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

（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32

（一）2026年9月安徽省江南十校高三联考英语-阅读D篇

AIsystemsareoftendescribedas“brain-like”becausetheycanpredictactivityinpartsofthebrainthat

helpusrecognizeobjects.Untilnow,scientistsmostlytestedthisinonedirection.ResearchersfromYork

Universitywantedtodeterminewhetherthesesystemstrulyoperatelikebiologicalvision.

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,andzebrasshown

againstindoor,outdoor,andothernaturalbackgrounds.Theyalsoused300additionalimagesdescribingthe

sameobjectsinchangedforms,includingoutlines,drawings,simplifiedrepresentations,andartistic

variations.ThisbroaderrangehelpedtestwhethertherelationshipbetweenbrainactivityandAIfeatures

heldacrossdifferentvisualstyles.

“Theresultswerestriking.WhileAImodelscanpredicttheneurons（神经元）werecordedinthebrain

fairlywell,thereverseisnottrue.Interestingly,thisisnotthecasewhenneuronsfromonebrainare

comparedagainstonesfromanotherbrain,andtheone-sidedimbalancedisappears,”saysYorkUniversity

AssistantProfessorKohitijKar.

ThisimbalancesuggeststhatAImodelsmayreachcorrectvisualanswersthroughprocessesthatdiffer

fromthoseusedbythebrain.Karwarnsthatthemismatchcouldwidenasmodelsbecomemorecomplex.If

anAImodelpredictsneuronsbutitsowninternalfeaturescannotbepredictedfromneuralactivity,itmay

notprovideareliableexplanationofhowthebrainworks.

ResearchersincreasinglyuseAImodelstodesignstudiesofhumanbehavior,includingclinical

research.Muchofthatworkassumesthesystemsprocesstheworldlikethebrain.

Moreaccuratebrain-likemodelscouldeventuallysupportresearchinvolvingconditionsrelatedtothe

brain.Fornow,however,usingsystemsthatdonotmatchbrainfunctionwelltointerprethumanbehavior

carriesrisks.Comparablemodelsarealsobeingappliedtohearing,languageandmovement,making

reliabletestingimportantacrossseveralfields.

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.ANovelTestonAdvancedAIModelsB.Brain-LikeAIModelsMatterinResearch

C.AIModelsMayNotThinkLiketheBrain.D.AWaytoImproveAI’sPredictionAccuracy

（二）2026年9月安徽省六校联盟高三联考英语-阅读D篇

OnMay24night,theLongMarch-2FY23rocketlaunchedShenzhou-23mannedspacecraftinto

plannedorbit.ThesuccessfulmissionstartedChina’s2026mannedspacetaskswithmanytechnical

breakthroughs.

Themostimportantupgradeliesinthecabinwindows.AfterwindowcracksledtoChina’sfirst

emergencymannedlaunch,engineersredesignedthestructure.Theoldsingleprotectiveglasswasreplaced

withtwoheat-resistantlayersplusaninnerprotectivelayer.Thenewstructureeffectivelyresistsimpacts

fromtinyspacepiecesandbetterguaranteesastronauts’safety.

Thenewspaceshipalsosawahugeleapinreturncargocapacity.EarlierShenzhoucraftcouldonly

bringroughly50kilogramsofsamplesback.Afterupgrades,thereturncapsulecancarryover100

kilogramsofpayload,withcargoroomthreetimeslarger.Insidethecabin,newlight-weightscreenshelp

watchflightinformation.Newtoolsquicklycheckwhetherthecabinkeepsairinside.Newcontrolsticksare

easyforastronautstoholdandoperate.

Shenzhou-23completedChina’sfirst3.5-hourfastradialdocking（对接）withTiangongspacestation.

Differentfromfront-reardocking,radialdockinghasnofixedholdingpoint.Thecraftmustkeepadjusting

itsflightpostureandorbitundercontinuousdynamiccontrol.Itsguidancesystembalancesfuel

consumptioninrealtime,requiringhighspeed,accuracyandself-operation.

Besideshardwareimprovements,ninescientificexperimentsareonboard,withricecultivationstanding

outasalandmarkproject.Forthefirsttime,researcherswillcompletetwocontinuousgenerationsofrice

growthinorbit:ricewillmatureandbeharvestedinspace,thenitsseedsreplantedforasecondgrowth

cycle.Thedatawillrevealhowlong-termweightlessnessinfluencesricegenesandgrowth,laying

groundworkforfuturefoodplantingontheMoonandMars.

Anotherkeytesttargetsnewsolarcells.Featuringhighenergyefficiency,lightweightandoutstanding

poweroutput,theyareviewedasidealpowersuppliesforfuturespacefacilities.Onthismission,thespace

stationrunsitsfirstin-orbitdynamictestofsuchcells,recordingefficiencylossinspacetoanalyzetheir

long-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.

（三）2026年9月福建省百校联考高三开学考英语-阅读D篇

Scientistshavedevelopedapioneering3D-printeddevicethatcouldspeeduppatientaccesstonew

medicinesandremovetheneedforanimaltesting.Thousandsofanimalsareusedintheearlystagesofdrug

developmentworldwideeachyear,yetmanydrugstestedonanimalsendupshowingnoclinicalbenefitin

humans,highlightingacriticalgapbetweenanimalmodelsandhumanbiology.

ResearchersattheUniversityofEdinburghhavedesigneda“body-on-a-chip”thatpreciselymimic（s模

仿）howamedicineflowsthroughapatient’sbody.Theplasticdevice,thefirstofitskindglobally,features

five3D-printedcomponentsrecreatingthehumanheart,lungs,kidney,liverandbrain.Theseareconnected

bychannelsmimickingthehumancirculatorysystem,throughwhichnewdrugscanbepumpedtoobserve

organresponseswithoutliveanimaltrials.

Thedeviceusespositronemissiontomography(PET)scanningtogeneratedetailed3Dimagesofthe

tinyorgans.“ThePETimagesensureevendistributionofnewdrugsbeingtested,”explainsleaddeveloper

LiamCarr.Theprocessinvolvesputtingtinyamountsofradioactivecompoundsintothechip,withsignals

senttoanextremelysensitivecamera,allowingscientiststobetterassessdrugeffects.

Carrnotestheplatformisfullyflexibleandcanserveasavaluabletoolforinvestigatingvarioushuman

diseases,includingcancer,cardiovasculardiseases,neurodegenerativedisordersandimmuneconditions.

“Itsusesareonlyboundedbytheavailabilityofcellmodelsandthescientificquestionswecanfigureout,”

hesays.Forinstance,afattyliverdiseasemodelcouldrevealhowadiseasedliverimpactsotherorgans,or

multiplediseasecellmodelscouldbecombinedtostudydiseaseinteractions.

Dr.AdrianaTavares,Carr’ssupervisor,emphasizesthedevice’spotentialtorevolutionizemedical

research.“Linkingfiveorgansinonedevicehelpsscientistsstudyhowanewdrugaffectsthewholebody,a

keyareaofresearchaswelearnmoreabouthowdiseasestraditionallyseenasorgan-specificcanimpact

distantsystems,”shestates.Beyondadvancingresearch,thetechnologyoffersapromisingpathtoreducing

themassivenumberofanimalsusedindrugtestingworldwide.

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”toReduceAnimalDrugTests

B.PETScanningtoImproveDrugDevelopmentEfficiency

C.3DPrintingTechnologyforMimickingHumanOrgans

D.LimitationsofAnimalModelsinMedicalResearch

（四）2026年9月福建省漳州市高三质检英语-阅读D篇

NearlyhalfofallAmericansandaround40%ofBritonsnowusesmartwatchesorphoneappstotrack

theirsleep.Arethesedevicesaccurateanddotheusersgetabetternight’srest?

Notenoughsleepcancausehealthproblems.Anewstudy,publishedinNature,findsaU-shaped

relationshipbetweenhowlongpeoplesleepandmarkersofbiologicalageing.Thosewhogotbetween6.4

and7.8hoursofshut-eyeanightseemedtoexperienceslowerageingthanthosewhoslepteithermoreor

less.

Sleeptrackerspromisetohelppeoplehitthissweetspot.Appstypicallyrecordmovementandsound,

sometimesinferringbreathingratesfromheaudio.Smartwatchesrecordmovementandmeasurebloodflow

byshininglow-intensitylightontotheskinanddetectinghowmuchreflectsback.

Mosttrackersareverygoodatdistinguishingsleepfrombeingawake.Severalstudieshavecompared

themtopolysomnography（多功能睡眠记录仪）,whichuseselectrodes（电极）torecordeyemovements,

brainactivityandheartrate,andisthegoldstandardformeasuringsleep.Onepaper,publishedinSensors,

foundthreetestedpopulartrackersagreedwithpolysomnographyaround95%ofthetimeintellingsleep

fromwakefulnessacrossthenight.

Whenitcomestoidentifyingthedifferentsleepstages,trackersarelessaccurate.Agoodnightrequires

cyclingbetweenrapid-eyemovement(REM)sleep,inwhichdreamstakeplace,andseveralstagesof

non-REMsleeprangingfromlighttodeep.Wearablesagreewithpolysomnographyonsleep-stage

classificationonlyaround50-80%ofthetime.“ThatmeritsaC+toB+,”saysRebeccaRobbins,asleep

scientistatHarvard.

Despitetrackers’shortcomings,DrRobbinssaystheygivepeopleabetter,moreobjectivesenseofhow

longtheyslept.Plus,theydoseemtoimprovesleephabits.Inasurvey,55%ofadultswhoreportedusing

sleeptrackerssaidtheyhadchangedtheirbehaviourandimprovedsleepqualityafterlearningfromthedata.

Toomuchdatacanhavedownsides,though.Unliketryingtoeathealthilyorexercise,puttingmore

thoughtintosleepingcanbackfire.Asmanyas30%ofthosewhotracktheirsleepreportfeelinganxious.

Butsleepdataisnotworthlosingsleepover,becausethereisanalternativetosleeptracking:whetheryou

wakeupfeelingrestedisthebestindicatorofhowgoodyournightwas.

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?

（五）2026年9月广东省广州市高三阶段练习英语-阅读D篇

Animalscanexpresstheirneedsusingalotofways.Forinstance,almostallanimalshavedistinct

vocals（声音）thattheyrelyontoeitheraskforhelp,scareawayanydangerousanimalsorlookforshelter.

Butcatsarespecialcreatureswhopossessamazingvocalizationskills.Theyareabletohaveentire

conversationswithhumansusingmeowsandyou’reabletointerpretit.Ifapetcatishungry,itwillkeep

meowingtoattractattentionandfindfood.However,whenacatislookingforaffection,theytendto

producestretchedandsoftmeows.Meowingstartsassoonasababycatisbroughttolifeandusesittoget

themother’sattentionandbefed.

Catshavemanyheightenedsenses,buttheirsenseofsmellisquiteimpressive.Theyusetheirnosesto

assesstheirenvironmentandlookoutforanysignsofdanger.Theywillsniffoutspecificareasbeforethey

chooseaplacetorelax.However,anotherwaythecatsareabletodistinguishbetweensituationsisby

lookingforfamiliarsmells.Yourcatwilllikelysmellyourfaceandstorethesmellinitsmemoryanduseit

torecognizeyouinthefuture.That’swhymostpetcatsareabletotellimmediatelyiftheirownerswere

aroundanyothercats,whichtheydon’tusuallylike.

Dogsareknownfortheirimpressivefetchinghabit,butcatstakethisbehaviorupanotch.Manycats

willfindrandomobjectsoutsideandbringthemtotheirowners.Thisisaveryoldhabitthat’sbeenpresent

inallkindsofpredator（s食肉动物）.Catsbringgiftsfortheirownerstoshowtheyloveyou.Theseadorable

littlehuntersarejustdoingsomethingthatit’sbeenintheirnaturesincethebeginningoftime.Sojustgo

alongwithit!

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’sBehavior

C.HaveFunwithYourCat

D.HowtoKeepYourCatHealthy

（六）2026年9月广东省金太阳高三联考英语-阅读D篇

Expertsarecallingforaglobalefforttoidentify“positivetippingpoints”toacceleratethegreen

transitionandhavedevisedamethodtofindtheminanewacademicpaper.Atippingpointisathreshold（

临界点）whereasmallchangecancauseasignificant,oftenirreversible（不可逆转的）,transformation.

Positivetippingpointsinhumansocietiesandeconomiescanbringaboutrapidreductionsinemissionsand

otherenvironmentalharm,evenasclimatebreakdownbecomesincreasinglydamaginganddangerous.

Somepositivetippingpointsarealreadyhappening—withsolarpowerandelectricvehiclesrapidly

replacingfossil-fuelledalternatives—butmanymoreareneededtoensureasustainablefuture.

“Theglobaleconomyisdecarbonising（脱去……的碳）atleastfivetimestooslowlytomeettheParis

Agreementtargetoflimitingglobalwarmingtowellbelow2℃,”saidProfessorTimLenton,fromthe

GlobalSystemsInstituteattheUniversityofExeter.“Thechallengenowistoidentifypotentialpositive

tippingpoints,andtheactionsthatcanbringthemforward—whileavoidingwishfulthinkingabouttheir

existence,oroversimplificationoftheirnature,driversandimpacts.”

Thepapersetsoutamethodforidentifyingpositivetippingpoints,assessingtheirproximity,

identifyingthefactorsthatcaninfluencethem,andtheactionsthatcanleadtothem.Thisincludeslooking

forevidencethatasystem,orasimilarsystem,has“tipped”inthepast.

Anotherfactoriswhetherthereispotentialfor“self-pushinguptake”ofzero-orlow-carbonbehaviors.

Forexample,asmorepeoplebuyelectriccars,theperformance,priceandinfrastructureimprove—making

iteasierforotherstofollow,andthereforeacceleratingthetransition.

“Weknowpositivetippingcanhappeninsectorssuchaspowerandroadtransport,”saidDrSteve

Smith,alsofromtheGlobalSystemsInstituteattheUniversityofExeter.“Inothersectors,thereislittle

signofapproachingtippingpointsandinafew,suchasnuclearpowerandconcreteproduction,weshould

notexpecttheretobetippingpointsatall.”

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.TheRoleofElectricVehiclesinClimateAction

B.TheWaytoDecarbonisetheGlobalEconomyRapidly

C.ChallengesofReachingEnvironmentalTippingPoints

D.IdentifyingPositiveTippingPointsforGreenTransition

（七）2026年9月广东省上进领航高三联考英语-阅读D篇

Breastcancerdetectioncouldgetaboostfromartificialintelligence.WhenAIhelpedexaminebreast

X-rays,doctorscaughtonemorecancercaseper1,000testedindividualscomparedwithtraditional

screening（筛查）.Thelargestreal-worldstudyonAI’spotentialforbreastcancerscreening,whichincluded

nearly500,000womeninGermany,suggeststhatthesoftwarecouldsimplifythescreeningprocesswithout

affectingtherateoffalsealarms.

Germany’sbreastcancerscreeningprogramrequirestworadiologists（放射科医生）toindependently

assesseachpatient’sbreastX-raysandlookforspots,abnormalmassesandotherstrangesigns.Ifatleast

onedoctorsuspectscancerinthefourX-rayimages,athirdradiologisthelpsdetermineiftheindividual

needsmoretests.“Wehave3millionwomenparticipatingeachyearinthisproject,and24millionpictures

havetobereadeveryyear,”radiologistKatalinicsays.

ToseeifAIcouldlightentheload,decisionreferralsoftwarewassetupat12screeningsitesacrossthe

country.Morethan460,000womenaged50to69tookpartinthestudyfromJuly2021throughlate

February2023.AImarkedthebreastX-raysasnormal,questionableorunclassified.The119participating

radiologistschosetouseanAI-supportedimageviewer,whichrevealedthesoftware’sassessment,for

roughlyhalfofthewomen’sscreenings.

WithouttheapplicationofAI,cliniciansidentifiedabout6breastcancercases,confirmedthrough

biopsy（活检）,per1,000patientsduringscreening.Doctorsfoundaround7caseswiththesoftware’shelp,

leadingtoa17.6%higherbreastcancerdetectionratewithAI.Comparedwithpatientswhoreceived

traditionalscreenings,thegroupcheckedwithAI’shelphadslightlyfewerfalsepositives.

HowtheAIwouldbestfitintoradiologists’workflowremainsanopenquestion,butitcouldreplace

oneoftheinitialreaders,saysStefanBunk,chieftechnologyofficerandco-founderofVara,thehealthcare

technologycompanyinBerlinthatdevelopedtheAI.

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.

（八）2026年9月广东省六校联盟高三联考英语-阅读D篇

Newlypublishedresearchfindsthattropicalforestscanrecoveruptotwiceasfastafterdeforestation

withsufficientsoilnitrogen(氮).ScientistsfromtheUniversityofLeedslaunchedthelargestandlongest

experimenteverdesignedtoexaminehownutrientsaffectforestregrowthintropicalareasclearedfor

activitiessuchasloggingandagriculture.

Theyselected76forestplotsacrossCentralAmericaandmonitoredthemforupto20years.Eachsite

differedinageandsize,allowingtheteamtotracktreegrowthanddeathduringforestrecovery.Different

nutrienttreatmentswereappliedtotestnutrientroles.Someweregivennitrogenfertiliser,somephosphorus

（磷）,someboth,andothersnone.

Theresultsshowedthatthelevelsofnutrientsinthesoilstronglyinfluencetropicalforestregrowth

speed:nitrogen-richforestsrecoveredtwiceasfastasnitrogen-lackingones,whilephosphorusalonehadno

sucheffect.ThefindingswerepublishedonJanuary13inthejournalNatureCommunications.Leadauthor

WenguangTangsaid,“Ourstudyisinspiringbecauseitsuggeststherearewayswecanboostthestorageof

greenhousegasesthroughreforestationbymanagingthenutrientsavailabletotrees.”

Theresearchteamusednitrogenfertiliserforthepurposesoftheexperimentbutdoesnotadvocatefor

fertilisingforests,asthatwouldhavenegativeconsequences,includingpollutingriversandlakesand

makingthesoiltooweakfortreestostayhealthy.Instead,theteamsuggestsmoresustainablealternatives.

Forestmanagerscouldplanttreesfromthebeanfamily,whichhostnitrogen-fixingbacteriaintheirroot

systemsthatcannaturallyfertilisetheforest.Anotheroptionisrestoringforestsinareasthatalreadyhave

sufficientnitrogenduetotheeffectsofairpollution.

Tropicalforestsareseenasvitalglobalcarbonsinkswhichslowclimatechangebyabsorbingcarbon

dioxideandstoringitintrees.Ifyoungtropicalforestsworldwidelacknitrogen,theymayfailtostoreabout

0.69billiontonnesofcarbondioxideeachyear-roughlyequaltotwoyearsofcarbondioxideandother

greenhousegasreleaseintheU.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:KeytoForestRegrowthB.Nitrogen:ImpactonClimateChange