Data from: Complex interaction of dendritic connectivity and hierarchical patch size on biodiversity in river-like landscapes

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关键词：

Cephalodella sp.;Ecology: spatial;Metacommunities;Chilomonas sp.;Paramecium bursaria;Paramecium aurelia;Euglena gracilis;biodiversity;blepharisma sp.;Dendritic Ecological Networks;spirostomum sp.;tetrahymena sp.;experimental microcosms;Dispersal;Euplotes aediculatus;Colpidium sp.;community assembly;Ecology: experimental

DOI：

doi:10.5061/dryad.15np2

摘要：

Habitat fragmentation and land use changes are causing major biodiversity losses. Connectivity of the landscape or environmental conditions al

Data from: Dendritic network structure and dispersal affect temporal dynamics of diversity and species persistence

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linear network;Paramecium caudatum;river-like;Chlorogonium euchlorum;Paramecium aurelia;Loxocephallus sp.;Cephalodella sp.;microcosm experiment;Dexiostoma sp.;Paramecium bursaria;Euglena gracilis;landscape structure;protist;persistence;Euglena mutabilis;true diversity;Chilomonas sp.;Colpidium striatum;Spirostomum ambiguum;Tetrahymena cf. pyriformis;Cyclidium glaucoma;Euplotes aediculatus

DOI：

doi:10.5061/dryad.1kf36

摘要：

limitation, but became more similar to ?-diversity in dendritic networks over time. Comparing the experimental results with a neutral metacommunity model we found tha

Data from: Inferring species interactions in ecological communities: a comparison of methods at different levels of complexity

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关键词：

rotifer;Dexiostoma;Community dynamics;Paramecium bursaria;Paramecium aurelia;Euplotes;asymptotic stability;interaction matrix;Interaction strength;cyclidium;chilomonas;colpidium;Euglena;equilibrium;spirostomum;Tetrahymena;ecological network;cephalodella

DOI：

doi:10.5061/dryad.20cp7

摘要：

in ecological communities. 4. We show how simulations of a LV stochastic community model, derived from an empirical interaction matrix, can be used to predict multisp