Data from: Glaciation as an historical filter of below-ground biodiversity

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Helodrilus oculatus;Prosellodrilus alatus;Allolobophoridella eiseni;Hemigastrodrilus monicae;Ethnodrilus lydiae;Murchieona minuscula;Eumenescolex pereli;Aporrectodea longa;earthworms;Hormogaster redii;Lumbricus friendi;Dendrodrilus rubidus;Aporrectodea ligra;Aporrectodea atlantica;Helodrilus segalensis;Allolobophora satchelli;Aporrectodea icterica;Scherotheca minor;Lumbricus centralis;Allolobophora burgondiae;Scherotheca rhodana;Scherotheca porotheca;Body Size;Dendrobaena byblica;Helodrilus tebra;Octodrilus complanatus;Prosellodrilus praticola;Traits;Scherotheca albomaculata;Proctodrilus tuberculatus;Octolasion cyaneum;Eisenia andrei;Prosellodrilus biserialis;range size;Prosellodrilus amplisetosus;Ailoscolex lacteospumosus;Prosellodrilus polythecosus;Scherotheca dinoscolex;Soil biodiversity;Aporrectodea arverna;Allolobophora chlorotica;Diporodrilus omodeoi;Aporrectodea velox;Aporrectodea sardonica;Octolasion lacteum;Lumbricus meliboeus;Orodrilus doderoi;Lumbricus castaneus;Scherotheca monspessulensis;Scherotheca dugesi;Dendrobaena cognettii;Eophila bartolii;Hormogaster pretiosa;community assembly rules;Scherotheca gigas;Scherotheca savignyi;Prosellodrilus idealis;Aporrectodea rubicunda;Hormogaster samnitica;Prosellodrilus elusatus;Oligochaeta;Eophila chaetophora;Microscolex phosphoreus;Dendrodrilus subrubicundus;Aporrectodea caliginosa;Scherotheca corsicana;Dendrobaena attemsi;Prosellodrilus fragilis;Diporodrilus pilosus;Aporrectodea gogna;Aporrectodea cupulifera;Aporrectodea georgii;Kritodrilus calarensis;Satchellius mammalis;Ethnodrilus aveli;Dendrobaena octaedra;Lumbricus festivus;Microscolex dubius;Scherotheca sanaryensis;Dendrobaena pantaleonis;Prosellodrilus pyrenaicus;Scherotheca thibauti;Lumbricus terrestris;Scherotheca brevisella;past climate;Aporrectodea terrestris;Dispersal;Aporrectodea balisa;Aporrectodea rosea;Helodrilus putricola;Aporrectodea tiginosa;Lumbricus rubellus;Scherotheca aquitania;Aporrectodea ziscii;Scherotheca chicaria;Vignysa popi;Eiseniella tetraedra;Aporrectodea graffi;Scherotheca orbiensis;Dendrobaena platyura;Prosellodrilus biauriculatus;Ethnodrilus zajonci;Dendrobaena alpina;Lumbricus improvisus;Proctodrilus antipai;Eisenia fetida;latitudinal gradient

DOI：

doi:10.5061/dryad.g7046

摘要：

to macroecological scales, and that different mechanisms of earthworm community assembly may predominate at different latitudes.

Data from: Heterozygosity–fitness correlations in a wild mammal population: accounting for parental and environmental effects

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DOI：

doi:10.5061/dryad.2kj82

摘要：

food supply (earthworms), improving survival. In dryer years, higher indiscriminate mortality rates appear to mask differential heterozygosity-related survival

Data from: The spatial scaling of saprotrophic fungal beta diversity in decomposing leaves

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Fungi;distance decay;beta diversity;Community Ecology

DOI：

doi:10.5061/dryad.3tm02

摘要：

(i.e. collembola and earthworms). Because the influence of spatial distance and depth on fungal community composition could not be disentangled, both species-sort

Data from: Functional identity and diversity of animals predict ecosystem functioning better than species-based indices

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Earthworms functional traits biodiversity pollination biocontrol nematodes Bee Carabid Dung Beetle

DOI：

doi:10.5061/dryad.177g0

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Drastic biodiversity declines have raised concerns about the deterioration of ecosystem functions and have motivated much recent resear

Data from: Linking size spectrum, energy flux and trophic multifunctionality in soil food webs of tropical land-use systems

负责人：

Potapov, Anton

关键词：

body mass biomass biodiversity ecosystem functioning intraguild predation trophic guilds rainforest oil palm

DOI：

doi:10.5061/dryad.14qd4q6

摘要：

flux. These changes were due to increased biomass of large-sized decomposers in soil, in particular earthworms, with their share in community metabolism