotheirchosenregionalcasestudy.Theentireclassisexpectedtodotherequiredreadingsandengageinclassdiscussionforeachregionalcasestudypresentation.OGCJournalonshoreandtheislands:Classnotes,reflections,andformalresponsestoweeklydiscussionprompts,allneatlyrecordedandorganizedinaprovidedjournal,willassessstudentunderstandingof,andengagement,witheachCaribbeanReefExpeditionthemeandcorrespondingregionalcasestudy.Classnotesincludefacultylecturesandstudentregional

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SEASemester®:CaribbeanReefExpedition

case-studypresentations.Reflectionswillincludestudent’sthoughtsandconsiderationofeachprogramthemebasedonassignedreadingsandtheirownexploration.Formalresponsestodiscussionpromptswilladdresspotentialsolutionstoregionalproblemsidentifiedineachcasestudy.WhileintheU.S.VirginIslands,wewillexperiencefirsthandourregionalcasestudiesinactionthroughaseriesofdiscussionswithlocalexperts.Thesemeetingswillbefollowedbydiscussionpromptsandreflectionquestionsforeachprogramthemethatwillberecordedinstudentjournals.AssignmentsatSea:

LabWatchParticipation:Watchactivitiesonboardshipwillbeassessedinon-watchevaluationsbySEAAssistantScientists.Eachstudentisanessentialcrewmemberoftheshipatsea.Excellentwatch-standersfollowdirection,workeffectivelyaspartoftheteam,showindependence,demonstrategoodjudgmentandleadership,andareasupportive,helpful,andreliableshipmate.Teamworkisparticularlyimportantinthiscourse,somuchsothatastudent’sattitudeandparticipationdirectlyaffectsthephysicalprogressandultimatesuccessofthevoyage.Overthecourseoffourweeksatseastudentswillprogressthroughthreephasesofresponsibility.InphaseIstudentsareactivelylearninglabskills,inphaseIItheyactivelyapplyingthoseskillstoachieveourscientificmission,andinphaseIIItheytaketheleadinrunningalllabwatchactivities.OGCJournalatsea:Studentswilldocumenttheirscientificjourneyatsea,includingatleastthesetwoentriesintheirjournals:

• OceanographyEquipmentDiagram–Chooseapieceofscientificequipmentofinterestandwriteatechnicalsummary.Eachtechnicalsummaryshouldincludeadiagramofworkingpartsandillustrateitsuse.Inafewparagraphsexplaintheimportanceofthisequipmenttoourunderstandingofhowtheglobaloceanswork.

• CreatureFeature–Chooseamarineorganismofinterestandwriteanaturalhistorysummary.Theselectedcreaturemusthavebeenobservedfromtheshipand/orcollectedinournets.Eachfeatureshouldincludeatleastoneillustrationbasedonasketchfrommemoryoraphotographtakenbythestudentorashipmate–asopposedtocopyinganimagefromatextbook.Inafewparagraphsexplaintheimportanceofeachorganismtotheoceanecosystemwithrelevantbiological/ecologicaldetailsanddistinguishingfeaturesforidentification.

OceanographicDataReports:CaribbeanreefsareimbeddedintheglobaloceanandthuswemustunderstandhowtheglobaloceanischangingintheAnthropocene.Withafirmfoundationinoceanographyfromtheshorecomponent,studentswillnowbereadytoexploretheoceanasscientists.StudentteamswillselectanoceanographicdatasetofparticularinterestanddocumenthowthisoceancharacteristichaschangedthroughtimebycomparingobservationsmadeduringourcruiseamongtheeasternCaribbeanislandstoSEAarchiveddatacollectedonpreviousvoyages.Aconcisewrittenreportandsupportinganalysisandgraphicswillsettheoceanographicstagenecessaryforourinterpretationofthecoralreef,seagrass,and

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SEASemester®:CaribbeanReefExpedition

mangroveresearchbeingconductedintheDirectedOceanographicResearch(DOR)orPracticalOceanographicResearch(POR)courses.Readings:

ReadingsfortheFoundationsportionofthecoursewillcomefromthreetexts:

Miller,C.B.2004.BiologicalOceanography.BlackwellScience,Oxford,UK.Nybakken,J.M.andBertness,M.2005.MarineBiology,anEcologicalApproach6thed.

BenjaminCummings,592pp.Segar,D.A.2013.IntroductiontoOceanSciences.Onlinetext,

http://www.reefimages.com/oceans/oceans.htmlReadingsfortheFocalProgramThemesportionofthecoursewillbeassignedfrom,butnotlimitedto,thefollowingsources:

Al-Abdulrazzak,D.,andTrombulak,S.2012.ClassifyinglevelsofprotectioninMarineProtectedAreas.MarinePolicy,36:576-582.

Cazenave,A.andLlovel,W.2010.Contemporarysealevelrise.Ann.Rev.MarineScience,2:145-173.

Doney,S.C.,etal.2012.Climatechangeimpactsonmarineecosystems.Ann.Rev.MarineScience,4:11-37.

Emanuel,K.,Sundararajan,R.,andWilliams,J.2008.Hurricanesandglobalwarming.Bull.Am.Met.Soc.,March2008:347-367.

Hollowed,A.B.,etal.2013.Projectedimpactsofclimatechangeonmarinefishandfisheries.ICESJour.Mar.Sci.,70:1023-1037.

Law,K.L.,etal.2010.PlasticaccumulationinthenorthAtlanticgyre.Science,329:1185-1188.Mann,M.E.,etal.2009.Atlantichurricanesandclimateoverthepast1500years.Nature,460:

880-885.Moret-Ferguson,S.,etal.2010.Thesize,mass,andcompositionofplasticdebrisinthewestern

NorthAtlantic.Mar.Poll.Bull.,60:1873-1878.Walther,G-R.,etal.2002.Ecologicalresponsetorecentclimatechange.Nature,416:389-395.Williams,R.G.,andFollows,M.J.2011.OceanDynamicsandtheCarbonCycle.Cambridge

UniversityPress,Cambridge.404pp.Worm,B.,etal.2009.Rebuildingglobalfisheries.Science,325:578-585.Zettler,E.,etal.2013.Lifeinthe‘plastisphere’:microbialcommunitiesonplasticmarinedebris.

Env.Sci.Tech.,47:7137-7146.ExpectationsandRequirements:

• Punctualattendanceisrequiredateveryclassmeeting.• Activeparticipationinclassdiscussionisexpected.

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SEASemester®:CaribbeanReefExpedition

• Lateassignmentsubmissionsarenotaccepted.• Thepolicyonacademicaccuracy,quotedbelow,willbestrictlyfollowedinthisclass.

Thepapersthatyousubmitinthiscourseareexpectedtobeyouroriginalwork.Youmusttakecaretodistinguishyourownideasandknowledgefromwordingorsubstantiveinformationthatyouderivefromoneofyoursources.Theterm“sources”includesnotonlypublishedprimaryandsecondarymaterial,butalsoinformationandopinionsgaineddirectlyfromotherpeopleandtextthatyoucutandpastefromanysiteontheInternet. Theresponsibilityforlearningtheproperformsofcitationlieswithyou.Quotationsmustbeplacedproperlywithinquotationmarksandmustbecitedfully.Inaddition,allparaphrasedmaterialmustbeacknowledgedcompletely.Wheneverideasorfactsarederivedfromyourreadingandresearch,thesourcesmustbeindicated.(HarvardHandbookforStudents,305)

• Considerationsforuseofinternetsources:Asyoubrowsewebsites,assesstheirusefulnessverycritically.Whopostedtheinformationandwhy?Canyoutrustthemtobecorrect?Authoritative?Unbiased?(It’sokaytouseabiasedsourceaslongasyouincorporateitknowinglyandtransparentlyintoyourownwork.)Keeptrackofgoodsourcesthatmightbeusefulforsubsequentassignments,andannotateinyourbibliographyanysitesyoucite.Yourannotationshouldincludethenameoftheauthorororganizationoriginatinganymaterialthatyoureference.Ifyoucan’tidentifythesource,don’tuseit!

CourseCalendar:

Topic Readings/AssignmentsDue

Week1(8hours)–onshoreatSEAcampusinWoodsHole

IntroductiontoCaribbeanReefExpeditionprogramandTheOceanandGlobalChange(OGC);OverviewofCourseGoals&Assignments

Lecture/DiscussionTopics:• OceanographicPatternsofourCruiseTrack;The

CaribbeanLandscape(withMEH)• FoundationsofChemical&PhysicalOceanography

o Salinity,Temperature,Densityo HeatBudget,AtmosphericCirculationo OceanSurfaceCirculation

MBL/WHOILibraryandWoodsHoletour

Readings:Segar,selectedchaptersMiller,selectedchaptersCruiseProspectusSSVCorwithCramervirtual

tourSelectCaribbeanRegionCaseStudyTopic

Week2(6hours)–onshoreatSEAcampusinWoodsHole

Lecture/DiscussionTopics:• FoundationsofPhysicalOceanography(continued)

o ThermohalineCirculation• FoundationsofBiologicalOceanography

Readings:Segar,selectedchaptersMiller,selectedchaptersNybakken&Bertness,selected

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SEASemester®:CaribbeanReefExpedition

o NutrientsandLightintheOceano PrimaryProduction–phytoplanktono SecondaryProduction–microbes&

zooplanktono FromNektontoFisheries–openocean

ecologyo TrophicCascades;ShiftingBaselineso MarineBiologicalClassification

ExplainLabset-upandTakeHomeExam

chaptersTake-homeFundamentalsExam

Week3(5hours)–onshoreatSEAcampusinWoodsHole

MarinePollutionTopics:Eutrophication,marinedebris,oceansoundscape

CaribbeanRegionCaseStudyPresentations:• EnvironmentalJustice–Eutrophication,Coastal

PollutionandTourism

Readings:Segar,selectedreadingsLawetal.(2010)Moret-Fergusonetal.(2010)Zettleretal.(2013)OtherdiscussionreadingsTBDCaseStudyDiscussionQuestionsdueinjournals

Week4(5hours)–onshoreatSEAcampusinWoodsHole

FisheriesTopics:FisheriesEcology;Stockv.Production,MaximumSustainableYield,GlobalandRegionalFisheriesTrends;EcologicalResponses

CaribbeanRegionCaseStudyPresentations:• EconomicEquity–FisheriesandOceanResource

Extraction

Readings:Segar,selectedreadingsNybakken&Bertness,selected

readingsHollowedetal.(2013)Wormetal.(2009)OtherdiscussionreadingsTBDCaseStudyDiscussionQuestionsdueinjournals

Week5(5hours)–onshoreatSEAcampusinWoodsHole

ProtectingtheMarineEnvironmentTopics:Singlevs.Multi-speciesvs.MarineAreaprotection-Motivation,ScienceandImplementation

CaribbeanRegionCaseStudyPresentations:• GeographicIdentity-IconicSpeciesandtheScience

ofMarineProtectedAreas

Readings:Al-Abdulrazzahetal.(2012)OtherdiscussionreadingsTBDCaseStudyDiscussionQuestionsdueinjournals

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SEASemester®:CaribbeanReefExpedition

Week6(6hours)–onshoreatSEAcampusinWoodsHole

Topic:ClimateChange/WarmingOceans/EcologicalResponses

CaribbeanRegionCaseStudyPresentations:• TheAnthropocene–ClimateChangeandtheRoleof

ScienceinPolicy-making

CruiseResearchPlan/Briefing(withMEH)

Readings:CazenaveandLlovel(2010)Doneyetal.(2012)Emanueletal.(2008)Mannetal.(2009)Waltheretal.(2002)OtherdiscussionreadingsTBDCaseStudyDiscussionQuestionsdueinjournals

Week7(4hours)–atfieldstationintheU.S.VirginIslands

VisitingSpeakerswithDiscussion:VirginIslandsEnvironmentalResourceStation(VIERS),NationalParkService(NPS),U.S.GeologicalSurvey,UniversityoftheVirginIslands,etc.

Discussionquestionsdueinjournals

Week8(4hours)–atfieldstationintheU.S.VirginIslands

VisitingSpeakerswithDiscussion:U.S.FishandWildlife,St.CroixEnvironmentalAssociation,TheNatureConservancy,dive/touroperators,etc.

Discussionquestionsdueinjournals

Week9(10hours)–atsea

IntroductiontotheLabandSafetyProtocolsScienceLabWatch–BeginDataCollection

PhaseIresponsibilities(learntheskills)

Week10(10hours)–atsea

ScienceLabWatch–ContinuedDataCollection PhaseIresponsibilitiescontinue

EquipmentDiagraminjournal

Week11(10hours)–atsea

ScienceLabWatch–ContinuedDataCollection PhaseIIresponsibilities(applytheskills)

CreatureFeatureinjournal

Week12(10hours)–atsea

ShipMissionWork PhaseIIIresponsibilities(leadLabWatch)

OceanographyReportsdue