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Coseismic and early postseismic deformation associated with the January 2022 Mw 6.6 Menyuan earthquake, NE Tibet, revealed by InSAR Observations 期刊论文
TECTONOPHYSICS, 2023, 卷号: 868
作者:  Yang, Jiuyuan;  Xu, Caijun;  Wen, Yangmao
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Menyuan earthquake  InSAR  Co- and post-seismic deformation  Strike-variable rupture fault  Flower structure  Rupture size  
Reef communities show predictable undulations in linear abundance size spectra from copepods to sharks 期刊论文
Ecology Letters, 2021
作者:  Heather F.J.;  Stuart-Smith R.D.;  Blanchard J.L.;  Fraser K.M.;  Edgar G.J.
收藏  |  浏览/下载:22/0  |  提交时间:2021/09/01
body size  epifauna  power law  secondary structure  sine curve  sinusoidal  size spectrum  size-based  UVC sampling bias  
Behaviour moderates the impacts of food-web structure on species coexistence 期刊论文
Ecology Letters, 2021, 卷号: 24, 期号: 2
作者:  Ho H.-C.;  Tylianakis J.M.;  Pawar S.
收藏  |  浏览/下载:21/0  |  提交时间:2021/09/01
Body-size structure  ecological metabolic theory  equilibrium feasibility  food web  food-web structure  foraging behaviour  foraging dimensionality  foraging strategy  network topology  species coexistence  
The increasing water clarity of Tibetan lakes over last 20 years according to MODIS data 期刊论文
REMOTE SENSING OF ENVIRONMENT, 2021, 卷号: 253
作者:  Liu, Chong;  Zhu, Liping;  Li, Junsheng;  Wang, Junbo;  Ju, Jianting;  Qiao, Baojin;  Ma, Qingfeng;  Wang, Shenglei
收藏  |  浏览/下载:64/0  |  提交时间:2022/06/21
REMOTE-SENSING REFLECTANCE  DISSOLVED ORGANIC-MATTER  COMMUNITY SIZE STRUCTURE  SECCHI DISK DEPTH  NAM CO LAKE  SPECTRAL ABSORPTION  TEMPERATURE-CHANGES  OCEAN TRANSPARENCY  STORAGE CHANGES  POYANG LAKE  
Pore structure characterization through path-finding and Lattice Boltzmann simulation 期刊论文
, 2020, 卷号: 141
作者:  Viberti D.;  Peter C.;  Salina Borello E.;  Panini F.
收藏  |  浏览/下载:16/0  |  提交时间:2020/07/28
Binary images  Geometry  Graph algorithms  Graph theory  Numerical methods  Pore size  Effective pore radius  Geological formation  Geometrical analysis  Lattice boltzmann methods (LBM)  Lattice Boltzmann simulations  Path-finding algorithms  Pore network geometry  Pore structure characterizations  Pore structure  algorithm  computer simulation  flow field  hydrodynamics  model test  model validation  numerical model  pore pressure  porosity  porous medium  theoretical study  tortuosity  
How pulse disturbances shape size-abundance pyramids 期刊论文
Ecology Letters, 2020, 卷号: 23, 期号: 6
作者:  Jacquet C.;  Gounand I.;  Altermatt F.
收藏  |  浏览/下载:32/0  |  提交时间:2021/09/01
Body-size  community size structure  disturbance frequency  disturbance intensity  extreme events  metabolic theory  perturbations  protist communities  size spectrum  
Emergence of complexity in hierarchically organized chiral particles 期刊论文
, 2020, 卷号: 368, 期号: 6491
作者:  Jiang W.;  Qu Z.-B.;  Kumar P.;  Vecchio D.;  Wang Y.;  Ma Y.;  Bahng J.H.;  Bernardino K.;  Gomes W.R.;  Colombari F.M.;  Lozada-Blanco A.;  Veksler M.;  Marino E.;  Simon A.;  Murray C.;  Muniz S.R.;  de Moura A.F.;  Kotov N.A.
收藏  |  浏览/下载:37/0  |  提交时间:2020/07/28
biomaterial  cetrimide  cysteine  gold  nanocomposite  nanoparticle  chemical property  colloid  complexation  complexity  composite  ligand  nanoparticle  physicochemical property  symmetry  adsorption  Article  biomineralization  chemical structure  chirality  circular dichroism  coccolith  enthalpy  entropy  ionic strength  molecular weight  particle size  priority journal  spike wave  thermodynamics  zeta potential  Humulus  
Production ecology and reverse growth dominance in an old-growth ponderosa pine forest 期刊论文
, 2020, 卷号: 460
作者:  Fernández-Tschieder E.;  Binkley D.;  Bauerle W.
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Efficiency  Forestry  Growth dominance coefficients  Individual tree  Light use efficiency  Ponderosa pine forest  Resource competitions  Resource use  Size growths  Suppressed trees  Ecology  competition (ecology)  coniferous forest  dominance  light use efficiency  old-growth forest  stand structure  Ecology  Efficiency  Forestry  Growth  Light  Patterns  Resources  Trees  
The genetic architecture of the human cerebral cortex 期刊论文
, 2020, 卷号: 367, 期号: 6484
作者:  Grasby K.L.;  Jahanshad N.;  Painter J.N.;  Colodro-Conde L.;  Bralten J.;  Hibar D.P.;  Lind P.A.;  Pizzagalli F.;  Ching C.R.K.;  McMahon M.A.B.;  Shatokhina N.;  Zsembik L.C.P.;  Thomopoulos S.I.;  Zhu A.H.;  Strike L.T.;  Agartz I.;  Alhusaini S.;  Almeida M.A.A.;  Alnæs D.;  Amlien I.K.;  Andersson M.;  Ard T.;  Armstrong N.J.;  Ashley-Koch A.;  Atkins J.R.;  Bernard M.;  Brouwer R.M.;  Buimer E.E.L.;  Bülow R.;  Bürger C.;  Cannon D.M.;  Chakravarty M.;  Chen Q.;  Cheung J.W.;  Couvy-Duchesne B.;  Dale A.M.;  Dalvie S.;  de Araujo T.K.;  de Zubicaray G.I.;  de Zwarte S.M.C.;  den Braber A.;  Doan N.T.;  Dohm K.;  Ehrlich S.;  Engelbrecht H.-R.;  Erk S.;  Fan C.C.;  Fedko I.O.;  Foley S.F.;  Ford J.M.;  Fukunaga M.;  Garrett M.E.;  Ge T.;  Giddaluru S.;  Goldman A.L.;  Green M.J.;  Groenewold N.A.;  Grotegerd D.;  Gurholt T.P.;  Gutman B.A.;  Hansell N.K.;  Harris M.A.;  Harrison M.B.;  Haswell C.C.;  Hauser M.;  Herms S.;  Heslenfeld D.J.;  Ho N.F.;  Hoehn D.;  Hoffmann P.;  Holleran L.;  Hoogman M.;  Hottenga J.-J.;  Ikeda M.;  Janowitz D.;  Jansen I.E.;  Jia T.;  Jockwitz C.;  Kanai R.;  Karama S.;  Kasperaviciute D.;  Kaufmann T.;  Kelly S.;  Kikuchi M.;  Klein M.;  Knapp M.;  Knodt A.R.;  Krämer B.;  Lam M.;  Lancaster T.M.;  Lee P.H.;  Lett T.A.;  Lewis L.B.;  Lopes-Cendes I.;  Luciano M.;  Macciardi F.;  Marquand A.F.;  Mathias S.R.;  Melzer T.R.;  Milaneschi Y.;  Mirza-Schreiber N.;  Moreira J.C.V.;  Mühleisen T.W.;  Müller-Myhsok B.;  Najt P.;  Nakahara S.;  Nho K.;  Olde Loohuis L.M.;  Orfanos D.P.;  Pearson J.F.;  Pitcher T.L.;  Pütz B.;  Quidé Y.;  Ragothaman A.;  Rashid F.M.;  Reay W.R.;  Redlich R.;  Reinbold C.S.;  Repple J.;  Richard G.;  Riedel B.C.;  Risacher S.L.;  Rocha C.S.;  Mota N.R.;  Salminen L.;  Saremi A.;  Saykin A.J.;  Schlag F.;  Schmaal L.;  Schofield P.R.;  Secolin R.;  Shapland C.Y.;  Shen L.;  Shin J.;  Shumskaya E.;  Sønderby I.E.;  Sprooten E.;  Tansey K.E.;  Teumer A.;  Thalamuthu A.;  Tordesillas-Gutiérrez D.;  Turner J.A.;  Uhlmann A.;  Vallerga C.L.;  van der Meer D.;  van Donkelaar M.M.J.;  van Eijk L.;  van Erp T.G.M.;  van Haren N.E.M.;  van Rooij D.;  van Tol M.-J.;  Veldink J.H.;  Verhoef E.;  Walton E.;  Wang M.;  Wang Y.;  Wardlaw J.M.;  Wen W.;  Westlye L.T.;  Whelan C.D.;  Witt S.H.;  Wittfeld K.;  Wolf C.;  Wolfers T.;  Wu J.Q.;  Yasuda C.L.;  Zaremba D.;  Zhang Z.;  Zwiers M.P.;  Artiges E.;  Assareh A.A.;  Ayesa-Arriola R.;  Belger A.;  Brandt C.L.;  Brown G.G.;  Cichon S.;  Curran J.E.;  Davies G.E.;  Degenhardt F.;  Dennis M.F.;  Dietsche B.;  Djurovic S.;  Doherty C.P.;  Espiritu R.;  Garijo D.;  Gil Y.;  Gowland P.A.;  Green R.C.;  Häusler A.N.;  Heindel W.;  Ho B.-C.;  Hoffmann W.U.;  Holsboer F.;  Homuth G.;  Hosten N.;  Jack C.R.;  Jang M.;  Jansen A.;  Kimbrel N.A.;  Kolskår K.;  Koops S.;  Krug A.;  Lim K.O.;  Luykx J.J.;  Mathalon D.H.;  Mather K.A.;  Mattay V.S.;  Matthews S.;  van Son J.M.;  McEwen S.C.;  Melle I.;  Morris D.W.;  Mueller B.A.;  Nauck M.;  Nordvik J.E.;  Nöthen M.M.;  O'Leary D.S.;  Opel N.;  Martinot M.-L.P.;  Bruce Pike G.;  Preda A.;  Quinlan E.B.;  Rasser P.E.;  Ratnakar V.;  Reppermund S.;  Steen V.M.;  Tooney P.A.;  Torres F.R.;  Veltman D.J.;  Voyvodic J.T.;  Whelan R.;  White T.;  Yamamori H.;  Adams H.H.H.;  Bis J.C.;  Debette S.;  Decarli C.;  Fornage M.;  Gudnason V.;  Hofer E.;  Arfan Ikram M.;  Launer L.;  Longstreth W.T.;  Lopez O.L.;  Mazoyer B.;  Mosley T.H.;  Roshchupkin G.V.;  Satizabal C.L.;  Schmidt R.;  Seshadri S.;  Yang Q.;  Alvim M.K.M.;  Ames D.;  Anderson T.J.;  Andreassen O.A.;  Arias-Vasquez A.;  Bastin M.E.;  Baune B.T.;  Beckham J.C.;  Blangero J.;  Boomsma D.I.;  Brodaty H.;  Brunner H.G.;  Buckner R.L.;  Buitelaar J.K.;  Bustillo J.R.;  Cahn W.;  Cairns M.J.;  Calhoun V.;  Carr V.J.;  Caseras X.;  Caspers S.;  Cavalleri G.L.;  Cendes F.;  Corvin A.;  Crespo-Facorro B.;  Dalrymple-Alford J.C.;  Dannlowski U.;  de Geus E.J.C.;  Deary I.J.;  Delanty N.;  Depondt C.;  Desrivières S.;  Donohoe G.;  Espeseth T.;  Fernández G.;  Fisher S.E.;  Flor H.;  Forstner A.J.;  Francks C.;  Franke B.;  Glahn D.C.;  Gollub R.L.;  Grabe H.J.;  Gruber O.;  Håberg A.K.;  Hariri A.R.;  Hartman C.A.;  Hashimoto R.;  Heinz A.;  Henskens F.A.;  Hillegers M.H.J.;  Hoekstra P.J.;  Holmes A.J.;  Elliot Hong L.;  Hopkins W.D.;  Hulshoff Pol H.E.;  Jernigan T.L.;  Jönsson E.G.;  Kahn R.S.;  Kennedy M.A.;  Kircher T.T.J.;  Kochunov P.;  Kwok J.B.J.;  Le Hellard S.;  Loughland C.M.;  Martin N.G.;  Martinot J.-L.;  McDonald C.;  McMahon K.L.;  Meyer-Lindenberg A.;  Michie P.T.;  Morey R.A.;  Mowry B.;  Nyberg L.;  Oosterlaan J.;  Ophoff R.A.;  Pantelis C.;  Paus T.;  Pausova Z.;  Penninx B.W.J.H.;  Polderman T.J.C.;  Posthuma D.;  Rietschel M.;  Roffman J.L.;  Rowland L.M.;  Sachdev P.S.;  Sämann P.G.;  Schall U.;  Schumann G.;  Scott R.J.;  Sim K.;  Sisodiya S.M.;  Smoller J.W.;  Sommer I.E.;  Pourcain B.S.;  Stein D.J.;  Toga A.W.;  Trollor J.N.;  van der Wee N.J.A.;  van't Ent D.;  Völzke H.;  Walter H.;  Weber B.;  Weinberger D.R.;  Wright M.J.;  Zhou J.;  Stein J.L.;  Thompson P.M.;  Medland S.E.;  Enhancing NeuroImaging Genetics through Meta-Analysis Consortium (ENIGMA)-Genetics working group
收藏  |  浏览/下载:58/0  |  提交时间:2020/07/28
brain  genetic analysis  meta-analysis  resonance  signaling  surface area  Article  bioinformatics  brain cortex  brain function  brain region  brain tissue  cortical thickness (brain)  educational status  evidence based medicine  gene control  gene locus  genetic association  genetic correlation  genetic variability  genome-wide association study  human  human genetics  priority journal  surface area  tissue structure  Wnt signaling  anatomy and histology  attention deficit disorder  brain cortex  brain mapping  cognition  genetic variation  genetics  meta analysis  nuclear magnetic resonance imaging  organ size  Parkinson disease  Attention Deficit Disorder with Hyperactivity  Brain Mapping  Cerebral Cortex  Cognition  Genetic Loci  Genetic Variation  Genome-Wide Association Study  Humans  Magnetic Resonance Imaging  Organ Size  Parkinson Disease  
Oriented attachment induces fivefold twins by forming and decomposing high-energy grain boundaries 期刊论文
, 2020, 卷号: 367, 期号: 6473
作者:  Song M.;  Zhou G.;  Lu N.;  Lee J.;  Nakouzi E.;  Wang H.;  Li D.
收藏  |  浏览/下载:23/0  |  提交时间:2020/07/28
gold nanoparticle  palladium nanoparticle  platinum nanoparticle  crystal structure  decomposition analysis  electron microscopy  in situ measurement  induced response  molecular analysis  nanoparticle  Article  controlled study  crystal structure  decomposition  diffusion  energy  high resolution transmission electron microscopy  molecular dynamics  oriented attachment  oscillation  particle size  physical chemistry  priority journal  synthesis  thermodynamics