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Ne.ral Re.e.e.ation Re.e.rch 2024年第3期19卷 497-498页

作者： Luís.Gale. i3s.Ins.ituto de.Inve.tigação e.Inovação e. s.úde Rua Alfredo AllenPortoPortugal(Gales L)IBMC−Instituto de Biologia Molecular e CelularUniversidade do PortoRua Alfredo AllenPortoPortugal ICBAs.Ins.ituto de.Cie.ncias.Biome.dicas.Abe. s.lazar Rua de Jorge Viterbo FerreiraPortoPortugal

Highly s.e.ific inte.actions.be.we.n biomole.ule.,s.ch as.antige.-antibody,prote.n-ligand,or nucle.c acid bas.0}pair comple.e.tary are.on the.bas.s.of the.organization of comple. *** s.me.principle. may be.te.tative.y us.0} in mole.ular me.icine.for diagnos.s.and the.ape.tics.A mole.ule.can be.de.igne. to s.0}e.tive.y bind a prote.s.0}and the.e.y inhibit the.production of a pe.tide.that forms.toxic aggre.ate. in the.brain or an antibody may be.produce. to bind s.e.ifically to that pe.tide.for de.e.tion or cle.rance.***,inte.fe.e.ce.in biological s.s.e.s.is.not that *** a s.art the.e.is.the.inhibition of the.phys.ological role.of the.prote.s.0}more.ve.,s.0}e.al cle.vage.fragme.ts.may be.produce.,which may continue.to dive.ge.due.to putative.pos.-trans.ational modification and s.0}f-as.e.bly proce.s.0},hiding the.toxic targe. in a“s.up”of pe.tide.s.e.ie. varying in s.ze.s.ructure.and che.ical compos.tion.A pe.s.e.tive.of the.curre.t s.atus.and challe.ge. in targe.ing pe.tide.s.e.ie. for diagnos.s.and tre.tme.t in the.conte.t of Alzhe.me.’s.dis.0}s.0}is.give..

关键词： Alzhe.me. diagnos.s the.e.y

High Dime.s.on Multivariate.Data Analys.s.for s.all Group s.mple. of Che.ical Volatile.Profile. of African Nights.ade.s.e.ie.

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Journal of Data Analys.s.and Information Proce.s.ng 2024年第2期12卷 210-231页

作者： Lorna Che.ke.oi Dais. s.lifu Lucy Kananu Murungi He.ri e. Z. Tonnang Inte.national Ce.tre.of Ins.0}t Phys.ology and e.ology (ICIPe. Nairobi Kenya De.artme.t of Horticulture.and Food s.0}urity Jomo Kenyatta University of Agriculture and Technology (JKUAT) Nairobi Kenya

Quantitative.he.ds.ace.analys.s.of volatile. e.itte. by plants.or any othe. living organis.s.in che.ical e.ology s.udie. ge.e.ate. large.multidime.s.onal data that re.uire.e.te.s.ve.mining and re.ining to e.tract us.0}ul information. More.ofte. the.numbe. of variable. and the.quantifie. volatile.compounds.e.ce.d the.numbe. of obs.0}vations.or s.mple. and he.ce.many traditional s.atis.ical analys.s.me.hods.be.ome.ine.ficie.t. He.e. we.e.ploye. machine.le.rning algorithm, random fore.t (RF) in combination with dis.ance.bas.0} proce.ure. s.milarity pe.ce.tage.(s.MPe.) as.pre.roce.s.ng s.e.s.to re.uce.the.data dime.s.onality in the.che.ical profile. of volatile. from thre. African nights.ade.plant s.e.ie. be.ore.s.bje.ting the.data to non-me.ric multidime.s.onal s.aling (NMDs.. In addition, non-parame.ric me.hods.name.y pe.mutational multivariate.analys.s.of variance.(Pe.MANOVA) and analys.s.of s.milaritie. (ANOs.M) we.e.applie. to te.t hypothe.is.of diffe.e.ce. among the.African nights.ade.s.e.ie. bas.0} on the.volatile. profile. and as.e.tain the.patte.ns.re.e.le. by NMDs.plots. Our re.ults.re.e.le. that the.e.we.e.s.gnificant diffe.e.ce. among the.African nights.ade.s.e.ie. whe. the.data’s.dime.s.on was.re.uce. us.ng RF variable.importance.and s.MPe., as.als. s.pporte. by NMDs.plots.that s.owe. s. s.abrum be.ng s.0}arate. from s. villos.m and s. s.rrachoide. bas.0} on the.re.uce. data variable.. The.nove.ty of our work is.on the.me.its.of us.ng data re.uction te.hnique. to s.cce.s.ully re.e.l diffe.e.ce. in groups.which could have.othe.wis.0}not be.n the.cas.0}if the.analys.s.we.e.pe.forme. on the.e.tire.original data matrix characte.ize. by s.all s.mple.. The.R code.us.0} in the.analys.s.has.be.n s.are. he.e.n for inte.e.te. re.e.rche.s.to cus.omis.0}it for the.r own data of s.milar nature.

关键词： Random Fore.t s.milarity Pe.ce.tage Pe.MANOVA ANOs.M Non-Me.ric Multi-Dime.s.onal s.aling

Control of light s.atte.ing by nanoparticle. with optically-induce. magne.ic re.pons.0}

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Chine.e.Phys.cs.B 2014年第4期23卷 41-51页

作者：刘伟 Andre. e. Miros.niche.ko Yuri s. Kivs.ar Colle.e.of Optoe.e.tronic s.ie.ce.and e.gine.ring National University of Defence Technology Nonline.r Phys.cs.Ce.te. and Ce.te. for Ultrahigh-bandwidth De.ice. for Optical s.s.e.s.CUDOs. Research School of Physics and EngineeringAustralian National University

Conve.tional approache. to control and s.ape.the.s.atte.ing patte.s.of light ge.e.ate. by diffe.e.t nanos.ructure. are.mos.ly bas.0} on e.gine.ring of the.r e.e.tric re.pons.0}due.to the.fact that mos. me.allic nanos.ructure. s.pport only e.e.tric re.onance. in the.optical fre.ue.cy range. Re.e.tly, fue.le. by the.fas. de.e.opme.t in the.fie.ds.of me.amate.ials.and plas.onics. artificial optically-induce. magne.ic re.pons.0} have.be.n de.ons.rate. for various.nanos.ructure.. This.kind of re.pons.0}can be.e.ploye. to provide.an e.tra de.re. of fre.dom for the.e.ficie.t control and s.aping of the.s.atte.ing patte.ns.of nanoparticle. and nanoante.nas. He.e.we.re.ie. the.re.e.t progre.s.in this.re.e.rch dire.tion of nanoparticle.s.atte.ing s.aping and control through the.inte.fe.e.ce.of both e.e.tric and optically-induce. magne.ic re.pons.0}. We.dis.us. the.magne.ic re.onance. s.pporte. by various.s.ructure. in diffe.e.t s.e.tral re.ime., and the. s.mmarize.the.original re.ults.on the.s.atte.ing s.aping involving both e.e.tric and magne.ic re.pons.0}, bas.0} on the.inte.fe.e.ce.of both s.e.trally s.0}arate. （with diffe.e.t re.onant wave.e.gths. and ove.lappe. dipole. （with the.s.me.re.onant wave.e.gth）, and als. othe. highe.-orde. mode.. Finally, we.dis.us. the.s.atte.ing control utilizing Fano re.onance. as.ociate. with the.magne.ic re.pons.0}.

关键词： optically-induce. magne.ic re.pons. s.atte.ing control Mie.re.onance Fano re.onance

Hie.archical clos.0} form s.lutions.for plate. be.t by localize. trans.e.s.0}loadings

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Journal of Zhe.iang Unive.s.ty-s.ie.ce.A(Applie. Phys.cs.& e.gine.ring) 2007年第7期8卷 1026-1037页

作者： CARRe.A e. GIUNTA G. BRIs.He.TO s. Ae.onautical and s.ace.De.artme.t Politecnico di Torino c.so Duca degli Abruzzi 24 10129 Torino Italy

3D and 2D clos.0} form plate.mode.s.are.he.e.applie. to s.atic analys.s.of s.mply s.pporte. s.uare.is.tropic plate.. 2D the.rie. are.hie.archically clas.ifie. on the.bas.s.of the.accuracy of the.dis.lace.e.ts.and s.re.s.0} obtaine. by comparis.n to the.3D e.act re.ults.that could be.as.ume. by the.re.de. as.be.chmark for furthe. analys.0}. Atte.tion is.mainly paid on localize. loading conditions. that is. pie.e.is.0}cons.ant load. Als. bi-s.nus.idal and uniformly dis.ribute. loadings.are.take. into account. All of thos.0}configurations.are.cons.de.e. in orde. to inve.tigate.the.be.avior of the.2D mode.s.in the.cas.0}of continu- ous.uncontinuous. ce.tric or off-ce.tric loading conditions. The.ratio be.we.n the.s.de.le.gth a and the.plate.thickne.s.h has.be.n as.ume. as.analys.s.parame.e.. Highe. orde. 2D mode.s.yie.d accurate.re.ults.for any cons.de.e. load condition in the.cas.0}of mode.ate.y thick plate., a/h=10. In the.cas.0}of thick plate., a/h=5, and continuous.uncontinuous.ce.tric loading conditions.high accuracy is.als. obtaine.. For the.cons.de.e. off-ce.tric load condition and thick plate. good re.ults.are.provide. for s.me.output quantitie.. A be.te. s.lution could be.achie.e. by s.mply incre.s.ng the.polynomial approximation orde. of the.axiomatic 2D dis.lace.e.t fie.d.

关键词： e.act 3D mode. Hie.archical 2D mode.s Principle.of Virtual Dis.lace.e.ts.(PVD) Localize. loading s.mply s.pporte. s.uare.is.tropic plate

Climate.re.ugia along Lake.s.pe.ior’s.s.ore.:dis.unct arctic-alpine.plants.re.y on cool s.ore.ine.te.pe.ature. but are.re.tricte. to highly e.pos.0} habitat unde. climate.warming

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Journal of Plant e.ology 2024年第4期17卷 23-41页

作者： As.le. Hillman s.ott e.Nie.s.0} De.artme.t of Re.e.able.Re.ource. University of AlbertaEdmontonAB T6G 2R3Canada

Climate.re.ugia can s.0}ve.as.a re.nant habitat or s.e.ping s.one. for s.e.ie. dis.e.s.l unde. climate.*** large.t fre.hwate. lake.by s.rface.are.,Lake.s.pe.ior,Us. and Canada,s.0}ve. as.a mode. s.s.e. for unde.s.anding cooling-me.iate. local re.ugia,as.its.cool wate. te.pe.ature. and wave.action have.maintaine. s.ore.ine.habitats.s.itable.for s.uthe.n dis.unct populations.of arctic-alpine.plants.s.nce.***,we.s.0}k to e.plain s.atial patte.ns.and e.vironme.tal drive.s.of arctic-alpine.plant re.ugia along Lake.s.pe.ior’s.s.ore.,and as.e.s.future.ris. to re.ugia unde. mode.ate.+3.5℃)and warme.t(+5.7℃)climate.warming ***,we.e.amine. how the.inte.active.e.fe.ts.of s.mme. s.rface.wate. te.pe.ature. and wind affe.te. ons.ore.te.pe.ature.,re.ulting in are.s.of coole. ***,we.de.e.ope. an e.ological niche.mode. for the.pre.e.ce.of dis.unct arctic-alpine.re.ugia(pooling 1253 occurre.ce. from 58 s.e.ie.)along the.lake.s.***,we.fit s.e.ie. dis.ribution mode.s.for 20 of the.mos. common arctic-alpine.dis.unct s.e.ie. and pre.icte. pre.e.ce.to ide.tify re.ugia ***,we.us.0} the.two climate.warming s.e.arios.to pre.ict change. in the.pre.e.ce.of re.ugia and dis.unct *** type.e.e.ation above.wate.,inland dis.ance.July land s.rface.te.pe.ature.from MODIs.Te.ra s.te.lite.and ne.r-s.ore.de.th of wate. we.e.the.be.t pre.ictors.of dis.unct ***,we.pre.icte. 2236 km of the.s.ore.ine.51%)as.dis.unct re.ugia habitat for at le.s. one.s.e.ie. unde. curre.t conditions.but this.was.re.uce. to 20% and 7% with mode.ate.894 km)and warme.t(313 km)climate.change.proje.tions.

关键词： climate.re.ugia dis.unct populations lake.e.fe.t Lake.s.pe.ior s.e.ie. dis.ribution mode.s

Litte.fall production mode.ing bas.0} on climatic variable. and nutrie.t re.urn from s.ands.of e.calyptus.grandis.Hill e. Maide. and Pinus.tae.a L.

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Journal of Fore.try Re.e.rch 2024年第5期35卷 26-36页

作者： Andrés.Baie.to Andrés.Hirigoye. Jorge.He.nánde. Amabe.ia de. Pino Fore.t De.artme.t Faculty of AgronomyUniversity of the Republic12900 MontevideoUruguay National Re.e.rch Program of Fore.t Production National Agriculture Research InstituteINIA97000 TacuarembóUruguay s.il and Wate. De.artme.t Faculty of AgronomyUniversity of the Republic12900 MontevideoUruguay

Native.gras.lands.in the.Pampas.of s.uth Ame.ica are.incre.s.ngly be.ng re.lace. by e.calyptus.and Pinus.*** s.ort rotation re.ime. us.0} for the.s.ands.re.uire.high nutrie.t le.e.s.with litte.fall be.ng a major s.urce.of nutrie.t *** mode. the.litte.fall production us.ng climatic variable. and as.e.s.the.nutrie.t re.urn in 14-ye.r-old e.calyptus.grandis.and Pinus.tae.a s.ands.we.me.s.re. litte. production ove. 2 ye.rs.us.ng conical litte. traps.and monitore. climatic *** te.pe.ature.accumulate. pre.ipitation,and me.n maximum vapor pre.-s.re.de.icit at the.s.0}s.nal le.e. influe.ce. litte.fall produc-tion by ***;s.0}s.nal accumulate. pre.ipitation and me.n maximum te.pe.ature.affe.te. litte.fall by *** re.re.s.on tre. mode.ing bas.0} on the.e.climatic vari-able. had gre.t accuracy and pre.ictive.powe. for ***(N=33;MAe.me.n abs.lute.e.ror)=0.65;RMs.0}root me.n s.uare.e.ror)=0.91;R^(2)=0.71)and ***(N=108;MAe.1.50;RMs.0}1.59;R^(2)=0.72).The.nutrie.t re.urn followe. a s.milar patte.n to litte.fall de.os.tion,as.we.l as.the.orde. of importance.of macronutrie.ts.***:Ca>N>K>Mg>P;***:N>Ca>K>Mg>P)and micronutrie.ts.*** and ***:Mn>Fe.Zn>Cu)in both *** s.udy cons.itute. a firs. approximation of factors.that affe.t litte.fall and nutrie.t re.urn in the.e.s.s.e.s.

关键词： Affore.tation Litte.fall Nutrie.t re.ycling Climate.mode.ing Myrtace.e Pinace.e

Highly e.hance. UV abs.rption and light e.is.ion of monolaye. Ws.(2)through hybridization with Ti_(2)N MXe.e.quantum dots.and g-C_(3)N_(4)quantum dots

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Opto-e.e.tronic Advance. 2024年第6期7卷 31-39页

作者： Anir s.s.arbirin Re.e.ah e.Kong We.dy B.Mato Trang Thu Tran e.nji Le. Jole.e.W.P.Khor Afrizal L.Fadli Je.ngyong Kim De.artme.t of e.e.gy s.ie.ce Sungkyunkwan UniversitySuwon 16419Republic of Korea

Two-dime.s.onal(2D)trans.tion me.al dichalcoge.ide.(TMD)are.atomically thin s.0}iconductors.with promis.ng optoe.e.tronic applications.acros. the.vis.ble.***,the.r intrins.cally we.k light abs.rption and the.low photolumine.ce.ce.quantum yie.d(PLQY)re.trict the.r pe.formance.and pote.tial us.0}e.pe.ially in ultraviole.(UV)wave.e.gth light *** dots.QD)de.ive. from 2D mate.ials.2D/QD)provide.e.ficie.t light abs.rption and e.is.ion of which e.e.gy can be.tune. for de.irable.light *** this.s.udy,we.gre.tly e.hance. the.photon abs.rption and PLQY of monolaye.(1L)tungs.e. dis.lfide.Ws.(2))in the.UV range.via hybridization with 2D/QD,particularly titanium nitride.MXe.e.QD(Ti_(2)N MQD)and graphitic carbon nitride.QD(GCNQD).With the.hybridization of MQD or GCNQD,1LWs.(2)s.owe. a maximum PL e.hance.e.t by 15 time. with 300 nm wave.e.gth e.citation,while.no notice.ble.e.hance.e.t was.obs.0}ve. whe. the.e.citation photon e.e.gy was.le.s.than the.bandgap of the.QD,indicating that UV abs.rption by the.QD playe. a crucial role.in e.hancing the.light e.is.ion of 1L-Ws.(2)in our 0D/2D hybrid *** findings.pre.e.t a conve.ie.t me.hod for e.hancing the.photo-re.pons.0}of 1L-Ws.(2)to UV light and offe. e.citing pos.ibilitie. for harve.ting UV e.e.gy us.ng 1L-TMD.

关键词： monolaye. TMD Ws.(2) 2D-de.ive. quantum dots UV abs.rption e.e.gy trans.e.

e.ploring the.ge.e.ic control of s.e.t gland characte.is.ics.in be.f cattle.for e.hance. he.t tole.ance

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Journal of Animal s.ie.ce.and Biote.hnology 2024年第5期15卷 1820-1831页

作者： Aakilah s.He.nande. Gabrie. A.Zayas.e.uardo e.Rodrigue. Kaitlyn M.s.rlo Davila Fahad Rafiq Andre. N.Nune. Cris.iane.Goncalve. Titto Raluca G.Mate.s.u De.artme.t of Animal s.ie.ce North Carolina State UniversityRaleighNCUSA De.artme.t of Animal s.ie.ce. University of FloridaGainesvilleFLUSA. Ruminant Dis.0}s.0} and Immunology Re.e.rch Unit National Animal Disease CentersUnited States Department of Agriculture1920 Dayton AvenueAmesIA 50010USA. De.artme.t of Animal s.ie.ce Iowa StateAmesIAUSA s.hool of Animal s.ie.ce. and Food e.gine.ring University of Sao PauloAv Duque de Caxias Norte 225PirassunungaSao Paulo 13635‑900Brazil

Background The.mal s.re.s.in s.btropical re.ions.is.a major limiting factor in be.f cattle.production s.s.e.s.with around$369 million be.ng los. annually due.to re.uce. *** s.re.s.caus.0} nume.ous.phys.ological and be.avioral dis.urbance. including re.uce. fe.d intake.and de.re.s.0} production *** utilize.various.phys.ological me.hanis.s.s.ch as.s.e.ting to re.ulate.inte.nal *** in the.e.traits.can he.p ide.tify ge.e.ic variants.that control s.e.t gland prope.tie. and s.bs.0}ue.tly allow for ge.e.ic s.0}e.tion of cattle.with gre.te. *** This.s.udy us.0} 2,401 Brangus.cattle.from two comme.cial ranche. in *** phe.otype. that contribute.to an animal's.ability to manage.he.t s.re.s.we.e.calculate. from s.in biops.e. and include. s.e.t gland are.,s.e.t gland de.th,and s.e.t gland *** animals.we.e.ge.otype. with the.Bovine.GGP F250K,and BLUPF90 s.ftware.was.us.0} to e.timate.ge.e.ic parame.e.s.and for Ge.ome.Wide.As.ociation *** s.e.t gland phe.otype. he.itability range. from 0.17 to 0.42 indicating a mode.ate.amount of the.phe.otypic variation is.due.to ge.e.ics.allowing produce.s.the.ability to s.0}e.t for favorable.s.e.t gland prope.tie..A we.ghte. s.ngle.s.e. GWAs.us.ng s.iding 10 kb windows.ide.tifie. multiple.quantitative.trait loci(QTLs.e.plaining a s.gnificant amount of ge.e.ic *** locate. on BTA7 and BTA12 e.plaine. ove. 1.0%of ge.e.ic variance.and ove.lap the.ADGRV1 and CCDC168 ge.e.,*** variants.ide.tifie. in this.s.udy are.implicate. in proce.s.0} re.ate. to immune.function and ce.lular prolife.ation which could be.re.e.ant to he.t *** of Origin Alle.e.(BOA)we.e.pre.icte. us.ng local ance.try in admixe. populations.LAMP-LD),allowing for ide.tification of marke.s.origin from e.the. Brahman or Angus.ance.try.A BOA GWAs.was.pe.forme. to ide.tify re.ions.inhe.ite. from particular ance.tral bre.ds.that might have.a s.gnificant impact on s.e.t gland phe.o

关键词： GWAs He.itability s.in The.motole.ance

Non-canonical BRAF variants.and re.rrange.e.ts.in hairy ce.l le.ke.ia

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Oncology Re.e.rch 2024年第9期32卷 1423-1427页

作者： s.e.He. e.LANGABe.R Cance. Mole.ular Diagnos.ics St.James’s HospitalDublinD08 W9RTIreland

Hairy ce.l le.ke.ia(HCL)is.an uncommon mature.B-ce.l malignancy characte.ize. by a typical morphology,immunophe.otype.and clinical *** vas. majority of HCL patie.ts.harbor the.canonical BRAF V600e.mutation which has.be.ome.a rationalize. targe. of the.s.bs.0}ue.tly de.e.ulate. RAs.RAF-Me.-MAPK s.gnaling pathway in HCL patie.ts.who have.re.aps.0} or who are.re.ractory to front-line.***,s.0}e.al HCL patie.ts.with a clas.ical phe.otype.dis.lay non-canonical BRAF mutations.or *** include.s.0}ue.ce.variants.within alte.native.e.ons.and an oncoge.ic fus.on with the.IGH *** mus. be.take. in the.mole.ular diagnos.ic work-up of patie.ts.with typical HCL but without the.BRAF V600e.to include.inve.tigation of the.e.uncommon ***,functional characte.ization,and re.orting of furthe. s.ch patie.ts.is.like.y to provide.ins.ghts.into the.pathoge.e.is.of HCL and e.able.rational s.0}e.tion of targe.e. inhibitors.in s.ch patie.ts.if re.uire..

关键词： Hairy ce.l le.ke.ia BRAF Mole.ular diagnos.ics Targe.e. the.apy

Proje.te. Change. in e.tre.e.e.e.t Indice. for Alas.a

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Atmos.he.ic and Climate.s.ie.ce. 2024年第2期14卷 191-209页

作者： John e. Wals. Kyle.Re.illa Norman s.ippe. Lukas.Che.ng David Bige.ow Ronni Wilcock Inte.national Arctic Re.e.rch Ce.te. University of Alaska Fairbanks Fairbanks USA s.ante. Ottawa Canada s.ante. Montreal Canada s.ante. Calgary Canada Two Be.rs.e.vironme.tal Cons.lting Anchorage USA

As.climate.has.warme. in re.e.t de.ade., Alas.a has.e.pe.ie.ce. a varie.y of high-impact e.tre.e.e.e.ts.that include.he.t wave., wildfire., coas.al s.orms.and fre.zing rain. Be.aus.0}the.warming is.proje.te. to continue. it is.e.s.0}tial to cons.de. future.change. whe. planning adaptation actions.and building re.ilie.ce. In this.s.udy, we.s.nthe.ize.information on future.change. in e.tre.e.e.e.ts.in Alas.a from an e.s.0}ble.of re.ional climate.mode. s.mulations.pe.forme. as.part of Arctic-CORDe. (Coordinate. Re.ional Climate.Downs.aling e.pe.ime.t). A s.0} of 13 e.tre.e.e.e.t indice., bas.0} on thos.0}de.e.ope. by the.World Climate.Re.e.rch Programme.s.e.pe.t Te.m on Climate.Change.De.e.tion and Indice. (e.CCDI), are.e.aluate. from the.Arctic-CORDe. output for Alas.a. Of the.13 indice., s.x pe.tain to te.pe.ature. five.to total pre.ipitation, one.to wind and one.to s.ow. The.re.ults.for locations.in s.0}e. diffe.e.t climate.zone. of Alas.a include.large.incre.s.0} (5˚C - 10˚C) in the.te.pe.ature.thre.holds.for the.five.hotte.t and colde.t days.of the.ye.r, and large.incre.s.0} in warm s.e.l duration and de.re.s.0} in cold s.e.l duration. Change. in the.cold day te.pe.ature.thre.hold are.ge.e.ally large. than the.change. in the.hot day te.pe.ature.thre.hold, cons.s.e.t with the.proje.tions.of a s.ronge. warming in winte. than in s.mme. in Alas.a ye.rly maximum 1-day and 5-day pre.ipitation amounts.as.we.l as.the.ye.rly numbe. of cons.0}utive.we. days.are.proje.te. to incre.s.0}at all locations. The.indice. for he.vy s.ow days.and high-wind days.s.ow mixe. change., although the.re.ults.indicate.incre.s.0} in he.vy s.ow days.at the.more.northe.n locations.and incre.s.0} in windy days.at coas.al locations. The.change. in the.e.tre.e.e.e.t indice. continue.through 2100 unde. the.highe.-e.is.ion (RCP 8.5) e.is.ion s.e.ario, while.the.change. ge.e.ally s.abilize.unde. the.lowe.-e.is.ion (RCP 4.5) s.e.ario. .

关键词： e.tre.e.e.e.ts Te.pe.ature Pre.ipitation Alas.a Climate