2026年雅思阅读真题练习卷

2026年雅思阅读真题练习卷Passage1TheEvolutionandMechanicsofVerticalFarmingA.By2050,itisestimatedthattheworld'spopulationwillhaveincreasedbynearlythreebillionpeople.Tofeedthisgrowingpopulation,wewillrequireanadditional109millionhectaresofarableland,anarearoughly20%largerthanBrazil.Thisprojectionpresentsadauntingchallenge:traditionalagricultureisalreadypushingthelimitsofavailablelandandwaterresources.Deforestationforfarmlandcontinuestoexacerbateclimatechange,andfreshwateraquifersarebeingdepletedatalarmingrates.Inresponsetothisimpendingcrisis,agronomistsandengineershaveturnedtheireyesupward,proposingverticalfarmingasasustainablesolutiontothefoodsecuritydilemma.B.Verticalfarmingisthepracticeofgrowingcropsinverticallystackedlayers,oftenincorporatedintostructureslikeskyscrapers,shippingcontainers,orwarehouses.Itutilizescontrolledenvironmentagriculture(CEA)technology,whichoptimizesplantgrowthbycontrollingenvironmentalfactorssuchaslight,humidity,temperature,andgases.Unliketraditionalfarming,whichisentirelydependentonthewhimsofnature,verticalfarmingcreatesanartificialbutidealbiomeforplantlife.Thismethodisnotmerelyatheoreticalconcept;functionalverticalfarmsarecurrentlyoperatinginlocationsfromNewark,NewJersey,toSingapore,producingleafygreens,herbs,andstrawberrieswithremarkableefficiency.C.Thecoretechnologiesdrivingverticalfarmsarehydroponics,aeroponics,andaquaponics.Hydroponicsinvolvesgrowingplantsinnutrient-richwatersolutionswithoutsoil.Thismethodsignificantlyreduceswaterusage—upto95%lessthanconventionalfarming—becausethewaterisrecirculatedwithinthesystem.Aeroponics,amoreadvancedtechnique,suspendsplantrootsintheairandmiststhemwithnutrients.Thisapproachmaximizesoxygenexposuretotheroots,leadingtofastergrowthratesandfurtherreducingwaterandspacerequirements.Theefficiencyofnutrientdeliveryinthesesystemscanbemodeledbytheequationformassbalance,ensuringpreciseresourceallocation:=WhereCisthenutrientconcentration,Qistheflowrate,Visthevolume,andkistheuptakeratebyplants.D.Oneofthemostsignificantadvantagesofverticalfarmingisitsimmunitytoweatherconditions.Traditionalfarmingisnotoriouslyvulnerabletodroughts,floods,pests,andseasonalchanges.Asingleextremeweathereventcanwipeoutharvestsacrossanentireregion,leadingtofoodshortagesandpricespikes.Incontrast,averticalfarmisaninsulated,closed-loopsystem.Pestscannotentereasily,whichdrasticallyreducesoreliminatestheneedforchemicalpesticides.Furthermore,becausetheenvironmentiscontrolled,growingseasonscanbeextendedindefinitely.Cropsthattypicallygrowonlyonceayearcanbeharvestedmultipletimesannually,effectivelyturning"seasonal"produceinto"perennial"yield.E.However,theeconomicviabilityofverticalfarmingremainsasubjectofintensedebate.Theconstructionandoperationalcostsareexorbitant.Skyscrapersareexpensivetobuild,andtheenergyrequiredtopowertheartificiallighting(usuallyLEDgrowlights)andclimatecontrolsystemsismassive.WhileLEDtechnologyhasbecomemoreefficient,electricityconsumptionremainsthelargestoverheadexpense.Criticsarguethattheenergyfootprintoftennegatesthecarbonsavingsachievedbyreducingtransportationdistances.Forverticalfarmingtobetrulysustainable,itmustbecoupledwithrenewableenergysources,suchasintegratedsolarpanelsorwindturbines.F.Proponentscounterthatthehiddencostsoftraditionalagricultureareoftenignored.Soilerosion,waterrunoffcontainingfertilizers,andthecarbonemissionsassociatedwithlong-haultruckingrepresentmassiveexternalitiesthatsocietypaysforinhealthandenvironmentalcleanup.Whenthesefactorsareaccountedfor,thebalancesheetbeginstotiltinfavorofverticalfarming.Moreover,asurbanizationcontinues,morepeopleliveincitiesthaneverbefore."Farmtotable"becomesaliteralrealitywithverticalfarms,reducingfoodmiles—thedistancefoodtravelsfromproducertoconsumer—tonearlyzero.Thisnotonlyreducescarbonemissionsbutalsoensuresthatconsumersreceiveproduceatthepeakofnutritionalvalue,asnutrientsdegraderapidlyafterharvest.G.Thefutureofverticalfarmingmaylieinhybridmodelsandtechnologicalintegration.Wearelikelytoseetheriseof"agri-hoods"—residentialneighborhoodsintegratedwithcommunityverticalfarms.Additionally,advancementsinroboticsandAIareautomatingtheseeding,monitoring,andharvestingprocesses.AIalgorithmscananalyzedatafromsensorstoadjustlightspectraandnutrientmixesinreal-time,optimizingforflavororvitamincontentratherthanjustbiomass.Asthesetechnologiesmatureandscale,thecostofproductionwilldecrease,potentiallymakingverticalfarmingadominantmethodoffoodproductioninthedenseurbancentersofthefuture.Questions1-6Dothefollowingstatementsagreewiththeinformationgiveninthepassage?True:ifthestatementagreeswiththeinformationFalse:ifthestatementcontradictstheinformationNotGiven:iftheinformationisnotgiveninthepassage1.Traditionalagriculturecurrentlyutilizesapproximately20%ofBrazil'slandarea.2.Hydroponicsusesslightlylesswaterthantraditionalfarmingmethods.3.Aeroponicsfacilitatesfasterplantgrowthbyincreasingoxygenavailabilitytotheroots.4.Verticalfarmingeliminatestheneedforallpesticidesbecausetheenvironmentissealed.5.TheenergyrequiredtopowerLEDlightingistheprimaryfinancialobstacleforverticalfarms.6.Criticsbelievethatthecarbonsavingsfromreducedtransportationareoftenoffsetbyenergyconsumption.Questions7-10Completethesummarybelow.ChooseNOMORETHANTWOWORDSfromthepassageforeachanswer.Writeyouranswersinboxes7-10onyouranswersheet.Verticalfarmingutilizes(7)______________technologytomanipulateenvironmentalfactorsforoptimalplantgrowth.Thismethodoftenreliesonhydroponicsoraeroponics,whichavoidtheuseofsoil.Onemajorbenefitisresilienceagainst(8)______________,whichfrequentlydevastatetraditionalcrops.However,criticspointoutthehighcostofoperations,specificallytheelectricityneededforlighting.Supportersarguethatwhenconsideringthe(9)______________oftraditionalfarming,suchaspollutionandtransportemissions,verticalfarmingbecomesmorecompetitive.Ultimately,theintegrationofAIandroboticscouldhelplower(10)______________inthefuture.Questions11-13Lookatthefollowingstatements(Questions11-13)andthelistofpeople/groupsbelow.Matcheachstatementwiththecorrectgroup,A-E.Writethecorrectletter,A-E,inboxes11-13onyouranswersheet.NBYoumayuseanylettermorethanonce.ListofGroupsA.AgronomistsandengineersB.CriticsofverticalfarmingC.ProponentsofverticalfarmingD.TraditionalfarmersE.AIresearchers11.Theyhighlighttheenvironmentaldamagecausedbyfertilizerrunoffandlong-distancetransport.12.Theysuggestthatverticalfarmingisessentialtomanagethelackofarablelandforagrowingpopulation.13.Theycontendthatthehighenergyusagemakesverticalfarmingenvironmentallyquestionableunlessrenewableenergyisused.Passage2TheCognitiveNeuroscienceofInsight:The"Aha!"MomentA.Forcenturies,scientistsandphilosophershavebeenfascinatedbythenatureofcreativityandproblem-solving.Howdoesthehumanmindarriveatasolutionthatseemstoappearoutofnowhere?Thisphenomenon,oftendescribedasan"insight"oran"Aha!"moment,differsmarkedlyfromanalyticalproblem-solving.Analyticalthinkingisaconscious,step-by-stepprogressiontowardasolution,ofteninvolvingtrialanderror.Insight,however,ischaracterizedbyasuddenrealizationwherethesolutionpopsintomindwithoutconsciousawarenessoftheintermediatesteps.Recentadvancesincognitiveneurosciencehaveallowedresearcherstopeekinsidethebrainduringthesemoments,sheddinglightontheneuralmechanismsunderlyingthismysteriousprocess.B.Historically,insightwasstudiedprimarilythroughintrospectionandbehavioralexperiments.Theclassic"nine-dotproblem"orthe"candleproblem"wereusedtoobservehowindividualsovercome"functionalfixedness"—amentalblockthatpreventsapersonfromusinganobjectinanewway.Whilethesestudiesprovidedrichpsychologicaldata,theycouldnotexplainhowthebrainreorganizesinformationtobreakthesementalsets.TheadventoffunctionalMagneticResonanceImaging(fMRI)andElectroencephalography(EEG)hasshiftedthefocusfrombehavioraloutcomestoneuralcorrelates.Researcherscannowobservebloodflowandelectricalactivityinthebrainassubjectsstrugglewithandeventuallysolveinsightpuzzles.C.Akeyareaofinterestistheanteriorcingulatecortex(ACC).Thisregion,locatedinthefrontalpartofthebrain,isinvolvedinmonitoringconflictanddetectingerrors.Duringinsightproblem-solving,theACCappearstoplayacrucialroleindetectingtheimpasse—thatfrustratingmomentwhenyoufeelstuck.StudiesshowheightenedactivityintheACCjustbeforeasolutionisfound.ItisbelievedthattheACCactsasaneuralswitch,recognizingthatthecurrentanalyticalapproachisfailingandsignalingtheneedforashiftinstrategy.This"impasse"phaseiscritical;withouttherecognitionthatoneisstuck,thebraindoesnottriggertheremoteassociationnecessaryforinsight.D.Oncetheimpasseisdetected,thebrainentersaphaseof"incubation"or"unconsciousprocessing."Thisiswherethemagichappens.Theoriessuggestthatthebrainrelaxesitsconstraintsontypicalsemanticassociations.Insteadoflookingfordirect,logicalconnections,themindbeginstoscanfordistant,weakassociationsbetweenconcepts.Thisprocessisoftenassociatedwiththerighttemporallobe,specificallytheanteriorsuperiortemporalgyrus(aSTG).ResearchbyMarkJung-Beemanandcolleaguesdemonstratedasuddenburstofhigh-frequencygammawaveactivityintheaSTGattheprecisemomentofinsight.Thisburstisthoughttorepresenttheconvergenceofdistantinformation,effectively"binding"togetherremoteconceptstoformanew,coherentidea.E.Interestingly,theemotionalcomponentofinsightisjustasdistinctasthecognitiveone.The"Aha!"momentisalmostalwaysaccompaniedbyarushofpositiveemotion.Thisfeelingislinkedtotheactivationofthebrain'srewardsystem,includingthenucleusaccumbensandtheventralstriatum.Theseareasarerichindopaminereceptorsandaretypicallyactivatedbyprimaryrewardslikefoodorsocialinteraction.Thebrainessentiallyrewardsitselfforsolvingaproblem,reinforcingthebehavior.Thisneurochemicalrewardmayexplainwhyhumanshavesuchastrongdrivetosolvepuzzles,createart,andunderstandtheworldaroundus.Thepleasureofthe"Aha!"momentisintrinsicandmotivational.F.However,insightisnotpurelyaright-brained,creativephenomenon.Modernneuroscienceemphasizestheinteractionbetweenlarge-scalebrainnetworks.The"DefaultModeNetwork"(DMN),activeduringdaydreamingandrest,isthoughttobeinvolvedingeneratingspontaneousthoughtsandassociations.Conversely,the"ExecutiveControlNetwork"(ECN),activeduringfocusedwork,isresponsibleforevaluatingandimplementingthesethoughts.Insightseemstooccurwhenthereisadynamicswitchbetweenthesenetworks.TheECNdisengages(allowingtheDMNtomakeremoteconnections),andthenquicklyre-engagestoevaluateandverifythesolution.Thisdancebetweennetworkssuggeststhatinsightrequiresboththefreedomtowandermentallyandthedisciplinetorecognizeagoodidea.G.Understandingtheneuroscienceofinsighthaspracticalimplicationsforeducationandtheworkplace.Ifinsightrequiresaperiodofincubationandrelaxationofconstraints,thenhigh-pressureenvironmentsthatdemandconstantanalyticalfocusmayactuallystiflecreativity.Encouragingbreaks,daydreaming,andexposuretodiversestimulimightfacilitatetheunconsciousprocessingrequiredforinsight.Furthermore,techniquesthatreducethefearoffailure—loweringthe"stakes"ofproblem-solving—mighthelpthebrainovercometheimpassemorequickly.Byunderstandingthebiologicalbasisofthe"Aha!"moment,wecanstructureourenvironmentstonurturetheverysparkthatdriveshumaninnovation.Questions14-18Thepassagehassevenparagraphs,A-G.Whichparagraphcontainsthefollowinginformation?Writethecorrectletter,A-G,inboxes14-18onyouranswersheet.14.Adescriptionofthebrain'srewardsystemanditsroleinthepleasureofproblem-solving.15.Anexplanationofhowmoderntechnologyhasmovedresearchbeyondbehavioralobservation.16.Theroleoftheanteriorcingulatecortexinrecognizingthatacurrentstrategyisfailing.17.Thedistinctionbetweenanalyticalthinkingandthesuddennatureofinsight.18.TheinteractionbetweentheDefaultModeNetworkandtheExecutiveControlNetwork.Questions19-23Lookatthefollowingstatements(Questions19-23)andthelistofpeoplebelow.Matcheachstatementwiththecorrectperson,A,B,C,orD.Writethecorrectletter,A,B,C,orD,inboxes19-23onyouranswersheet.ListofPeopleA.MarkJung-BeemanB.AncientphilosophersC.fMRIandEEGresearchersD.Educationaltheorists19.Identifiedaspecificburstofgammawavesintherighttemporallobeassociatedwithinsight.20.Firstattemptedtounderstandcreativitythroughthoughtexperimentsratherthanbrainscans.21.Utilizedimagingtechnologytomonitorbloodflowandelectricalactivityduringproblem-solving.22.Suggestthathigh-pressureenvironmentsmayhinderthebrain'sabilitytoenteranincubationphase.23.ProposedthattheACCactsasaneuralswitchduringtheproblem-solvingprocess.Questions24-27Completethesentencesbelow.ChooseONEWORDONLYfromthepassageforeachanswer.Writeyouranswersinboxes24-27onyouranswersheet.24.Functionalfixednessisamentalblockthatstopspeoplefromusinganobjectina______________way.25.Theanteriorsuperiortemporalgyrusisinvolvedinconnecting______________conceptstoformanewidea.26.Thenucleusaccumbensispartofthebrain'srewardsystemandissensitivetotheneurotransmitter______________.27.Insightproblem-solvingreliesonadynamicswitchbetweentheDMNandthe______________.Passage3TheEthicsandImplicationsofNeuroenhancementA.Theprospectofenhancinghumancognitiveabilitiesthroughpharmaceuticals,oftendubbed"smartdrugs"or"nootropics,"hastransitionedfromtherealmofsciencefictiontoatangiblereality.Drugsoriginallydevelopedtotreatmedicalconditionssuchasattentiondeficithyperactivitydisorder(ADHD),narcolepsy,andAlzheimer'sdiseaseareincreasinglybeingusedbyhealthyindividualsseekingtoboosttheirfocus,memory,andwakefulness.Methylphenidate(Ritalin)andmodafinilareamongthemostcommonlyusedsubstances.Thistrend,sometimesreferredtoasneuroenhancement,raisesprofoundethicalquestionsaboutfairness,authenticity,andtheverynatureofhumaneffort.B.Proponentsofneuroenhancementarguethattheuseofthesedrugsisanalogoustotheuseofcaffeineoreveneducationitself—toolsweemploytoimproveourperformance.Fromthisperspective,cognitiveenhancementisamoralgood.Ifasafeandeffectivepillexiststhatallowsasurgeontooperatewithfewererrorsorapilottomaintainfocusduringalongflight,theobligationtouseitmightbearguedasaprofessionalduty.Furthermore,inanincreasinglycompetitiveglobaleconomy,individualsmayfeelcompelledtoutilizeeveryavailableadvantagetomaintaintheireconomicstanding.Theargumenthereisrootedinutility:ifthebenefitsoutweightherisks,andsocietyfunctionsbetterwithenhancedcognition,thenthepracticeshouldbeembraced.C.However,theargumentfromutilityoftenoverlookstheissueofcoercionandfairness.Ifneuroenhancementbecomesthenormincertainhigh-stakesprofessions,doesitbecomeadefactorequirement?AstudentwhorefusestotakeRitalinmightfindthemselvesataseveredisadvantageagainstpeerswhoareusingthedrugtostudyforextendedhours.Thiscreatesa"biologicalarmsrace"whereindividualsareforcedtoaltertheirneurochemistryjusttokeepup,underminingtheconceptofalevelplayingfield.Thepressuretoenhancecoulderodeautonomy,turningachoiceintoanecessity.Thisisparticularlyconcerninggiventhelong-termhealtheffectsofthesedrugsonhealthybrainsremainlargelyunknown.D.Anothersignificantethicalconcernrevolvesaroundtheauthenticityofachievementsandthe"valueofeffort."Thereisadeep-seatedintuitionthatachievementsearnedthroughstruggleandhardworkaremorevaluableor"real"thanthoseachievedthroughchemicalassistance.Ifastudentpassesanexamsolelyduetothepharmacologicalenhancementoftheirmemory,doesthegradereflecttheirtrueknowledgeorthedrug'sefficacy?Thistouchesuponthephilosophicalconceptofthe"extendedmind."Ifthetoolisinternal(adrug)ratherthanexternal(anotebook),doesitchangethenatureoftheagent?Criticsarguethatneuroenhancementcreatesafalsesenseofcompetenceandmightleadtoadevaluationofgenuinetalentandperseverance.E.Thesafetyprofileofneuroenhancementisacritical,albeitoftenunder-researched,factor.Whiledrugslikemodafinilaregenerallyconsideredsafefortherapeuticuseinspecificpatientpopulations,theirlong-termeffectsonhealthy,youngbrainsarenotfullyunderstood.Thebraincontinuestodevelopintothemid-20s,andintroducingpowerfulstimulantsduringthisperiodcouldalterneuralarchitectureinunforeseenways.Potentialsideeffectscanrangefrominsomniaandanxietytocardiovascularissuesanddependency.Moreover,thesourceofthesedrugsisoftentheblackmarketordiversionfromlegitimateprescriptions,leadingtorisksassociatedwithdosagecontrolandpurity.F.Regulationpresentsacomplexchallenge.Currently,theprescriptionsystemisdesignedtotreatillnesses,nottoenhancenormalfunction.Physiciansarecaughtinadifficultpositionwhenaskedtoprescribedrugsforenhancementpurposes.Ononehand,theprincipleofbeneficenceurgesthemtohelpthepatient(improvetheirgrades/work).Ontheother,non-maleficenceurgesthemtodonoharm,andprescribingwithoutaclearmedicalindicationviolatesstandardprotocols.Somebioethicistshaveproposedaregulatedmarketforenhancementdrugs,similartotheregulationofperformance-enhancingdrugsinsports,butwithafocusonsafetyandtransparencyratherthanprohibition.G.Ultimately,thedebateoverneuroenhancementisareflectionofoursociety'srelationshipwithtechnologyandthehumanbody.Aswemoveforward,thelinebetweentherapyandenhancementwillbecomeincreasinglyblurred.Genetherapiesandbrain-computerinterfacesloomonthehorizon,promisingevenmoreprofoundalterationstohumancognition.ThequestionsweasktodayaboutRitalinandmodafinilaremerelytheprecursorstomorecomplexdilemmas.Societywillneedtodecideifweviewthehumanmindasafixedentitytobeacceptedoramalleableplatformtobeoptimized.Theanswerwilldefinethefutureofourspecies.Questions28-33Dothefollowingstatementsagreewiththeviewsofthewriterinthepassage?Yes:ifthestatementagreeswiththeviewsofthewriterNo:ifthestatementcontradictstheviewsofthewriterNotGiven:ifitisimpossibletosaywhatthewriterthinks28.Theuseofneuroenhancementdrugsshouldbecompletelybannedduetohealthrisks.29.Thepressuretousesmartdrugscantransformavoluntarychoiceintoaforcednecessity.30.Achievementsassistedbydrugsareinherentlylessvaluablethanthoseachievedthroughnaturaltalent.31.Thelong-termimpactofstimulantsonthedevelopingbrainsofhealthyyoungpeopleiswell-documented.32.Physicianscurrentlyfaceanethicalconflictregardingprescribingdrugsfornon-medicalpurposes.33.Bioethicistsgenerallyagreethataregulatedmarketforenhancementdrugsisthebestsolution.Questions34-36Choosethecorrectletter,A,B,C,orD.Writethecorrectletterinboxes34-36onyouranswersheet.34.Accordingtothepassage,whatisthe"biologicalarmsrace"?A.Thecompetitionbetweenpharmaceuticalcompaniestodevelopbetterdrugs.B.Thesituationwherepeoplemusttakedrugstocompetewiththosewhoalreadydo.C.Thegeneticevolutionofhumanstoresisttheeffectsofstimulants.D.TheracetofindacureforAlzheimer'sdiseaseusingnootropics.35.Thewritermentionsthe"extendedmind"theoryinordertoA.supporttheideathatinternaldrugsarenodifferentfromexternaltools.B.arguethatusinganotebookismoreethicalthanusingadrug.C.explorewhetherchemicalenhancementchangesthenatureoftheperson.D.provethatmemoryissolelyabiologicalfunction.36.Whatisthewriter'sviewonthefutureofneuroenhancement?A.Itwilllikelydisappearassideeffectsbecomemoreknown.B.Itwillbelimitedtotreatingmedicalconditionsonly.C.Itrepresentsthebeginningofamuchlargerdebateabouthumanmodification.D.Itwillbesolvedbystrictgovernmentprohibition.Questions37-40Completethesummaryusingthelistofwords,A-H,below.Writethecorrectletter,A-H,inboxes37-40onyouranswersheet.TheEthicsofNeuroenhancementTheuseofcognitiveenhancerslikeRitalinraisesethicalissues.Supportersclaimitissimilartocaffeineandcanimproveprofessional(37)______________.However,criticsworryaboutfairnessandthepotentialfor(38)______________,whereusersfeelforcedtotakedrugstocompete.Thereisalsoaphilosophicalconcernaboutthe(39)______________ofsuccessachievedthroughchemicalmeans.Furthermore,thesafetyofthesedrugsforhealthypeopleisnotguaranteed,creatingadilemmafordoctorswhomustbalancehelpingpatientswiththeprincipleof(40)______________.ListofWordsA.performanceB.coercionC.authenticityD.safetyE.non-maleficenceF.memoryG.utilityH.beneficence***答案与解析1.False解析：文章A段提到"wewillrequireanadditional109millionhectaresofarableland,anarearoughly20%largerthanBrazil"，这是指未来需要额外的土地，面积比巴西大20%，而不是说目前的传统农业已经使用了巴西20%的土地。2.False解析：文章C段提到"Thismethodsignificantlyreduceswaterusage—upto95%lessthanconventionalfarming"，是减少了95%，而非只是“稍微减少”。3.True解析：文章C段提到"Thisapproachmaximizesoxygenexposuretotheroots,leadingtofastergrowthrates..."，这与题目表述一致。4.NotGiven解析：文章D段提到"drasticallyreducesoreliminatestheneedforchemicalpesticides"，虽然说是大幅减少或消除，但并未说是“因为环境是密封的”而完全消除所有农药（可能还有生物防治等其他手段，且原文并未将“sealed”作为唯一原因绝对化表述为eliminatesall）。此外，题目中的“allpesticides”过于绝对，原文并未确认这一点。5.True解析：文章E段提到"electricityconsumptionremainsthelargestoverheadexpense"，这与题目中“primaryfinancialobstacle”的表述一致。6.True解析：文章E段提到"Criticsarguethattheenergyfootprintoftennegatesthecarbonsavingsachievedbyreducingtransportationdistances"，这与题目表述完全一致。7.controlledenvironmentagriculture(orCEA)解析：文章B段提到"Verticalfarmingisthepracticeofgrowingcrops...Itutilizescontrolledenvironmentagriculture(CEA)technology"。8.weatherconditions(orextremeweatherevents)解析：文章D段提到"Oneofthemostsignificantadvantagesofverticalfarmingisitsimmunitytoweatherconditions."9.hiddencosts(orexternalities)解析：文章F段提到"Proponentscounterthatthehiddencostsoftraditionalagricultureareoftenignored...Whenthesefactorsareaccountedfor..."。10.productioncosts(orcosts/costofproduction)解析：文章G段提到"Asthesetechnologiesmatureandscale,thecostofproductionwilldecrease..."。11.C解析：文章F段中，Proponents（支持者）指出了传统农业的hiddencosts，包括"waterrunoffcontainingfertilizers,andthecarbonemissionsassociatedwithlong-haultrucking"。12.A解析：文章A段提到"Inresponsetothisimpendingcrisis,agronomistsandengineershaveturnedtheireyesupward,proposingverticalfarming..."，是为了解决土地短缺问题。13.B解析：文章E段提到"Criticsarguethattheenergyfootprintoftennegatesthecarbonsavings..."。14.E解析：段落E主要讨论了"emotionalcomponentofinsight"和"brain'srewardsystem"。15.B解析：段落B提到"TheadventoffunctionalMagneticResonanceImaging(fMRI)...hasshiftedthefocusfrombehavioraloutcomestoneuralcorrelates."16.C解析：段落C详细描述了anteriorcingulatecortex(ACC)在detectingtheimpasse（识别僵局）中的作用。17.A解析：段落A对比了analyticalthinking和insight，描述了insight的"suddenrealization"。18.F解析：段落F讨论了"DefaultModeNetwork"(DMN)和"ExecutiveControlNetwork"(ECN)之间的interaction。19.A解析：段落D提到"ResearchbyMarkJung-Beemanandcolleaguesdemonstratedasuddenburstofhigh-frequencygammawaveactivity..."。20.B解析：段落A提到"Forcenturies,scientistsandphilosophershavebeenfascinated..."，对应古代哲学家通过内省研究。21.C解析：段落B提到"TheadventoffunctionalMagneticResonanceImaging(fMRI)andElectroencephalography(EEG)..."，这是研究人员使用的技术。22.D解析：段落G提到"Understandingtheneuroscienceofinsighthaspracticalimplicationsforeducation..."，并建议"high-pressureenvironments...mayactuallystiflecreativity"。23.C解析：文中虽然提到了ACC的作用，但这是一个普遍的研究发现，并非特指某一个人。但在选项