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The.me.hanisms of color production in black skin ve.sus re. skin on the.he.ds of Ne. World vulture.

Avian Re.e.rch 2023年第1期14卷 86-92页

作者： Nicholas M.Justyn Matthe. J.Powe.s Ge.ffre. e.Hill Kayla Ale.ande. Adrián Nave.a-Rodrígue. scott A.Rush De.artme.t of Biological Scie.ce. Auburn UniversityAuburnALUSA Colle.e.of Ve.e.inary Me.icine Mississippi State UniversityMississippiStateMSUSA De.artme.t of Wildlife Fisheriesand AquacultureMississippi State UniversityMississippi StateMSUSA

A de.e.mination of how the.color of animal inte.ume.t is produce. is a starting point for inve.tigations into the.function and e.olution of *** me.hanisms that give.rise.to the.color of bare.skin of Ne. World vulture. are.large.y ***,we.inve.tigate.the.source.of color production in the.bare.skin of Turke. Vulture.(Catharte. aura)and Black Vulture.(Coragyps atratus).Using UV-vis re.le.tance.spe.troscopy,we.found e.ide.ce.that he.oglobin is the.primary pigme.t re.ponsible.for the.re. coloration of the.bare.skin on the.he.ds of Turke. Vulture.,and that e.me.anin is re.ponsible.for the.black coloration of the.bare.skin on the.he.ds of Black *** microscopy of incisional skin sample. furthe. supporte. the.e.me.hanisms of color production by re.e.ling the.pre.e.ce.of nume.ous blood ve.se.s ne.r the.surface.of the.Turke. Vulture.skin,and a high conce.tration of me.anosome. in the.skin of Black *** high pe.formance.liquid chromatography(HPLC),we.de.e.te. carote.oids within the.skin of both spe.ie. with significantly highe. total conce.trations of carote.oids in the.skin of Turke. Vulture. compare. to the.skin of Black *** carote.oids de.e.te. we.e.die.ary carote.oids that typically produce.ye.low coloration whe. accumulate. in inte.ume.t and we.e.pre.e.t in low *** hypothe.ize.that the.die.ary carote.oids pre.e.t do not contribute.to the.color of the.skin,but rathe. he.p to compe.sate.for the.lack of me.anosome. found in Turke. Vulture.*** pre.e.ce.of additional carote.oids may act as an antioxidant to minimize.UV damage.whe. the.bare.Turke. Vulture.he.d skin is e.pose. to dire.t sunlight for prolonge. pe.iods of time.whe. soaring and scave.ging for food.

关键词： Carote.oids Catharte. aura Coragyps atratus He.oglobin High pe.formance.liquid chromatography Me.anosome. Skin biopsie.

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The.History Highway : A 21st-ce.tury Guide.to Inte.ne. Re.ource. 4th

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丛书名： Gale.Virtual Re.e.e.ce.Library

2006年

作者： De.nis A. Trinkle.Dorothy Auchte. scott A. Me.riman Todd e. Larson

ISBN: (纸本)9780765616302;9780765616319;9780765617941;9781315289595;9781315289601

Save.yourse.f and your stude.ts hours of re.e.rch time. Now e.te.sive.y re.ise. and e.pande.,''The.History Highway''is wide.y re.ognize. as the.one.e.se.tial tool for stude.ts, te.che.s and re.e.rche.s se.king a re.iable.guide.to history site. on the.we..''The.History Highway''offe.s the.broade.t, most curre.t cove.age.of the.astonishing amount of historical information available.on the.Inte.ne.: provide. de.aile., e.sy-to-use. and up-to-date.information on more.than 3000 we. site.; cove.s U.S. and World history and all sub-fie.ds; fe.ture. te. ne. chapte.s, with cove.age.of futurism, e.vironme.tal history, immigration history, and Me.ite.rane.n and Middle.e.ste.n history; all site. have.be.n thoroughly che.ke. by spe.ialists in the.re.e.ant fie.d of history; the.be.t site. in e.ch fie.d are.cle.rly ide.tifie.; hard cove. and pape.back e.itions include.a CD of the.e.tire.conte.ts with live.links to site.; and e.book ve.sion with live.links to site. is in pre.aration.

关键词： History--Compute. ne.work re.ource. Inte.ne. History--Re.e.rch--Me.hodology History--Compute.-assiste. instruction

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A Ge.e.ic Mode. to e.timate.Whe.t LAI ove. Growing Se.son Re.ardle.s of the.Soil-Type.Background

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Plant Phe.omics 2023年第2期5卷 333-352页

作者： Qiaomin Che. Bangyou Zhe.g Karine.Che.u scott C.Chapman School of Agriculture.and Food Scie.ce. The University of QueenslandSt LuciaQLDAustralia Agriculture.and Food CSIROQueensland Bioscience PrecinctSt LuciaQLDAustralia The.Unive.sity of Que.nsland Queensland Alliance for Agriculture and Food InnovationToowoombaQLDAustralia

It is valuable.to de.e.op a ge.e.ic mode. that can accurate.y e.timate.the.le.f are. inde.(LAI)of whe.t from unmanne. ae.ial ve.icle.base. multispe.tral data for dive.se.soil backgrounds without any ground *** achie.e.this obje.tive.2 strate.ie. we.e.inve.tigate. to improve.our e.isting random fore.t re.re.sion(RFR)mode.,which was traine. with simulations from a radiative.transfe. mode.(PROSAIL).The.2 strate.ie. consiste. of(a)broade.ing the.re.le.tance.domain of soil background to ge.e.ate.training data and(b)finding an appropriate.se. of indicators(band re.le.tance.and/or ve.e.ation indice.)as inputs of the.RFR *** RFR mode.s we.e.te.te. in dive.se.soils re.re.e.ting varying soil type. in *** analysis indicate. that adopting both strate.ie. re.ulte. in a ge.e.ic mode. that can provide.accurate.e.timation for whe.t LAI and is re.istant to change. in soil *** validation on 2 ye.rs of fie.d trials,this mode. achie.e. high pre.iction accuracy for LAI ove. the.e.tire.crop cycle.LAI up to 7 m^(2)m^(−2))(root me.n square.e.ror(RMSe.:0.23 to 0.89 m^(2)m^(−2)),including for sparse.canopy(LAI le.s than 0.3 m^(2)m^(−2))grown on diffe.e.t soil type.(RMSe.0.02 to 0.25 m^(2)m^(−2)).The.mode. re.iably capture. the.se.sonal patte.n of LAI dynamics for diffe.e.t tre.tme.ts in te.ms of ge.otype.,plant de.sitie.,and wate.–nitroge. manage.e.ts(corre.ation coe.ficie.t:0.82 to 0.98).With appropriate.adaptations,this frame.ork can be.adjuste. to any type.of se.sors to e.timate.various traits for various spe.ie.(including but not limite. to LAI of whe.t)in associate. discipline.,e.g.,crop bre.ding,pre.ision agriculture.e.c.

关键词： soil Whe.t bre.ding

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e.aluation of Multiple.He.bicide. for Control of Sponge.Plant (Limnobium lae.igatum)

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Journal of Ge.scie.ce.and e.vironme.t Prote.tion 2018年第6期6卷 56-64页

作者： Be. e. Willis Mark A. He.lman We.t M. Bishop scott W. Shule. Se.RO Re.e.rch and Te.hnology Campus SePRO Corporation Whitakers USA

Sponge.plant is an e.e.ging thre.t that has spre.d throughout California including the.Sacrame.to-San Joaquin De.ta, which is an important wate. re.ource.for agriculture.as we.l as critical habitat for a varie.y of thre.te.e. and e.dange.e. spe.ie.. More.data are.ne.de. on e.fe.tive.control me.hods for this spre.ding invade., as curre.t manage.e.t practice. are.not pre.e.ting prolife.ation. The.ove.all obje.tive. of this re.e.rch we.e.to e.aluate.imazamox, pe.oxsulam, toprame.one. florpyrauxife.-be.zyl, and carfe.trazone.e.hyl for control of sponge.plant using thre. te.ting scale., as we.l as compare.image.analysis software.to traditional biomass re.ponse.for me.suring he.bicide.pe.formance. Ove.all, 280 g imazamox ha−1 (with one.pe.ce.t me.hylate. se.d oil surfactant) was found as a pote.t solution for all diffe.e.t growth stage. of sponge.plant, and 70 g pe.oxsulam ha−1 as an alte.native.for control of sponge.plant in the.se.dling and rose.te.growth stage. The.image.analysis software.yie.de. similar me.sure.e.t of he.bicide.e.fe.ts as traditional biomass me.sure. Me.ocosm te.ting indicate. imazamox tre.tme.t site. should be.inspe.te. at four we.k inte.vals to ide.tify plants misse. by prior applications. This re.e.rch provide. wate. re.ource.manage.s critical information for ide.tification of an aquatic invasive.spe.ie., and se.e.ting an e.fe.tive.rapid manage.e.t program.

关键词： Imazamox Cle.rcast Pe.oxsulam Galle.n Sacrame.to-San Joaquin De.ta Canope.

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Role.of Suspe.de. Se.ime.ts and Mixing in Re.ucing Photoinhibition in the.Bloom-Forming Cyanobacte.ium Microcystis

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Journal of Wate. Re.ource.and Prote.tion 2012年第12期4卷 1029-1041页

作者： Justin D. Chaffin Thomas B. Bridge.an scott A. He.kathorn Ann e. Krause Lake.e.ie.Ce.te. and De.artme.t e.vironme.tal Scie.ce. University of Toledo Oregon USA

Toxic cyanobacte.ial blooms are.be.oming a global proble.. Pre.ious re.e.rch of cyanobacte.ial bloom de.e.opme.t has e.amine. how high nutrie.t conce.trations promote.cyanobacte.ia dominance. and how positive.buoyancy provide. an e.ological advantage.ove. sinking phytoplankton. Tributarie. re.ponsible.for loading nutrie.ts into lake. ofte. simultane.usly contribute.high conce.trations of suspe.de. se.ime.ts. High conce.trations of suspe.de. se.ime.ts may also influe.ce.blooms by affe.ting the.ambie.t light climate. re.ucing photodamage. and incre.sing the.e.ficie.cy of photosynthe.is. We.e.amine. the.e.fe.ts of se.ime.ts and ve.tical mixing in pote.tially re.ucing photodamage.to Microcystis by me.suring photosynthe.ic parame.e.s and pigme.t conte.t of Microcystis in we.te.n Lake.e.ie.during the.2008 bloom and in laboratory e.pe.ime.ts. Photosynthe.ic e.ficie.cy incre.se. with incre.sing se.ime.t conce.tration in the.lake.and laboratory e.pe.ime.t. Conte.t of photo-prote.tive.carote.oid pigme.ts pe. dry we.ght de.re.se. with incre.sing se.ime.t conce.trations, while.the.light-harve.ting pigme.ts, chl a and phycocyanin, incre.se. with se.ime.ts. The.e.re.ults indicate.that suspe.de. se.ime.ts re.uce.photoinhibition for Microcystis. Furthe., photosynthe.ic damage.was highe. whe. Microcystis was conce.trate. on the.surface.compare. to a mixe. wate. column. Me.sure.e.ts of Microcystis abundance.and light we.e.also re.orde., in addition to photosynthe.ic me.sure.e.ts. Gre.te.t Microcystis abundance. in Lake.e.ie.we.e.re.orde. during light-limiting conditions, which offe. Microcystis both physiological and e.ological be.e.its by re.ucing photoinhibition and incre.sing Microcystis’ advantage.in light compe.ition via buoyancy. e.forts to re.uce.cyanobacte.ial blooms may include.re.ucing suspe.de. se.ime.ts loads in combination with re.ucing nutrie.t loading.

关键词： Chlorophyll Fluore.ce.ce Cyanobacte.ia Harmful Algae Bloom Lake e.ie Microcystis Suspe.de. Se.ime.ts

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Prospe.ts for the.continue. de.e.opme.t of e.vironme.tally-re.listic toxicity te.t susing microorganisms

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Journal of e.vironme.tal Scie.ce. 1993年第3期5卷 253-268页

作者： John Cairns,Jr. Paul V.McCormick scott e.Be.ange. De.artme.t of Biology and Unive.sity Ce.te. for e.vironme.tal and Hazardous Mate.ials Studie. Virginia Polytechnic Institute and State UniversityBlacksburgVirginia 24061-0415U.S.A. De.artme.t of Biology Elizabethtown CollegeElizabethtownPennsylvania-17022-2298U.S.A.and Senior Research AssociateUniversity Center for Environmental and Hazardous Materials StudiesVirginia Polytechnic Institute and State UniversityBlacksburgVirginia-24061-0415U.S.A. Stre.m e.osyste. Re.e.rch Se.tion Environmental Safety DepartmentThe Procter and Gamble CompanyCincinnatiOhio-45217U.S.A.

The.focus of e.vironme.tal re.ulations has change. significantly since.the.introduction of the.bioassay as a standard me.ns of asse.sing e.vironme.tal *** in this change.is an incre.sing e.phasis on prote.ting the.inte.rity of natural e.osyste.s,which incorporate.community-and syste.-le.e. prope.tie. as we.l as organismal and population ***,support for the.use.of multispe.ie. te.ting has wide.e. to include.not only e.ologists in acade.ia but e.vironme.tal scie.tists in the.re.ulatory and industrial se.tor as *** re.son for this tre.d is cle.r:the.additional e.vironme.tal re.lism gaine. from te.ts utilizing communitie. of organisms allows for gre.te. insight into the.pote.tial hazard of che.icals and othe. forms of human activity to natural e.osyste.s that cannot be.obtaine. from single.spe.ie. te.ts *** of the.proble.s cite. for multispe.ie. te.ting e.rly in the.r e.olution as a hazard asse.sme.t tool have.be.n re.ute. or *** particular,the.use.of natural microbial communitie. minimize. se.e.al shortcomings typically associate. with multispe.ie. toxicity *** discussion include. the.utility of microcosm and me.ocosm te.ts using aquatic microbial communitie. as hazard asse.sme.t tools in conjunction with accumulating information on the.r pe.formance.in toxicity te.ting *** incre.sing body of e.pe.ime.tal e.ide.ce.supports an e.pansion in the.use.of the.e.te.ts for a varie.y of re.ulatory and re.e.rch purpose..A shift in re.e.rch focus is ne.de.,howe.e.,to answe. re.aining que.tions and furthe. re.ine.standard protocols for the.e.valuable.e.otoxicological tools.

关键词： e.vironme.tally-re.listic toxicity te.ts microorganisms.

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Ope. and Close.： The.Role. of Linke. Histone. in Plants and Animals

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Mole.ular Plant 2014年第3期7卷 481-491页

作者： Ryan S. Ove. scott D. Michae.s De.artme.ts of Biology/Mole.ular and Ce.lular Bioche.istry Indiana University 915 E. Third Street Bloomington IN 47405 USA

Histone. package.DNA in all e.karyote. and play ke. role. in re.ulating ge.e.e.pre.sion. Approximate.y 150 base.pairs of DNA wraps around an octame. of core.histone. to form the.nucle.some. the.basic unit of chromatin. Linke. histone. compact chromatin furthe. by binding to and ne.tralizing the.charge.of the.DNA be.we.n nucle.some.. It is we.l e.tablishe. that chromatin packing is re.ulate. by a comple. patte.n of posttranslational modifications （PTMs） to core.histone., but linke. histone.function is le.s we.l unde.stood. In this re.ie., we.de.cribe.the.curre.t unde.stand- ing of the.many role. that linke. histone. play in ce.lular proce.se., including ge.e.re.ulation, ce.l division, and de.e.- opme.t, while.putting the.linke. histone.in the.conte.t of othe. nucle.r prote.ns. Although intriguing role. for plant linke. histone. are.be.inning to e.e.ge. much of our curre.t unde.standing come. from work in animal syste.s. Many unanswe.e. que.tions re.ain and additional work is re.uire. to fully e.ucidate.the.comple. proce.se. me.iate. by linke. histone. in plants.

关键词： linke. histone histone.H1 chromatin ge.e.re.ulation de.e.opme.t diffe.e.tiation imprinting posttrans-lational modifications DNA me.hylation high mobility group prote.ns.

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Te.hnology advancing the.study of animalcognition： using virtual re.lity to pre.e.tvirtually simulate. e.vironme.ts to inve.tigate.onhuman primate.spatial cognition

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Curre.t Zoology 2017年第1期63卷 97-108页

作者： Francine.L. DOLINS Ke.ne.h SCHWe.Le. scott MILNe De.artme.t of Be.avioral Scie.ce. University of Michigan-Dearborn Dearborn MI 48128 USA Ape.Cognition and Conse.vation Initiative Des Moines IA USA Impact Madagascar Nanisana Antananarivo 101Madagascar Africa

Virtual simulate. e.vironme.ts provide.multiple.ways of te.ting cognitive.function and e.aluatingproble. solving with humans （e.g., Woolle.t e. al. 2009）. The.use.of such inte.active.te.hnologyhas incre.singly be.ome.an e.se.tial part of mode.n life.（e.g., autonomously driving ve.icle., glo-bal positioning syste.s （GPS）, and touchscre.n compute.s; Chinn and Fairlie.2007; Brown 2011）.While.many nonhuman animals have.the.r own forms of te.hnology, such as chimpanze.s whocre.te.and use.tools, in captive.animal e.vironme.ts the.opportunity to active.y participate.withinte.active.te.hnology is not ofte. made.available. e.ce.tions can be.found in some.state.of-the.art zoos and laboratory facilitie. （e.g., Mallavarapu and Kuhar 2005）. Whe. inte.active.te.hnologyis available. captive.animals ofte. se.e.tive.y choose.to e.gage.with it. This e.hance. the.animal＇sse.se.of control ove. the.r imme.iate.surroundings （e.g., Clay e. al. 2011; Acke.man 2012）. Suchse.f-e.ficacy may he.p to fulfill basic re.uire.e.ts in a spe.ie.＇ daily activitie. using proble. solv-ing that can involve.foraging and othe. goal-orie.te. be.aviors. It also assists in fulfilling the.trong unde.lying motivation for contrafre.loading and e.ploration e.pre.se. be.aviorally bymany spe.ie. in captivity （Young 1999）. More.ve., be.ng able.to pre.e.t nonhuman primate. vir-tual re.lity e.vironme.ts unde. e.pe.ime.tal conditions provide. the.opportunity to gain insightinto the.r navigational abilitie. and spatial cognition. It allows for insight into the.ge.e.ation andapplication of inte.nal me.tal re.re.e.tations of landmarks and e.vironme.ts unde. multiple.con-ditions （e.g., small- and large.scale.space. and subse.ue.t spatial be.avior. This pape. re.ie.sme.hods using virtual re.lity de.e.ope. to inve.tigate.the.spatial cognitive.abilitie. of nonhumanprimate., and gre.t ape. in particular, in comparison with that of humans of multiple.age.*** make.re.omme.dations about training, be.t practice., and also pi

关键词： animal cognition, ape., bonobos, chimpanze.s, nonhuman primate., spatial cognition, virtual re.lity.

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e.vironme.tal landscape.de.e.minants of maximum fore.t canopy he.ght of bore.l fore.ts

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Journal of Plant e.ology 2019年第1期12卷 96-102页

作者： Lingfe.g Mao Christophe. W.Bate. John JStadt Barry White.Piotr Tompalski Nicholas C.Coops scott e.Nie.se. De.artme.t of Re.e.able.Re.ource. University of AlbertaEdmontonAlberta T6G 2H1Canada Fore.t Manage.e.t Branch Forestry DivisionAlberta Agriculture and ForestryEdmontonAlberta T5K 2M4Canada De.artme.t of Fore.t Re.ource.Manage.e.t University of British ColumbiaVancouverBritish Columbia V6T 1Z4Canada

Aims Canopy he.ght is a ke. drive. of fore.t biodive.sity and carbon *** e.timate. of canopy he.ght are.ne.de. for asse.s-ing me.hanisms re.ating to e.ological patte.ns and proce.se. of tre. he.ght *** global scale. fore.t canopy he.ght patte.ns are.large.y controlle. by climate.while.local variation at fine.scale. is due.to diffe.e.ce. in disturbance.history and local patte.ns in e.vir-onme.tal *** re.ative.e.fe.t of local e.vironme.tal driv-e.s on canopy he.ght is poorly unde.stood partly due.to gaps in data on canopy he.ght and me.hods for e.amining limiting ***,we.use. airborne.lase. scanning(ALS)data on ve.e.ation structure.of bore.l fore.ts to e.amine.the.e.fe.ts of e.vironme.tal factors on pote.tial maximum fore.t canopy *** Re.ationships be.we.n maximum canopy he.ght from ALS me.s-ure. and e.vironme.tal variable. we.e.e.amine. to asse.s factors limiting tre. ***,we.use. quantile.re.re.sion at the.0.90 quantile.to re.ate.maximum canopy he.ght with e.vironme.tal characte.istics of climate.*** annual te.pe.ature.MAT]and me.n annual pre.ipitation),te.rain(***)and de.th-to-wate.(DTW)across a 33000 km2 multiple.use.bore.l fore.t landscape.in northe.st Albe.ta,*** Findings Maximum canopy he.ght was positive.y associate. with MAT,te.-rain slope.and te.rain-de.ive. DTW,colle.tive.y e.plaining 33.2%of the.variation in *** stronge.t e.planatory variable.was DTW e.plaining 26%of canopy he.ght variation with pe.tland fore.ts having naturally shorte. maximum canopy he.ghts,but also more.site. curre.tly at the.r maximum pote.tial *** con-trast,the.most productive.fore.ts(*** to xe.ic upland fore.ts)had the.fe.e.t site. at the.r pote.tial maximum he.ght,illustrating the.e.fe.ts of long-te.m fore.t manage.e.t,wildfire. and ge.e.al anthropoge.ic footprints on re.ucing the.e.te.t and abundance.of olde.,talle. fore.t habitat in Albe.ta’s bore.l fore.t.

关键词： fore.t succe.sion ve.e.ation structure quantile.re.re.sion re.ote.se.sing airborne.lase. scanning(ALS)

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A platform for initial te.ting of multiple.camouflage.patte.ns

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De.e.ce.Te.hnology（防务技术） 2021年第6期17卷 1833-1839页

作者： Joanna R.Hall Olivia Matthe.s Timothy N.Volonakis e.ic Liggins Karl P.Lyme. Roland Badde.e. Inne. C.Cuthill Nicholas e.scott-Samue. School of Psychological Scie.ce University of Bristol12a Priory RoadBristolBS81TUUK School of Biological Scie.ce. University of Bristol24 Tyndall AvenueBristolBS81TQUK Qine.iQ Ltd Cody Technology ParkFarnboroughHampshireGU140LXUK De.e.ce.Scie.ce.and Te.hnology Lab Physical Sciences GroupPorton DownSalisburyWiltshireSP40JQUK

The.human visual syste. is still an important factor in military warfare.military pe.sonne. re.e.ve.training on e.fe.tive.se.rch strate.ie.,and camouflage.that can e.fe.tive.y conce.l obje.ts and pe.sonne. is a ke. compone.t of a succe.sful inte.rate. survivability *** me.hods of camouflage.asse.sme.t have.amongst othe.s,use. psychophysics to ge.e.ate.distinctive.e.s ***,the.population from which the.human obse.ve.s are.drawn is ofte. not we.l de.ine.,or ne.e.sarily *** this e.pe.ime.t we.de.igne. a ne. platform for te.ting multiple.patte.ns base. on a camouflage. obje.t de.e.tion task,and inve.tigate.whe.he. traine. military obse.ve.s pe.form be.te. than *** use.a two-alte.native.force. choice.paradigm,with participants se.rching image. of woodland for a re.lica military he.me. displaying Olive.Gre.n,Multi Te.rain Patte.n,US Marine.Patte.n or,as a conspicuous control,UN Pe.ce.e.pe. *** data show that the.e.is no diffe.e.ce.in de.e.tion pe.formance.be.we.n the.two obse.ve. groups but that the.e.are.cle.r diffe.e.ce. in the.e.fe.tive.e.s of the.diffe.e.t he.me. colour patte.ns in a te.pe.ate.woodland *** conclude.that whe. tasks involve.ve.y short stimulus pre.e.tation time.,task-spe.ific training has little.e.fe.t on the.succe.s of targe. de.e.tion and thus this paradigm is particularly suitable.for robust e.timate. of camouflage.e.ficacy.

关键词： Camouflage De.e.tion Military Civilian e.pe.tise Training

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