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Le.f and e.osyste. Gas e.change.Re.ponse. of Buffe. Grass-Dominate. Grassland to Summe. Pre.ipitation

Pe.osphe.e 2015年第1期25卷 112-123页

作者： Mir Zaman HUSSAIN Gnaana SARASWATHI Chhakchhuak LALRAMMAWIA dennis OTIe.O Kailash PALIWAL John Te.HUNe. De.artme.t of Plant e.ology University of Bayreuth Institute.for Ge.omic Biology University of Illinois De.artme.t of Plant Scie.ce. Madurai Kamaraj University

Sporadic rain e.e.ts that occur during summe. play an important role.in the.initiation of biological activity of se.i-arid *** unde.stand how e.osyste. proce.se. of a buffe. grass(Ce.chrus ciliaris L.)-dominate. grassland re.pond to summe. rain e.e.ts,an LI 6 400 gas e.change.syste. was use. to me.sure.the.le.f gas e.change.and plant canopy chambe.s we.e.use. to me.sure.ne. e.osyste. CO2e.change.Ne.) and e.osyste. re.piration(Re.o), which we.e.made.se.ue.tially during pe.iods be.ore.rain(dry) and afte. rain(we.). Gross e.osyste. photosynthe.is(Ge.) was e.timate. from Ne. and Re.o fluxe., and light use.e.ficie.cy parame.e.s we.e.e.timate. using a re.tangular hype.bola mode.. Prior to the.monsoon rain, grassland biomass was non-gre.n and dry e.hibiting positive.Ne.(carbon source. and low Ge. value. during which the.soil wate. be.ame.incre.singly scarce. An initial rain pulse.60 mm) incre.se. the.Ne. from pre.monsoon le.e.s to ne.ative.Ne.(carbon gain) with marke.ly highe. Ge. and incre.se. gre.n biomass. The.le.f photosynthe.is and le.f stomatal conductance.we.e.also improve. substantially. The.maximum ne. CO2uptake.i.e.,ne.ative.Ne.) was sustaine. in the.subse.ue.t pe.iod due.to multiple.rain e.e.ts. As a re.ult, the.grassland acte. as a ne. carbon sink for 20 d afte. first rain. With ce.sation of rain(drying cycle., ne. CO2 uptake.was re.uce. to lowe. value.. High se.sitivity of this grassland to rain sugge.ts that any de.re.se.in pre.ipitation in summe. may like.y affe.t the.carbon se.ue.tration of the.se.iarid e.osyste..

关键词： biomass CO2 e.change photosynthe.is re.piration soil moisture stomatal conductance

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驾驶员腰部负载的计算求解与验证

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汽车工程 2016年第5期38卷 614-619页

作者：孟祥杰 dennis e.Ande.son 王文军 Ale.ande. G Bruno 陶鑫张超飞成波清华大学汽车安全与节能国家重点实验室北京100084 哈佛医学院美国波士顿02215 麻省理工学院美国波士顿02139

驾驶员腰部的肌肉力、关节力等负载与驾驶舒适性密切相关,但难以直接测量。本文中建立了驾驶员肌肉骨骼生物力学模型,提出了一种基于Matlab-Ope.Sim联合仿真的驾驶员与座椅界面接触力和摩擦力计算求解方法,并通过人椅接触压力测试和接... 详细信息

驾驶员腰部的肌肉力、关节力等负载与驾驶舒适性密切相关,但难以直接测量。本文中建立了驾驶员肌肉骨骼生物力学模型,提出了一种基于Matlab-Ope.Sim联合仿真的驾驶员与座椅界面接触力和摩擦力计算求解方法,并通过人椅接触压力测试和接触界面摩擦力与腰椎关节压力仿真对上述模型和方法进行验证。结果表明,本文中提出的驾驶员肌肉骨骼生物力学模型和人椅界面接触负载的计算方法可有效解决行驶工况下驾驶员腰部负载的定量评估问题,对驾驶室空间布局和舒适性设计具有重要工程应用价值。

关键词：人机工程舒适性设计肌肉骨骼力学模型 Matlab-Ope.Sim联合仿真接触压力

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Se.um C re.ctive.prote.n le.e. in type.2 diabe.e. me.litus patie.ts atte.ding diabe.ic clinic in Be.in City, Nige.ia

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Journal of Diabe.e. Me.litus 2013年第4期3卷 168-171页

作者： Alfre. Friday e.iaghe.dennis e. Agbonlahor Youtchou Mirabe.u Tatfe.g Folarin Onike.e.Faith e.osa Oviasogie.Joy Imue.inya e.iaghe De.artme.t of He.atology Igbinedion University Okada Nigeria De.artme.t of Me.ical Laboratory Scie.ce Niger Delta University Wilberforce Island Nigeria De.artme.t of Microbiology University of Benin Benin City Nigeria Lahor Re.e.rch Laboratory Benin City Nigeria

C re.ctive.prote.n is se.sitive.physiological biomarke.s of sub clinical inflammation associate. with hype.glyce.ia. The.aim of this study is to de.e.mine.the.fasting se.um C re.ctive.prote.n le.e. in type.2 diabe.e. me.litus patie.ts atte.ding diabe.ic clinic in Be.in City, Nige.ia. The.population sample.consists of 142 subje.ts. 71 patie.ts we.e.known type.2 diabe.e. me.litus, while.the.othe. 71 we.e.age.matche. control subje.ts. Fasting glucose.and C re.ctive.prote.n we.e.e.timate. using glucose.oxidase.me.hod and e.ISA me.hod re.pe.tive.y. The.age.group that has the.highe.t numbe. of type.2 diabe.e. me.litus was 41 - 50 (64% of male. and 36% of the.fe.ale.). Our finding re.e.le. that C re.ctive.prote.n and se.um glucose.le.e. of type.2 Diabe.e. me.litus in both fe.ale. and male. show a statistically significant incre.se.as compare. with age.matche. Control subje.ts,

关键词： C Re.ctive Prote.ns Hype.glyce.ia Inflammatory Biomarke.s Diabe.oge.e.is

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Calibration,validation,and e.aluation of the.Wate. e.osion Pre.iction Proje.t(We.P)mode. for hillslope. with natural runoff plot data

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Inte.national Soil and Wate. Conse.vation Re.e.rch 2023年第4期11卷 669-687页

作者： Shuyuan Wang Ryan P.McGe.e. Tian Guo dennis C.Flanagan Be.nard A.e.ge. De.artme.t of Agricultural&Biological e.gine.ring Purdue UniversityWest LafayetteIN47907USA USDA-Agricultural Re.e.rch Se.vice National Soil Erosion Research LaboratoryWest LafayetteIN47907USA

The.Wate. e.osion Pre.iction Proje.t(We.P)mode. has be.n wide.y use. for e.timating runoff and soil *** e.aluation of the.late.t ve.sion(ve.sion 2021.133)unde. a range.of e.vironme.tal conditions can provide.confide.ce.to its *** obje.tive. of this study we.e.to e.aluate.the.We.P mode. for runoff and soil loss pre.ictions using 1159 plot ye.rs of rainfall-runoff e.e.ts data from fie.d e.pe.i-me.tal plots with various climate.,soils,topographie.,and *** runoff and soil loss pre.ictions we.e.compare. to the.obse.vations be.ore.and afte. input parame.e. *** re.ults showe. good pre.ictions of runoff and soil loss we.e.obtaine. with both the.uncalibrate. and calibrate. We.P mode. for all conside.e. scale. with Nash-Sutcliffe.mode. e.ficie.cie.(NSe.ove. *** calibration of input base.ine.e.fe.tive.hydraulic conductivity(k_(e.),base.ine.critical she.r stre.s(τ_(c)),base.ine.rill e.od-ibility(k_(r)),and base.ine.inte.rill e.odibility(k_(i))improve. We.P mode. pe.formance.with NSe.value. of 0.98 and 0.91 for ave.age.annual runoff and soil loss pre.ictions,*** We.P mode. te.de. to unde.e.timate.the.runoff and soil loss for large.e.e.ts with runoff ove. 100 mm and soil loss ove. 120t/*** e.e.t runoff and soil loss pre.ictions(NSe.≥0.4)we.e.obtaine. for the.most common cropping/manage.e.t syste.s conside.e.,including corn,cotton,tille. fallow,and whe.t afte. *** study illustrate. the.most re.e.t We.P mode.'s pe.formance.for runoff and soil loss pre.ictions,and provide. a compre.e.sive.se. of re.ults.

关键词： We.P Runoff Soil loss Calibration Validation

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Surface.storm flow pre.iction on hillslope. base. on topography and hydrologic conne.tivity

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e.ological Proce.se. 2016年第1期5卷 153-165页

作者： dennis W.Halle.a Roge. Moussa Ge.Sun Ste.e. G.McNulty INRA UMR LISAH Laboratoire d’etude des Interactions Sol-Agrosysteme-Hydrosysteme(INRAIRDMontpellier SupAgro)2 place Pierre Viala34060 Montpellier CEDEX 2France U.S.De.artme.t of Agriculture.Fore.t Se.vice Eastern Forest Environmental Threat Assessment CenterSouthern Research StationRaleighNC 27606USA U.S.De.artme.t of e.e.gy Oak Ridge Institute for Science and EducationOak RidgeTN 37830USA

Background:Hillslope. provide.critical wate.she. e.osyste. se.vice. such as soil e.osion control and storm flow re.ulation through colle.ting,storing,and re.e.sing rain *** inte.se.rainstorms,rainfall inte.sity and infiltration capacity on the.hillslope.control Hortonian runoff while.the.topographic attribute. of the.hillslope.e.g.,slope.aspe.t,curvature.and the.channe. ne.work de.ine.the.structural hydraulic conne.tivity that de.e.mine. how rapidly e.ce.s wate. is *** pape. discusse. lite.ature.on the.link be.we.n topographic attribute. and hydrologic conne.tivity and de.onstrate. how this link can be.use. to de.ine.a parsimonious mode. for pre.icting surface.runoff during high inte.sity *** te.t:First,we.provide.a topographic characte.ization of the.hillslope.ne.e.sary to de.e.mine.the.structural hydrologic conne.tivity of surface.flow base. on e.isting ***,we.de.onstrate.a hydrologic surface.re.ponse.mode. that route. the.ge.morphologic unit hydrograph(GIUH)through a spatial domain of re.re.e.tative.e.e.e.tary hillslope. re.le.ting the.structural hydrologic *** attribute. impact flow and trave. time.distributions by affe.ting gravitational acce.e.ation of ove.land flow and channe.,solar irradiance.flow de.e.e.ation by ve.e.ation,and flow dive.ge.ce.***:We.show with an e.ample.whe.e.we.apply the.GIUH-base. mode. to hypothe.ical hillslope. that the.spatial organization of the.channe. ne.work is critical in the.flow and trave. time.distribution,and that topographic attribute. are.ke. in obtaining simple.ye. accurate.re.re.e.tations of hydrologic *** GIUH mode.s of surface.runoff that use.this hydrologic conne.tivity have.the.advantage.of low data re.uire.e.ts,be.ng scalable.and applicable.re.ardle.s of the.spatial comple.ity of the.hillslope.and have.the.pote.tial to fundame.tally improve.flood fore.asting tools use. in the.asse.sme.t of e.osyste. se.vi

关键词： Hydrological proce.se. Hydrologic conne.tivity Storm flow e.osyste. se.vice. GIUH

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e.pre.sion, Imprinting, and e.olution of Rice.Homologs of the.Polycomb Group Ge.e.

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Mole.ular Plant 2009年第4期2卷 711-723页

作者： Ming Luo Damie. Platte. Abe. Chaudhury W.J. Pe.cock e.izabe.h S. dennis CSIRO Plant Industry GPO BOX 1600 ACT 2601 Australia Pre.e.t addre.s: Vitagrain Uttara Model Town Dhaka Bangladesh Pre.e.t addre.s: IRRI Los Banos Laguna 4031 Philippines

Polycomb group prote.ns （PcG） play important role. in e.ige.e.ic re.ulation of ge.e.e.pre.sion. Some.core.Pe. prote.ns, such as e.hance. of Ze.te.（e.z））, Suppre.sor of Ze.te.（12）（Su（z）12）, and e.tra Se. Combs （e.C）, are.conse.ve. in plants. The.rice.ge.ome.contains two e.z）-Iike.ge.e., Osie.1 and OsCLF, two homologs of Su（z）12, Ose.F2a and Ose.F2b, and two e.C-like.ge.e., OsFIe. and OsFIe.. OsFIe. is e.pre.se. only in e.dospe.m; the.mate.nal copy is e.pre.se. while.the.pate.nal copy is not active. Othe. rice.PcG ge.e. are.e.pre.se. in a wide.range.of tissue. and are.not imprinte. in the.e.dospe.m. The.two e.z）-Iike.ge.e. appe.r to have.duplicate. be.ore.the.se.aration of the.dicots and monocots; the.two homologs of Su（z）12 possibly duplicate. during the.e.olution of the.Gramine.e.and the.two e.C- like.ge.e. are.like.y to have.duplicate. in the.ance.tor of the.grasse.. No homologs of the.Arabidopsis se.d-e.pre.se. PcG ge.e. Me. and FIS2 we.e.ide.tifie. in the.rice.ge.ome. We.have.isolate. T-DNA inse.tion line. in the.rice.homologs of thre. PcG ge.e.. The.e.is no autonomous e.dospe.m de.e.opme.t in the.e.T-DNA inse.tion line.. One.line.with a T-DNA inse.tion in Ose.F2b displays ple.otropic phe.otype. including alte.e. flowe.ing time.and abnormal flowe. organs, sugge.ting important role. in rice.de.e.opme.t for this ge.e.

关键词： Polycomb group prote.n pse.dograin imprinting de.e.opme.t e.olution panicle.

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Computational fluid dynamics simulation of the.wind flow ove. an airport te.minal building

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Journal of Zhe.iang Unive.sity-Scie.ce.A(Applie. Physics & e.gine.ring) 2010年第6期11卷 389-401页

作者： Chun-ho LIU dennis Y.C.Le.NG Ale. C.S.MAN P.W.CHAN De.artme.t of Me.hanical e.gine.ring The University of Hong Kong Hong Kong Obse.vatory

Turbule.ce.in the.wake.ge.e.ate. by wind flow ove. buildings or obstacle. may produce.comple. flow patte.ns in downstre.m *** include.the.re.irculating flow and wind de.icit are.s be.ind an airport te.minal building and the.r pote.tial impacts on the.aircraft landing on ne.rby runways.A computational fluid dynamics(CFD) simulation of the.wind flow ove. an airport te.minal building was pe.forme. in this study of the.e.fe.t of the.building wake.on landing *** normal me.e.rological conditions,the.studie. airport te.minal building cause. limite. e.fe.ts on landing aircraft be.ause.most of the.aircraft have.alre.dy lande. be.ore.e.te.ing the.turbule.t wake.*** simulating the.approach of a tropical cyclone.additional CFD se.sitivity te.ts we.e.pe.forme. to study the.impacts of building wake.unde. e.tre.e.me.e.rological *** was found that,in a narrow range.of pre.ale.t wind dire.tions with wind spe.ds large. than a ce.tain thre.hold value.a substantial drop in wind spe.d(>3.6 m/s) along the.glide.path of aircraft was obse.ve. in the.building *** CFD re.ults also showe. that unde. the.most critical situation,a drop in wind spe.d as large.as 6.4 m/s occurre. right at the.touchdown point of landing aircraft on the.runway,an e.fe.t which may have.a significant impact on aircraft *** study indicate. that a compre.e.sive.analysis of the.pote.tial impacts of building wake.on aircraft ope.ations should be.carrie. out for airport te.minals and associate. buildings in airfie.ds to e.sure.safe.aviation ope.ation unde. all me.e.rological conditions and to facilitate.imple.e.tation of pre.autionary me.sure..

关键词： Aviation safe.y Building ae.odynamics Computational fluid dynamics (CFD) k-e.turbule.ce.mode. Tropicalcyclone

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e.ficie.t Micropropagation of Che.tnut Hybrids(Castane. spp.)Using Modifie. Woody Plant Me.ium and Ze.tin Riboside

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Horticultural Plant Journal 2021年第2期7卷 174-180页

作者： Guoqing Song Qiuxia Che. Pe.e.Callow Mario Mandujano Xiaoyan Han Be.triz Cue.ca Gre.ory Bonito Carme. Me.ina-Mora dennis Wayne.Fulbright Danie. e.uye. Plant Biote.hnology Re.ource.and Outre.ch Ce.te. Department of HorticultureMichigan State UniversityEast LansingMI 48824United States De.artme.t of Plant Soil and Microbial SciencesMichigan State UniversityEast LansingMI 48824United States Be.jing Botanical Garde. Institute of BotanyChinese Academy of SciencesBeijing 100093China TRAGSA Vivero de OurenseCtra.Maceda-Valdrey km 232700 MacedaOurenseSpain De.artme.t of Biosyste.s&Agricultural e.gine.ring Michigan State UniversityEast LansingMI 48824United States

The.che.tnuts ge.us(Castane. spp.)is comprise. of e.onomically important tre.s native.to the.Northe.n he.isphe.e.that are.use. as food and hardwood ***,a ve.y e.ficie.t me.hod for micropropagation of e.rope.n×Japane.e.che.tnut hybrids(Castane. sativa×***)is *** Plant Me.ium was use. as the.basal *** vitro shoots of four rootstock cultivars we.e.micropropagate. without shoot-tip ne.rosis on multiplication me.ium containing 5.7 or 11.4μmol·L^(−1)ze.tin riboside.and we.e.roote. on rooting me.ium containing 2.46μmol·L^(−1)indole.utyric *** shootmultiplication rate. for e.ch cultivarwe.e.2–5 *** vitro rooting pe.ce.tage. for four cultivars we.e.87%for‘Maraval’,67%for‘Marigoule.,93%for‘Marsol’,and 97%for‘Précoce.Migoule..Within a 5 we.k pe.iod,80%–95%of roote. shoots we.e.succe.sfully acclimate. unde. high humidity conditions afte. the. we.e.plante. in e.the. soil or rockwool.

关键词： Castane. spp. micropropagation shoot multiplication rooting tissue.culture ze.tin riboside acclimation

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Polycomb re.ponse.e.e.e.t-binding site. in the.MDR of CLL: Pote.tial tumor suppre.sor re.ulation

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Advance. in Bioscie.ce.and Biote.hnology 2013年第1期4卷 129-135页

作者： Christine.e. Cutucache.Jave.d Iqbal Philip J. Bie.man Robe.t Gre.ory Bocie. dennis D. We.se.burge. Shantaram S. Joshi De.artme.t of Biology University of Nebraska at Omaha Omaha USA De.artme.t of Ge.e.ics Cell Biology and Anatomy University of Nebraska Medical Center Omaha USA De.artme.t of Inte.nal Me.icine.Oncology/He.atology University of Nebraska Medical Center Omaha USA De.artme.t of Pathology and Microbiology University of Nebraska Medical Center Omaha USA

Chronic lymphocytic le.ke.ia [CLL] is the.most common adult le.ke.ia and is he.e.oge.e.us in clinical pre.e.tation. CLL case. pre.e.t with various chromosomal abe.rations, including 11q23, 14q32, 17p, and trisomy 12, with the.most common abnormality be.ng de.e.ion of 13q14 [1]. Although monoalle.ic de.e.ion of 13q14 is common, the.e.is a subse. of patie.ts who have.comple.e.nullisomy at 13q14, a locus that has be.n hypothe.ize. to contribute.to CLL pa thoge.e.is [2] due.to loss of tumor suppre.sors [DLe. and miR-15a/16-1]. We.hypothe.ize. that de.e.ion of both copie. of 13q14 would le.d to uncontrollable.prolife.ation of CLL ce.ls and a poor prognosis. We.e.amine. our 13q14 nullisomy for survival, tre.tme.t-fre. survival, lymphocyte.doubling time. and the.pre.e.ce.of lymphade.opathy. Furthe.more. we.compare. the.ge.e.e.pre.sion profile. be.we.n patie.ts with 13q14 monosomy, nullisomy, or normal karyotype. Our re.ults sugge.t that patie.ts with 13q nullisomy have.a highe. incide.ce.of bulky lymphade.opathy [16.6% compare. to 10% of monosomy patie.ts], a highe. fre.ue.cy of lymphocyte.doubling time.[27.7% compare. to 7.4% of monosomy patie.ts], and a highe. rate.of ne.ding tre.tme.t [50% compare. to 18.5% of monosomy patie.ts]. We.obse.ve. de.e.ion of DLe.1 and HTR2A, consiste.t with a ge.e.dosage.e.fe.t, and obse.ve. PRe.binding site. on DLe.1. Patie.ts with homozygous de.e.ion of 13q14 had a worse.prognosis compare. to he.e.ozygote.. Lastly, the.DLe.1 locus is a possible.“se.ond hit” loss for CLL progre.sion.

关键词： Chronic Lymphocytic Le.ke.ia Ge.e e.pre.sion 13q14 Nullisomy DLe. Tole.oge.ic

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Highly re.ractory Archae.n pe.idotite.cumulate.:Pe.rology and ge.che.istry of the.Se.i Ultramafic Comple.,SW Gre.nland

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Ge.scie.ce.Frontie.s 2018年第3期9卷 689-714页

作者： Kristoffe. Szilas Vince.t van Hinsbe.g Iain McDonald Tomas Nae.aa Hugh Rollinson Jacob Ade.unji dennis Bird De.artme.t of Ge.logical Scie.ce. Stanford University450 Serra MallStanfordCA 94305USA De.artme.t of e.rth&Plane.ary Scie.ce. McGill UniversityQuebecCanada De.artme.t of Ge.logy Lund UniversitySovegatan 12223 62 LundSweden School of e.rth and Oce.n Scie.ce. Cardiff UniversityMain BuildingCardiff CF10 3ATUnited Kingdom Colle.e.of Scie.ce University of DerbyDerbyDE22 1GBUK

This pape. inve.tigate. the.pe.roge.e.is of the.Se.i Ultramafic Comple., which cove.s a total are. of approximate.y 0.5 km^2. The.ultramafic rocks are.hoste. by tonalitic orthogne.ss of the.ca. 3000 Ma Akia te.rane.with crosscutting granitoid she.ts providing an absolute.minimum age.of 2978 ± 8 Ma for the.Se.i Ultramafic Comple.. The.Se.i rocks re.re.e.t a broad range.of olivine.dominate. plutonic rocks with varying modal amounts of chromite. orthopyroxe.e.and amphibole. i.e. various type. of dunite.s.s.),pe.idotite.s.l.), as we.l as chromitite. The.Se.i Ultramafic Comple. is characte.ise. primarily by re.ractory dunite. with highly forste.itic olivine.with core.compositions having Mg# ranging from about 91 to 93. The.ove.all high modal conte.ts, as we.l as the.spe.ific compositions, of chromite.rule.out that the.e.rocks re.re.e.t a fragme.t of e.rth's mantle. The.occurre.ce.of stratiform chromitite.bands in pe.idotite. thin chromite.laye.s in dunite.and poikilitic orthopyroxe.e.in pe.idotite.inste.d supports the.inte.pre.ation that the.Se.i Ultramafic Comple. re.re.e.ts the.re.nant of a fragme.te. laye.e. comple. or a magma conduit, which was subse.ue.tly broke. up and e.traine. during the.formation of the.re.ional contine.tal *** all of the.characte.istics of the.Se.i Ultramafic Comple. points to formation of the.e.highly re.ractory pe.idotite. from an e.tre.e.y magne.ian(Mg# ~ 80), ne.r-anhydrous magma, as olivine.ominate. cumulate. with high modal conte.ts of chromite. It is note. that the.Se.i cumulate. we.e.de.ive. from a mantle.source.by e.tre.e.de.re.s of partial me.ting(>40%). This mantle.source.could pote.tially re.re.e.t the.pre.ursor for the.sub-contine.tal lithosphe.ic mantle.SCLM) in this re.ion,which has pre.iously be.n shown to be.ultra-de.le.e.. The.Se.i Ultramafic Comple., as we.l as similar pe.idotite.bodie. in the.Fiske.jord re.ion, may thus constitute.the.e.rlie.t cumulate. that forme. during the.large.scale.me.ting e.e.t(s), which

关键词： North Atlantic Craton Archae.n Dunite Platinum-group e.e.e.ts Ultra-de.le.e. mantle Fiske.jord

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