2026高三英语全国各地模拟题分类汇编：D篇阅读32篇

2026年9月各地高三模拟英语阅读D篇32篇合集试题目录TOC\o"1-1"\h\u（一）2026年9月安徽省江南十校高三联考英语-阅读D篇 1（二）2026年9月安徽省六校联盟高三联考英语-阅读D篇 2（三）2026年9月福建省百校联考高三开学考英语-阅读D篇 3（四）2026年9月福建省漳州市高三质检英语-阅读D篇 4（五）2026年9月广东省广州市高三阶段练习英语-阅读D篇 5（六）2026年9月广东省金太阳高三联考英语-阅读D篇 6（七）2026年9月广东省上进领航高三联考英语-阅读D篇 7（八）2026年9月广东省六校联盟高三联考英语-阅读D篇 8（九）2026年9月广东省三校联考高三适应考英语-阅读D篇 9（十）2026年9月河南省青桐鸣高三学情调研英语-阅读D篇 10（十一）2026年9月湖北省黄冈市/十堰市高三调研英语-阅读D篇 11（十二）2026年9月湖北省九师联盟高三开学联考英语-阅读D篇 12（十三）2026年9月湖北省武汉市高三调研英语-阅读D篇 13（十四）2026年9月湖南省九校联盟高三联考英语-阅读D篇 14（十五）2026年9月湖南省天一大联考高三开学考英语-阅读D篇 15（十六）2026年9月湖南省益阳市高三质检英语-阅读D篇 16（十七）2026年9月江苏省淮安市名校协作体高三联考英语-阅读D篇 17（十八）2026年9月江苏省南京市高三学情调研英语-阅读D篇 18（十九）2026年9月江苏省南通市高三质检英语-阅读D篇 19（二十）2026年9月江苏省苏州市高三期初阳光调研英语-阅读D篇 20（二十一）2026年9月江苏省镇江市高三期初监测英语-阅读D篇 21（二十二）2026年9月辽宁省点石联考高三学情调研英语-阅读D篇 22（二十三）2026年9月辽宁省名校联盟高三开学联考英语-阅读D篇 23（二十四）2026年9月山东省济南市高三摸底考英语-阅读D篇 24（二十五）2026年9月山东省九五协作体高三联考英语-阅读D篇 25（二十六）2026年9月山东省名校联盟高三开学诊断英语-阅读D篇 26（二十七）2026年9月山东省青岛市高三调研英语-阅读D篇 27（二十八）2026年9月四川省成都树德中学高三开学考英语-阅读D篇 28（二十九）2026年9月浙江省G12名校协作体高三联考英语-阅读D篇 29（三十）2026年9月浙江省杭州二中高三适应性监测英语-阅读D篇 30（三十一）2026年9月浙江省嘉兴市高三基础测试英语-阅读D篇 31（三十二）2026年9月重庆市巴蜀中学高三月考（二）英语-阅读D篇 322026年9月安徽省江南十校高三联考英语-阅读D篇AIsystemsareoftendescribedas“brain-like”becausetheycanpredictactivityinpartsofthebrainthathelpusrecognizeobjects.Untilnow,scientistsmostlytestedthisinonedirection.ResearchersfromYorkUniversitywantedtodeterminewhetherthesesystemstrulyoperatelikebiologicalvision.Theresearchersreversed（反向开展）thatfamiliartest.IfAIgenuinelyreflectsthebrain,theyreasoned,thenrecordedbrainactivityshouldalsopredictthemodel’sinternalresponses.Theresearcherstestedthemodelswith1,320naturalphotographsandrealisticsynthetic（合成的）images.Thesetincludedbears,elephants,faces,apples,cars,dogs,chairs,planes,birds,andzebrasshownagainstindoor,outdoor,andothernaturalbackgrounds.Theyalsoused300additionalimagesdescribingthesameobjectsinchangedforms,includingoutlines,drawings,simplifiedrepresentations,andartisticvariations.ThisbroaderrangehelpedtestwhethertherelationshipbetweenbrainactivityandAIfeaturesheldacrossdifferentvisualstyles.“Theresultswerestriking.WhileAImodelscanpredicttheneurons（神经元）werecordedinthebrainfairlywell,thereverseisnottrue.Interestingly,thisisnotthecasewhenneuronsfromonebrainarecomparedagainstonesfromanotherbrain,andtheone-sidedimbalancedisappears,”saysYorkUniversityAssistantProfessorKohitijKar.ThisimbalancesuggeststhatAImodelsmayreachcorrectvisualanswersthroughprocessesthatdifferfromthoseusedbythebrain.Karwarnsthatthemismatchcouldwidenasmodelsbecomemorecomplex.IfanAImodelpredictsneuronsbutitsowninternalfeaturescannotbepredictedfromneuralactivity,itmaynotprovideareliableexplanationofhowthebrainworks.ResearchersincreasinglyuseAImodelstodesignstudiesofhumanbehavior,includingclinicalresearch.Muchofthatworkassumesthesystemsprocesstheworldlikethebrain.Moreaccuratebrain-likemodelscouldeventuallysupportresearchinvolvingconditionsrelatedtothebrain.Fornow,however,usingsystemsthatdonotmatchbrainfunctionwelltointerprethumanbehaviorcarriesrisks.Comparablemodelsarealsobeingappliedtohearing,languageandmovement,makingreliabletestingimportantacrossseveralfields.32.WhatdidmostpreviousstudiesfocusonconcerningAImodels?A.Howthebraingenuinelyreflectedthem. B.Howtheywereintegratedintothebrain.C.Whethertheycouldpredictbrainactivity. D.Whethertheytookcontroloftheneurons.33.Whatdoesthebrainfailtodointhereversetest?A.Recognizeobjectsinnaturalphotographs. B.ProcessvisualinformationlikeAImodels.C.Forecastneuronsfromanothersimilarbrain. D.EquallypredictAImodels’internalfeatures.34.Whyisclinicalresearchmentionedinparagraph6?A.TodoubtthereliabilityofcurrentAImodels.B.Tohighlightthesignificanceofthereversetest.C.Tosinghighpraisesfortechnologicaladvances.D.ToprovethesimilaritybetweenAIandthebrain.35.Whatcanbeasuitabletitleforthetext?A.ANovelTestonAdvancedAIModels B.Brain-LikeAIModelsMatterinResearchC.AIModelsMayNotThinkLiketheBrain. D.AWaytoImproveAI’sPredictionAccuracy

2026年9月安徽省六校联盟高三联考英语-阅读D篇OnMay24night,theLongMarch-2FY23rocketlaunchedShenzhou-23mannedspacecraftintoplannedorbit.ThesuccessfulmissionstartedChina’s2026mannedspacetaskswithmanytechnicalbreakthroughs.Themostimportantupgradeliesinthecabinwindows.AfterwindowcracksledtoChina’sfirstemergencymannedlaunch,engineersredesignedthestructure.Theoldsingleprotectiveglasswasreplacedwithtwoheat-resistantlayersplusaninnerprotectivelayer.Thenewstructureeffectivelyresistsimpactsfromtinyspacepiecesandbetterguaranteesastronauts’safety.Thenewspaceshipalsosawahugeleapinreturncargocapacity.EarlierShenzhoucraftcouldonlybringroughly50kilogramsofsamplesback.Afterupgrades,thereturncapsulecancarryover100kilogramsofpayload,withcargoroomthreetimeslarger.Insidethecabin,newlight-weightscreenshelpwatchflightinformation.Newtoolsquicklycheckwhetherthecabinkeepsairinside.Newcontrolsticksareeasyforastronautstoholdandoperate.Shenzhou-23completedChina’sfirst3.5-hourfastradialdocking（对接）withTiangongspacestation.Differentfromfront-reardocking,radialdockinghasnofixedholdingpoint.Thecraftmustkeepadjustingitsflightpostureandorbitundercontinuousdynamiccontrol.Itsguidancesystembalancesfuelconsumptioninrealtime,requiringhighspeed,accuracyandself-operation.Besideshardwareimprovements,ninescientificexperimentsareonboard,withricecultivationstandingoutasalandmarkproject.Forthefirsttime,researcherswillcompletetwocontinuousgenerationsofricegrowthinorbit:ricewillmatureandbeharvestedinspace,thenitsseedsreplantedforasecondgrowthcycle.Thedatawillrevealhowlong-termweightlessnessinfluencesricegenesandgrowth,layinggroundworkforfuturefoodplantingontheMoonandMars.Anotherkeytesttargetsnewsolarcells.Featuringhighenergyefficiency,lightweightandoutstandingpoweroutput,theyareviewedasidealpowersuppliesforfuturespacefacilities.Onthismission,thespacestationrunsitsfirstin-orbitdynamictestofsuchcells,recordingefficiencylossinspacetoanalyzetheirlong-termserviceperformance.32.HowdoestheauthordevelopParagraph2?A.Byanalyzingthecausesofemergency.B.Bymakingalistofseveralpotentialrisks.C.Bystatingaproblemandofferingitssolution.D.Bymakingcomparisonsbetweendifferenttheories.33.Whatcanbelearnedabouttheupgradeofreturncapsule?A.Itdoublescargospace. B.Ithelpsmonitorandoperateinsidethecraft.C.Itpreventsairfromescaping. D.Itallowsresearcherstoskipsampleselection.34.Whatmakesradialdockingmuchharderthanfrontandreardocking?A.Itrequiresfewerfueladjustments. B.Itreliesonstableparkingpositions.C.Itsguidancesystemworksinaccurately. D.Itneedsfrequentchangeswithnofixedpositions.35.Whyaretwospaceprojectsmentionedinthelasttwoparagraphs?A.Toshowspaceresearchesservelong-termspacegoals.B.Toprovebiologicaltestsmattermorethanpowertests.C.Toconfirmtherearemoreexperimentsthanearliercrafts.D.Toexplainwhatgreatdifficultiesspaceexperimentsmeet.

2026年9月福建省百校联考高三开学考英语-阅读D篇Scientistshavedevelopedapioneering3D-printeddevicethatcouldspeeduppatientaccesstonewmedicinesandremovetheneedforanimaltesting.Thousandsofanimalsareusedintheearlystagesofdrugdevelopmentworldwideeachyear,yetmanydrugstestedonanimalsendupshowingnoclinicalbenefitinhumans,highlightingacriticalgapbetweenanimalmodelsandhumanbiology.ResearchersattheUniversityofEdinburghhavedesigneda“body-on-a-chip”thatpreciselymimics（模仿）howamedicineflowsthroughapatient’sbody.Theplasticdevice,thefirstofitskindglobally,featuresfive3D-printedcomponentsrecreatingthehumanheart,lungs,kidney,liverandbrain.Theseareconnectedbychannelsmimickingthehumancirculatorysystem,throughwhichnewdrugscanbepumpedtoobserveorganresponseswithoutliveanimaltrials.Thedeviceusespositronemissiontomography(PET)scanningtogeneratedetailed3Dimagesofthetinyorgans.“ThePETimagesensureevendistributionofnewdrugsbeingtested,”explainsleaddeveloperLiamCarr.Theprocessinvolvesputtingtinyamountsofradioactivecompoundsintothechip,withsignalssenttoanextremelysensitivecamera,allowingscientiststobetterassessdrugeffects.Carrnotestheplatformisfullyflexibleandcanserveasavaluabletoolforinvestigatingvarioushumandiseases,includingcancer,cardiovasculardiseases,neurodegenerativedisordersandimmuneconditions.“Itsusesareonlyboundedbytheavailabilityofcellmodelsandthescientificquestionswecanfigureout,”hesays.Forinstance,afattyliverdiseasemodelcouldrevealhowadiseasedliverimpactsotherorgans,ormultiplediseasecellmodelscouldbecombinedtostudydiseaseinteractions.Dr.AdrianaTavares,Carr’ssupervisor,emphasizesthedevice’spotentialtorevolutionizemedicalresearch.“Linkingfiveorgansinonedevicehelpsscientistsstudyhowanewdrugaffectsthewholebody,akeyareaofresearchaswelearnmoreabouthowdiseasestraditionallyseenasorgan-specificcanimpactdistantsystems,”shestates.Beyondadvancingresearch,thetechnologyoffersapromisingpathtoreducingthemassivenumberofanimalsusedindrugtestingworldwide.32.Whatisamajorlimitationofcurrentanimaltestingindrugdevelopment?A.Itrequirestoomuchtimeandfinancialinvestment.B.Itisbannedinmostdevelopedcountriesglobally.C.Itdoesn’tpredicthumanclinicaloutcomesaccurately.D.Itcannottestdrugsforcertaindiseaseseffectively.33.Whatdoestheunderlinedword“pumped”inparagraph2probablymean?A.Disturbed. B.Conveyed. C.Destroyed. D.Reduced.34.WhatdoesLiamCarrthinkofthedevice’spotentialuses?A.Theyarelimitedtofivespecificorganmodels.B.Itsapplicationsarewideandcreativity-driven.C.Theyhavealreadybeenfullyexploredincurrentstudies.D.Thedevicecanonlybeusedforsideeffecttesting.35.Whichofthefollowingisthemostsuitabletitleforthetext?A.A3D-Printed“Body-on-a-Chip”toReduceAnimalDrugTestsB.PETScanningtoImproveDrugDevelopmentEfficiencyC.3DPrintingTechnologyforMimickingHumanOrgansD.LimitationsofAnimalModelsinMedicalResearch

2026年9月福建省漳州市高三质检英语-阅读D篇NearlyhalfofallAmericansandaround40%ofBritonsnowusesmartwatchesorphoneappstotracktheirsleep.Arethesedevicesaccurateanddotheusersgetabetternight’srest?Notenoughsleepcancausehealthproblems.Anewstudy,publishedinNature,findsaU-shapedrelationshipbetweenhowlongpeoplesleepandmarkersofbiologicalageing.Thosewhogotbetween6.4and7.8hoursofshut-eyeanightseemedtoexperienceslowerageingthanthosewhoslepteithermoreorless.Sleeptrackerspromisetohelppeoplehitthissweetspot.Appstypicallyrecordmovementandsound,sometimesinferringbreathingratesfromheaudio.Smartwatchesrecordmovementandmeasurebloodflowbyshininglow-intensitylightontotheskinanddetectinghowmuchreflectsback.Mosttrackersareverygoodatdistinguishingsleepfrombeingawake.Severalstudieshavecomparedthemtopolysomnography（多功能睡眠记录仪）,whichuseselectrodes（电极）torecordeyemovements,brainactivityandheartrate,andisthegoldstandardformeasuringsleep.Onepaper,publishedinSensors,foundthreetestedpopulartrackersagreedwithpolysomnographyaround95%ofthetimeintellingsleepfromwakefulnessacrossthenight.Whenitcomestoidentifyingthedifferentsleepstages,trackersarelessaccurate.Agoodnightrequirescyclingbetweenrapid-eyemovement(REM)sleep,inwhichdreamstakeplace,andseveralstagesofnon-REMsleeprangingfromlighttodeep.Wearablesagreewithpolysomnographyonsleep-stageclassificationonlyaround50-80%ofthetime.“ThatmeritsaC+toB+,”saysRebeccaRobbins,asleepscientistatHarvard.Despitetrackers’shortcomings,DrRobbinssaystheygivepeopleabetter,moreobjectivesenseofhowlongtheyslept.Plus,theydoseemtoimprovesleephabits.Inasurvey,55%ofadultswhoreportedusingsleeptrackerssaidtheyhadchangedtheirbehaviourandimprovedsleepqualityafterlearningfromthedata.Toomuchdatacanhavedownsides,though.Unliketryingtoeathealthilyorexercise,puttingmorethoughtintosleepingcanbackfire.Asmanyas30%ofthosewhotracktheirsleepreportfeelinganxious.Butsleepdataisnotworthlosingsleepover,becausethereisanalternativetosleeptracking:whetheryouwakeupfeelingrestedisthebestindicatorofhowgoodyournightwas.32.Whatistheauthor’spurposeinwritingparagraph2?A.Toshowthepracticeoflonglife. B.Torevealthemotiveofthestudy.C.Toindicatetheharmsoflackingsleep. D.Toprovetheimportanceofsleeptracking.33.Whatdotheunderlinedwords“thissweetspot”inparagraph3probablymean?A.TheU-shapedrelationship. B.Theidealdurationofsleep.C.Themeasurementofbloodflow. D.Therecordofbreathingratesduringsleep.34.Whataspectcantrackersmeasuremostaccurately?A.Theconsciousstate. B.Thesleepdepth. C.Thesleepquality. D.Thesleepeffects.35.What’sthebesttitleforthetext?A.SleepTrackers:EasytoHandle? B.SleepTrackers:AffordableforAll?C.SleepTrackers:AGoodChoiceorNot? D.SleepTrackers:ASolutiontoSleepAnxiety?

2026年9月广东省广州市高三阶段练习英语-阅读D篇Animalscanexpresstheirneedsusingalotofways.Forinstance,almostallanimalshavedistinctvocals（声音）thattheyrelyontoeitheraskforhelp,scareawayanydangerousanimalsorlookforshelter.Butcatsarespecialcreatureswhopossessamazingvocalizationskills.Theyareabletohaveentireconversationswithhumansusingmeowsandyou’reabletointerpretit.Ifapetcatishungry,itwillkeepmeowingtoattractattentionandfindfood.However,whenacatislookingforaffection,theytendtoproducestretchedandsoftmeows.Meowingstartsassoonasababycatisbroughttolifeandusesittogetthemother’sattentionandbefed.Catshavemanyheightenedsenses,buttheirsenseofsmellisquiteimpressive.Theyusetheirnosestoassesstheirenvironmentandlookoutforanysignsofdanger.Theywillsniffoutspecificareasbeforetheychooseaplacetorelax.However,anotherwaythecatsareabletodistinguishbetweensituationsisbylookingforfamiliarsmells.Yourcatwilllikelysmellyourfaceandstorethesmellinitsmemoryanduseittorecognizeyouinthefuture.That’swhymostpetcatsareabletotellimmediatelyiftheirownerswerearoundanyothercats,whichtheydon’tusuallylike.Dogsareknownfortheirimpressivefetchinghabit,butcatstakethisbehaviorupanotch.Manycatswillfindrandomobjectsoutsideandbringthemtotheirowners.Thisisaveryoldhabitthat’sbeenpresentinallkindsofpredators（食肉动物）.Catsbringgiftsfortheirownerstoshowtheyloveyou.Theseadorablelittlehuntersarejustdoingsomethingthatit’sbeenintheirnaturesincethebeginningoftime.Sojustgoalongwithit!32.Whatcanbelearnedaboutcats’meowingfromthefirstparagraph?A.It’sasurvivalskill. B.It’staughtbymothercats.C.It’shardtointerpret. D.It’sgettinglouderwithage.33.Howdoesapetcatassessdifferentsituations?A.Bylisteningforsounds. B.Bytouchingfamiliarobjects.C.Bycheckingonsmells. D.Bycommunicatingwithothercats.34.Whichbestexplainsthephrase“take...upnotch”inparagraph3?A.Performappropriately. B.Movefaster.C.Actstrangely. D.Dobetter.35.Whatisasuitabletitleforthetext?A.TipsonFindingaSmartCat B.UnderstandingYourCat’sBehaviorC.HaveFunwithYourCat D.HowtoKeepYourCatHealthy

2026年9月广东省金太阳高三联考英语-阅读D篇Expertsarecallingforaglobalefforttoidentify“positivetippingpoints”toacceleratethegreentransitionandhavedevisedamethodtofindtheminanewacademicpaper.Atippingpointisathreshold（临界点）whereasmallchangecancauseasignificant,oftenirreversible（不可逆转的）,transformation.Positivetippingpointsinhumansocietiesandeconomiescanbringaboutrapidreductionsinemissionsandotherenvironmentalharm,evenasclimatebreakdownbecomesincreasinglydamaginganddangerous.Somepositivetippingpointsarealreadyhappening—withsolarpowerandelectricvehiclesrapidlyreplacingfossil-fuelledalternatives—butmanymoreareneededtoensureasustainablefuture.“Theglobaleconomyisdecarbonising（脱去……的碳）atleastfivetimestooslowlytomeettheParisAgreementtargetoflimitingglobalwarmingtowellbelow2℃,”saidProfessorTimLenton,fromtheGlobalSystemsInstituteattheUniversityofExeter.“Thechallengenowistoidentifypotentialpositivetippingpoints,andtheactionsthatcanbringthemforward—whileavoidingwishfulthinkingabouttheirexistence,oroversimplificationoftheirnature,driversandimpacts.”Thepapersetsoutamethodforidentifyingpositivetippingpoints,assessingtheirproximity,identifyingthefactorsthatcaninfluencethem,andtheactionsthatcanleadtothem.Thisincludeslookingforevidencethatasystem,orasimilarsystem,has“tipped”inthepast.Anotherfactoriswhetherthereispotentialfor“self-pushinguptake”ofzero-orlow-carbonbehaviors.Forexample,asmorepeoplebuyelectriccars,theperformance,priceandinfrastructureimprove—makingiteasierforotherstofollow,andthereforeacceleratingthetransition.“Weknowpositivetippingcanhappeninsectorssuchaspowerandroadtransport,”saidDrSteveSmith,alsofromtheGlobalSystemsInstituteattheUniversityofExeter.“Inothersectors,thereislittlesignofapproachingtippingpointsandinafew,suchasnuclearpowerandconcreteproduction,weshouldnotexpecttheretobetippingpointsatall.”32.Howdoestheauthorpresentthetopicinthefirstparagraph?A.Byraisingaquestion. B.Bydefiningakeyconcept.C.Bylistingspecificdata. D.Bytellingapersonalstory.33.Whatisthecurrentsituationofpositivetippingpoints?A.Theyremainpurelytheoreticalatpresent. B.Theyaretooslowtoaffectglobalwarming.C.Theyhaveoccurredinsomeareasalready. D.Theyarehappeninginalleconomicsectors.34.WhatisDrSteve’sattitudetothetippingpointsofnuclearpower?A.Negative. B.Cautious. C.Optimistic. D.Indifferent.35.Whichcanbethebesttitleforthetext?A.TheRoleofElectricVehiclesinClimateActionB.TheWaytoDecarbonisetheGlobalEconomyRapidlyC.ChallengesofReachingEnvironmentalTippingPointsD.IdentifyingPositiveTippingPointsforGreenTransition

2026年9月广东省上进领航高三联考英语-阅读D篇Breastcancerdetectioncouldgetaboostfromartificialintelligence.WhenAIhelpedexaminebreastX-rays,doctorscaughtonemorecancercaseper1,000testedindividualscomparedwithtraditionalscreening（筛查）.Thelargestreal-worldstudyonAI’spotentialforbreastcancerscreening,whichincludednearly500,000womeninGermany,suggeststhatthesoftwarecouldsimplifythescreeningprocesswithoutaffectingtherateoffalsealarms.Germany’sbreastcancerscreeningprogramrequirestworadiologists（放射科医生）toindependentlyassesseachpatient’sbreastX-raysandlookforspots,abnormalmassesandotherstrangesigns.IfatleastonedoctorsuspectscancerinthefourX-rayimages,athirdradiologisthelpsdetermineiftheindividualneedsmoretests.“Wehave3millionwomenparticipatingeachyearinthisproject,and24millionpictureshavetobereadeveryyear,”radiologistKatalinicsays.ToseeifAIcouldlightentheload,decisionreferralsoftwarewassetupat12screeningsitesacrossthecountry.Morethan460,000womenaged50to69tookpartinthestudyfromJuly2021throughlateFebruary2023.AImarkedthebreastX-raysasnormal,questionableorunclassified.The119participatingradiologistschosetouseanAI-supportedimageviewer,whichrevealedthesoftware’sassessment,forroughlyhalfofthewomen’sscreenings.WithouttheapplicationofAI,cliniciansidentifiedabout6breastcancercases,confirmedthroughbiopsy（活检）,per1,000patientsduringscreening.Doctorsfoundaround7caseswiththesoftware’shelp,leadingtoa17.6%higherbreastcancerdetectionratewithAI.Comparedwithpatientswhoreceivedtraditionalscreenings,thegroupcheckedwithAI’shelphadslightlyfewerfalsepositives.HowtheAIwouldbestfitintoradiologists’workflowremainsanopenquestion,butitcouldreplaceoneoftheinitialreaders,saysStefanBunk,chieftechnologyofficerandco-founderofVara,thehealthcaretechnologycompanyinBerlinthatdevelopedtheAI.32.WhatbenefitdoesAIbringtobreastcancerscreeningaccordingtothestudy?A.Makingscreeningmoreefficient. B.Reducingfalsealarmssignificantly.C.BetteringtheclarityofX-rayimages. D.Identifyingmoreraremedicalcases.33.WhatcanwelearnaboutGermany’sscreeningprogram?A.Itmainlytargetswomenaged50to69. B.Itplacesaheavyworkloadonradiologists.C.Itscreensabout3millionimagesannually. D.Italwaysrequiresathirdradiologist’sopinion.34.WhatcanbeinferredfromthestudyonAI?A.Itkepttrackofallparticipants.B.AIscarcelydrewrightconclusions.C.Itwasnearlysupportedbyallscreeningsites.D.AIrarelygainedaleadingroleinexaminations.35.Whydoestheauthormentionbiopsyinparagraph4?A.Todemonstrateitssafety. B.Tointroduceanothertool.C.ToemphasizeAI’saccuracy. D.ToshowAI’sworkinglogic.

2026年9月广东省六校联盟高三联考英语-阅读D篇Newlypublishedresearchfindsthattropicalforestscanrecoveruptotwiceasfastafterdeforestationwithsufficientsoilnitrogen(氮).ScientistsfromtheUniversityofLeedslaunchedthelargestandlongestexperimenteverdesignedtoexaminehownutrientsaffectforestregrowthintropicalareasclearedforactivitiessuchasloggingandagriculture.Theyselected76forestplotsacrossCentralAmericaandmonitoredthemforupto20years.Eachsitedifferedinageandsize,allowingtheteamtotracktreegrowthanddeathduringforestrecovery.Differentnutrienttreatmentswereappliedtotestnutrientroles.Someweregivennitrogenfertiliser,somephosphorus（磷）,someboth,andothersnone.Theresultsshowedthatthelevelsofnutrientsinthesoilstronglyinfluencetropicalforestregrowthspeed:nitrogen-richforestsrecoveredtwiceasfastasnitrogen-lackingones,whilephosphorusalonehadnosucheffect.ThefindingswerepublishedonJanuary13inthejournalNatureCommunications.LeadauthorWenguangTangsaid,“Ourstudyisinspiringbecauseitsuggeststherearewayswecanboostthestorageofgreenhousegasesthroughreforestationbymanagingthenutrientsavailabletotrees.”Theresearchteamusednitrogenfertiliserforthepurposesoftheexperimentbutdoesnotadvocateforfertilisingforests,asthatwouldhavenegativeconsequences,includingpollutingriversandlakesandmakingthesoiltooweakfortreestostayhealthy.Instead,theteamsuggestsmoresustainablealternatives.Forestmanagerscouldplanttreesfromthebeanfamily,whichhostnitrogen-fixingbacteriaintheirrootsystemsthatcannaturallyfertilisetheforest.Anotheroptionisrestoringforestsinareasthatalreadyhavesufficientnitrogenduetotheeffectsofairpollution.Tropicalforestsareseenasvitalglobalcarbonsinkswhichslowclimatechangebyabsorbingcarbondioxideandstoringitintrees.Ifyoungtropicalforestsworldwidelacknitrogen,theymayfailtostoreabout0.69billiontonnesofcarbondioxideeachyear-roughlyequaltotwoyearsofcarbondioxideandothergreenhousegasreleaseintheU.K.32.Howisparagraph2developed?A.Bymakingcomparison. B.Byexplainingtheprocess.C.Byclarifyingtheprinciples. D.Byanalyzingcauseandeffect.33.Whatdidtheexperimentfindaboutforestregrowth?A.Nitrogendoublestherecoveryspeed.B.Mixednutrientsworkthebestamongall.C.Phosphoruscanaidforestregrowthindirectly.D.Forestsboostthestorageofgreenhousegases.34.Whatcanbeinferredfromtheresearchers’recommendation?A.Fertilisersshouldbemadefulluseof. B.Usingnitrogenleadstoharmfulsideeffects.C.Peopleshouldturntonature-basedsolutions. D.Beantreesneedtobeplantedinpollutedareas.35.Whatisthebesttitleofthetext?A.Nitrogen:KeytoForestRegrowth B.Nitrogen:ImpactonClimateChangeC.TropicalForests:RecoveringSoon D.TropicalForests:GlobalCarbonSinks

2026年9月广东省三校联考高三适应考英语-阅读D篇AItechnologyhaslongbeenabletorecognizepatternsinmusicpreferencesandcreatepersonalizedplaylists.Now,anewAIsystemhastakenthisastepfurtherbyanalyzinghowpeoplelistentomusicandidentifyingtheirunique“listeningstyles”.Thisadvancementchangeshowmusicstreamingservicestailorplayliststoindividualusers,makingthemmoreenjoyable.Musicrecommendationalgorithms（算法）havebeenhighlyeffectiveatsuggestingnewsongsandartists.ButDr.EmilyCarter,amusicdatascientistattheUniversityofMusicandTechnology,notesthatthesealgorithmsoftenuseaone-size-fits-allapproachthatdoesn’trecordtheslightdifferencesofindividuallisteningbehavior.Tobetterunderstandandsatisfyindividualpreferences,researchersneedtoanalyzeeachuser’suniquelisteningpatterns.TodevelopandtraintheirAI,theresearcherscollecteddatafromover50millionlisteningsessionsandfeditintoaneuralnetwork.Theytestedthesystembyseeinghowwellitcoulddistinguishbetweendifferentusers’listeninghabits.Thesystemwasgiven100listeningsessionsfromeachofabout3,000knownusersand100newsessionsfromanunknownuser.TheAIlookedforthebestmatchandidentifiedtheunknownuser86%ofthetime,accordingtoastudypresentedattheIntern