dataService

您的位置: 首页 > 数据服务 > 数据列表页

筛选

共检索到26条 ,权限内显示50条;

Data from: Allometric scaling of indirect effects: body size ratios predict non-consumptive effects in multi-predator systems
负责人:
关键词:
multi-predator effect non-consumptive effect trophic cascade body size ontogenetic niche shift Intraguild predation interaction modification
DOI:
doi:10.5061/dryad.276j5
摘要:
ve size difference of multiple predators to determine whether NCEs follow general allometric scaling relationships in an aquatic multi-predator system
Data from: Ontogeny of the articulated yiliangellinine trilobite Zhangshania typica from the lower Cambrian (Series 2, Stage 3) of southern China
负责人:
关键词:
growth rate;antennae;Cambrian (Stage 3);Trunk segmentation;ontogeny;Zhangshania typica;Trilobita
DOI:
doi:10.5061/dryad.7g1m9
摘要:
articles. The ontogenetic series shows protarthrous development with some, but likely not all, early holaspid instars expressing additional pygidial segment
Data from: Ecological effects on metabolic scaling amphipod responses to fish predators in freshwater springs
负责人:
关键词:
Allometric Scaling;fish predation;Gammarus minus;rates of metabolism and growth;cell size and number;Cottus cognatus;body mass and composition;Freshwater springs;Amphipoda
DOI:
doi:10.5061/dryad.s4v872h3
摘要:
s, it is important to control for extraneous phylogenetic and environmental influences. We demonstrate how this may be done by comparing the ontogenetic scal
Data from: The many faces of synapsid cranial allometry
负责人:
关键词:
Idelesaurus tataricus;\Tetracynodon\ darti;Patranomodon nyaphulii;Scalopodon tenuisfrons;Thrinaxodon liorhinus;Geikia locusticeps;Edaphosaurus cruciger;Lycideops longiceps;Gordonia traquairi;Abdalodon sp;Chiniquodon theotonicus;Eosimops newtoni;Eothyris parkeyi;Dicynodontoides nowacki;Dimetrodon limbatus;Viatkogorgon ivakhnenkoi;Peramodon amalitzkii;Alopecognathus angusticeps;Therocephalia;Vivaxosaurus trautscholdi;Dimetrodon grandis;Procynosuchus delaharpeae;Estemmenosuchus mirabilis;Tapinocaninus pamelae;Brachyprosopus broomi;Australosyodon nyaphuli;Lystrosaurus hedini;Tropidostoma dubium;Andescynodon mendozensis;Dolichuranus primaevus;Lumkuia fuzzi;Jonkeria truculenta;Dinodontosaurus pedroanum;Sycosaurus laticeps;Titanophoneus potens;Rhachiocephalus behemoth;Galeops whaitsi;Daqingshanodon limbus;Parakannemeyeria youngi;Cynosaurus suppostus;Mirotenthes digitipes;Vinceria andina;Arctops willistoni;Basilodon woodwardi;Charassognathus gracilis;Exaeretodon argentinus;Dinanomodon gilli;Inostrancevia alexandri;Eodicynodon oosthuizeni;Probelesodon lewisi;Rhachiocephalus magnus;Suminia getmanovi;Moschops capensis;Dvinia prima;Titanophoneus adamanteus;Varanosaurus acutirostris;Hofmeyria atavus;Hipposaurus boonstrai;Jimusaria sinkiangensis;Parakannemeyeria shenmuensis;Arctognathus curvimola;Syodon biarmicum;Angonisaurus cruickshanki;Exaeretodon riograndensis;Keyseria benjamini;Anteosaurus magnificus;Dinogorgon rubidgei;Cotylorhynchus romeri;Dinocephalia;Lystrosaurus murrayi;Endothiodon bathystoma;Olivierosuchus parringtoni;Probainognathus jenseni;Tritylodon longaevus;Ericiolacerta parva;Cyonosaurus longiceps;Stahleckeria potens;Struthiocephaloides duplessisi;Aerosaurus wellesi;Gorgonops torvus;Lycaenops ornatus;Ruhuhucerberus haughtoni;Sinognathus gracilis;Ophiacodon retroversus;Rhadiodromus mariae;Mycterosaurus longiceps;Elph borealis;Euchambersia mirabilis;Lycosuchus vanderrieti;Synapsida;Moschorhinus kitchingi;Clelandina rubidgei;Ictidosuchops rubidgei;Proburnetia viatkensis;Ctenospondylus;Odontocyclops whaitsi;Chaliminia musteloides;Cryptocynodon simus;Biarmosaurus tener;Scylacosaurus sclateri;Theriognathus microps;Shansiodon wuhsiangensis;Massetognathus pascuali;Mormosaurus seeleyi;Viatkosuchus sumini;Trirachodon berryi;Regisaurus jacobi;Platycraniellus elegans;Aleodon cf cromptoni;Aelurognathus tigriceps;Scaloporhinus angulorugatus;Sphenacodon ferox;Riograndia guaibensis;Casea brolii;Bauria cynops;Aulacephalodon bainii;Akidnognathus parvus;Glanosuchus macrops;Eriphostoma microdon;Pachygenelus monus;Emydops;Pachydectes elsi;Cynodontia;Moschowhaitsia vjuschkovi;Bulbasaurus phylloxyron;Ulemosaurus svijagensis;Rubidgea atrox;Dicynodon lacerticeps;Diademodon tetragonus;Cranial Allometry;Pascualgnathus polanskii;Lycaenops pricei;Diictodon feliceps;Lystrosaurus declivis;Mupashi migrator;Langbergia modisei;Annatherapsidus petri;Aleodon brachyrhamphus;Tapinocephalus atherstonei;Secodontosaurus obtusidens;Xiyukannemeyeria brevirostris;Ictidorhinus martinsi;Emydorhinus sciuroides;Ophiacodon sp;Australobarbarus kotelnitschi;Jachaleria candelariensis;Carboniferous;pelycosaurs;Sinophoneus yumenensis;Kawingasaurus fossilis;Galesaurus planiceps;Ictidosuchoides longiceps;Cistecephalus microrhinus;Compsodon helmoedi;Moschops koupensis;Leontosaurus vanderhorsti;Lycaenops n. sp.;Permian;Tetragonias njalilus;Microgomphodon oligocynus;Pristerognathus;Digalodon rubidgei;Kannemeyeria simocephalus;Lemurosaurus pricei;Oudenodon bainii;Herpetoskylax hopsoni;Triassic;Delectosaurus arefjevi;Daptocephalus leoniceps;Silphoictidoides ruhuhuensis;Bienotheroides wansienensis;Protheriodon estudianti;Smilesaurus ferox;Heleosaurus scholtzi;Robertia broomiana;Progalesaurus lootsbergensis;Rhinodicynodon gracile;Ophiacodon mirus;Struthiocephalus whaitsi;Scalaoposaurus constrictus;Prosictodon dubei;Ischigualastia jenseni;Paraburnetia sneeubergensis;Otsheria netzvetajevi;Eodicynodon oelofseni;Dimetrodon loomisi;Sycosaurus nowaki;Lystrosaurus curvatus;Cistecephaloides boonstrai;Allometry;Lycaenops angusticeps;Sinokannemeyeria sunchuanheensis;Kayentatherium wellesi;Varanops brevirostris;Ulemica efremovi;Cynognathus crateronotus;Proalopecopsis haughtoni;Ennatosaurus tecton;Gorgonopsia;Glaucosaurus megalops;Rechnisaurus cristarhynchus;Biarmosuchia;Euptychognathus bathyrhynchus;Burnetia mirabilis;Sintocephalus alticeps;Pristerodon mackayi
DOI:
doi:10.5061/dryad.56qq231
摘要:
of interspecific allometry within anomodonts parallels the ontogenetic trajectory of Diictodon. This indicates that in at least some synapsids allometric patterns
Data from: Cannibalism and intraguild predation community dynamics: coexistence, competitive exclusion and the loss of alternative stable states
负责人:
关键词:
competition;Ecology: community;Modeling: predator\/prey;Theory;Community: dynamics;Density Dependence;cannibalism;Interactions: trophic;Allometry
DOI:
doi:10.5061/dryad.vj12j
摘要:
ng a modeling approach that simulates a range of ontogenetic niche shift scenarios along a productivity gradient, we demonstrate that only if the predator is competiti
Data from: Ontogenetic development of otoliths in alligator gar
负责人:
Long, James
关键词:
sagittae lapillus asteriscuc Scanning electron microscope computed tomography (CT) x-ray
DOI:
doi:10.5061/dryad.t1d8k
摘要:
st, with distinct dorsal and ventral lobes, and covered with small otoconia concentrated in the sulcul region. The sagittae exhibited allometric growth, increasing

首页上一页123下一页尾页

意 见 箱

匿名:登录

个人用户登录

找回密码

第三方账号登录

忘记密码

个人用户注册

必须为有效邮箱
6~16位数字与字母组合
6~16位数字与字母组合
请输入正确的手机号码

信息补充