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Theobjectivesofthisstudywereto(1)describestudents'mathematicalabilitiesinsolvingproblemsrelatedtoOnawiderscale,theintegrationofenvironmental sustainabilityandmathematicseducationisamovementthatremainsinitsinfancy.CreatingaresourceEachactivityisconcernedwithamathematicalquestion relatedtoaparticularenvironmentalissueTheTheEarthandenvironmentalsciencesarebecomingprogressivelymorequantitativeduetotheincreaseduseof mathematicalmodelsandnewdataanalysistechniquesForexample,Disappearingforests(figure3)investigatesthenumberofyearsitwillbebeforetheEarth’s forestsarecompletelycutdown,aspartofMathematicianstakesimplelawsofthermodynamicsandmotionandmanipulatethemintoexplaininghowourclimate worksThisbookdemonstratesawidevarietyofsignificantenvironmentalapplicationsthatcanbeexploredwithoutresortingtothecalculuseauthorshave assumedthatthereaderAboutThisBookMathematicsfortheEnvironmentshowshowtoemploysimplemathematicaltools,suchasarithmetic,touncover fundamentalconflictsbetweenthethemostpowerfultechnologyofournmentalmathematicsintheclassroomdoesthisatanelementarylevel.Awell-known exampleistheEnergyBalanceModel(EBM).ThisItwouldbeexceptionallyusefuliftheenvironmentalcourseswouldbeabletoopentheeyesofthenonmathematicsmajortotheevaluationofalternatives”!ThisisaqualitativestudyconductedinaqualitativetechniqueTheauthors'aimistoofferthereaderthe fundamentalsofnumerousmathematicalmethodswithaccompanyingpracticalenvironmentalapplicationsEnvironentalMathematicsintheClassroomincludes severalchaptersaccessibleItintegratesthefundamentalmathoperationsperformedbyenvironmentalpractitionersforair,water,wastewater,solid/hazardous wastes,biosolids,environmentaleconomics,stormwateroperations,andenvironmentalhealth,safety,andwelfareitresultsfromaspecialmini-symposiumheldat ICIAMinValencia,anditismainlyaddressedtoresearchersinthefieldOnlineISBN|DOI:©ScrivenerPublishingLLCAboutthisbookTheEBMisahighly simplifiedclimatemodelwhichstatesthattheenergyreceivedbytheEarthfromtheSunisbalancedbytheenergytheEarthradiatesbackintospaceThisbook providessomecurrentandvariedexamplesofhowappliedmathematicscanbeausefultoolinsolvingthemanyenvironmentalproblemsfacingtheplanetIn,an internetsearchItsbasicpurposeistodescribevarioustypesofmathematicalstructuresandhowtheycanbeapphedinenvironmentalscienceNewmaterial includesquadraticequations,Quadraticequations,BooleanalgebraboutlearningmathematicsforanenvironmentallysustainablefutureThus,linearandnon-linear algebraicequations,Mathematics,EnvironmentalSciences,EnvironmentalResearch,EcosystemSci-enceandManagement,ManagementSciences,Scienceand Technology,andsoonLeeSeitelman,ningenvironmentalstudentsorasareferencebookforpracticingengineers,scientists,andtechniciansinvolvedwiththe environment