Data from: Phylogeny of xerophilic aspergilli (subgenus Aspergillus) and taxonomic revision of section Restricti

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关键词：

indoor fungi;multigene phylogeny;Aspergillus canadensis;food spoilage;Aspergillus destruens;Aspergillus restrictus;Aspergillus tardicrescens;Aspergillus clavatophorus;Aspergillus villosus;Aspergillus glabripes;Aspergillus infrequens;Aspergillus domesticus;Aspergillus magnivesiculatus;Aspergillus pseudogracilis;Aspergillus penicillioides;sick building syndrome;Aspergillus pachycaulis;xerophilic fungi;Aspergillus reticulatus;Aspergillus hordei;linear discriminant analysis;Aspergillus salinicola;multispecies coalescent model;Eurotium

DOI：

doi:10.5061/dryad.3t423

摘要：

ious isolation sources and four continents were characterized by DNA sequencing, and 193 isolates selected for phylogenetic analyses and phenotypic studies

Data from: Personality drives physiological adjustments and is not related to survival

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behavioural syndrome coping style phenotypic flexibility life-history trade-off pace-of-life temperament animal personalities body mass gizzard mass exploration

DOI：

doi:10.5061/dryad.jr934

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of exploratory behaviour) was correlated with gizzard mass without detrimental effects on survival. We conclude that personality drives physiological adjustments, rather tha

Data from: Small and ugly? Phylogenetic analyses of the “selfing syndrome” reveal complex evolutionary fates of monomorphic primrose flowers

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Primula amethystina;Primula maximowiczii;Primula bellidifolia;Primulaceae;Primula algida;Primula bella;Primula geraniifolia;homostyly;Dionysia;Primula bracteata;Primula septemloba;Primula yunnanensis;Primula reidii;Primula boreiocalliantha;Primula asarifolia;Primula sinensis;Primula scandinavica;Primula muscarioides;Primula nivalis;Primula secundiflora;Primula erratica;Primula chapaensis;Primula aurantiaca;Primula saturata;Primula firmipes;Primula tanneri;Primula cockburniana;Primula souliei;Dionysia hissarica;Primula littledalei;Primula rotundifolia;Primula florida;breeding system;Ericales;Primula orbicularis;Primula verticillata;Dionysia lurorum;Primula pumilio;Primula japonica;Primula floribunda;Primula latisecta;Primula;Primula chionantha;Primula membranifolia;Primula calderiana;Primula flaccida;Primula alpicola;Primula fasciculata;Primula glomerata;Primula aliciae;Primula kisoana;phylogenetic comparative methods;Primula waltonii;Primula primulina;Primula advena;Dionysia aretioides;Primula prolifera;Primula mollis;Primula watsonii;Primula ovalifolia;Primula nutans;Primula tenuiloba;Dionysia tapetodes;Primula calliantha;Primula laurentiana;Primula cernua;Primula vialii;Primula merrilliana;Primula poissonii;Primula rupestris;Primula polyneura;Primula heucherifolia;Primula luteola;Primula malacoides;Heterostyly;Primula cortusoides;Primula pulverulenta;Dionysia bryoides;Primula glabra;Primula gemmifera;Primula caveana;Primula denticulata;Primula pinnatifida;Primula moupinensis;Primula dryadifolia;Primula prenantha;Primula odontocalyx;Primula violaceae;Primula reticulata;Primula aromatica;Primula forbesii;Primula soongii;Primula sertulum;Primula barbicalyx;Primula deflexa;Primula serratifolia;Primula obconica;Primula sonchifolia;Primula modesta;Primula scotica;Primula pycnoloba;Primula partschiana;Primula blattariformis;Dionysia lindbergii;Primula chungensis;floral evolution;Primula muscoides;Primula involucrata;Primula minor;Primula wangii;Primula auriculata;Primula forrestii;Dionysia revoluta;Primula wigramiana;Primula rugosa;Primula sinolisteri;Primula walshii;Primula bracteosa;Primula sinomollis;Primula darialica;Primula capitata;Primula simensis;Primula farinosa;Primula siamensis;Primula elliptica;Primula excapa;Primula interjacens;Primula efarinosa;Primula cicutariifolia;Primula malvacea;Primula pulchella;Primula halleri;Primula veris

DOI：

doi:10.5061/dryad.vq2m6

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to be associated with a suite of phenotypic changes, notably a reduction of floral size, termed the selfing syndrome. We investigate whether floral morphologic

Data from: Context-dependent costs and benefits of tuberculosis resistance traits in a wild mammalian host

负责人：

Tavalire, Hannah

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coevolution heritability host-pathogen pace-of-life

DOI：

doi:10.5061/dryad.s3b0n42

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ing a higher body condition and reproductive rate. This study quantifies striking phenotypic variation in pathogen resistance and provides evidence for a link

Data from: Dispersal propensity, but not flight performance, explains variation in dispersal ability

负责人：

Terblanche, John S.

关键词：

flight performance behavioural syndromes dispersal ecology invasive species

DOI：

doi:10.5061/dryad.g1228

摘要：

orly understood for many invertebrate systems, especially in non-polymorphic pterygote species. Here we examined phenotypic differences between dispersal-pro

Data from: Social status and personality: stability in social state can promote consistency of behavioural responses

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关键词：

personality behavioural syndromes intra-sexual selection phenotypic plasticity social dominance chicken

DOI：

doi:10.5061/dryad.227qn

摘要：

t behavioural responses were strongly affected by social status, but also by individual characteristics. The level of vigilance, activity and exploration changed