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Data from: The differential contributions of herkogamy and dichogamy as mechanisms of avoiding self-interference in four self-incompatible Epimedium
负责人:
关键词:
Epimedium;plants;Adaptation;natural selection;pollination
DOI:
doi:10.5061/dryad.46kb4
摘要:
Self-interference is one of the most important selective forces in shaping floral evolution. Herkogamy and dichogamy both can achieve reductions
Data from: Selection on floral design in Polemonium brandegeei (Polemoniaceae): female and male fitness under hawkmoth pollination
负责人:
关键词:
Pollen Movement;Polemoniaceae;herkogamy;Polemonium brandegeei;Hyles gallii;selection gradients;Male Fitness
DOI:
doi:10.5061/dryad.6cp7c2j1
摘要:
. The spatial separation of sex-organs, herkogamy, is believed to limit sexual interference in hermaphrodite flowers. Reverse herkogamy (stigma recessed below anther
Data from: Does urbanization promote floral diversification? Implications from changes in herkogamy with pollinator availability in an urban
负责人:
关键词:
Commelina communis;Plant-pollinator interaction;floral diversification;urbanization
DOI:
doi:10.5061/dryad.pd775
摘要:
populations may suggest the presence of high reproductive assurance by selfing. The stigma height and degree of herkogamy significantly decreased with increased
Data from: Experimental insights on the function of ancillary pollen and stigma polymorphisms in plants with heteromorphic incompatibility
负责人:
关键词:
Armeria pubigera;disassortative pollination;Limonium vulgare;Limonium;pollen-stigma dimorphism;Armeria;Heterostyly;floral function;Armeria maritima
DOI:
doi:10.5061/dryad.r48vj
摘要:
Most heterostylous plants possess a reciprocal arrangement of stigmas and anthers (reciprocal herkogamy), heteromorphic self-incompatibility
Data from: Populations with greater flexibility in floral traits modify mating system in response to the pollinator environment
负责人:
关键词:
Mixed Mating;plant reproductive biology;Campanula americana;Mating System evolution;pollen limitation;Holocene;floral traits;dichogamy
DOI:
doi:10.5061/dryad.5081qr5
摘要:
habitats to create high- and low-pollination environments. Floral visitors were observed and pollen limitation, dichogamy, herkogamy, and pollen per
Data from: Selection on Polemonium brandegeei (Polemoniaceae) flowers under hummingbird pollination: in opposition, parallel, or independent of
负责人:
关键词:
herkogamy;Polemoniaceae;Hummingbirds;Male Fitness;Polemonium brandegeei;Hyles gallii;selection gradients;Floral selection;Pollen Movement;Archilochus colubris;Fitness
DOI:
doi:10.5061/dryad.5f1t0
摘要:
. We documented contrasting selection on sex organ positioning through female function, with hummingbirds selecting for stigmas exserted beyond the anther
Data from: Evolution of the selfing syndrome: anther orientation and herkogamy together determine reproductive assurance in a self-compatible plant
负责人:
关键词:
mating system;natural selection;pollination;Arabis alpina;adaptive evolution;floral morphology
DOI:
doi:10.5061/dryad.0s63q
摘要:
in a common-garden experiment. To examine whether anther-stigma distance and anther orientation are subject to directional and/or correlational selection, and whether this is bec
Data from: Multiple aspects of the selfing syndrome of the morning glory Ipomoea lacunosa evolved in response to selection: a Qst-Fst comparison
负责人:
关键词:
mating system;natural selection;selfing syndrome;Ipomoea cordatotriloba;self-pollination;floral morphology;Ipomoea lacunosa
DOI:
doi:10.5061/dryad.7vs53cr
摘要:
traits. We also find evidence of selection for reduced herkogamy in I. lacunosa, consistent with selection driving both the transition in mating system
Data from: Small and ugly? Phylogenetic analyses of the “selfing syndrome” reveal complex evolutionary fates of monomorphic primrose flowers
负责人:
关键词:
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
摘要:
for evolution of selfing. We find similar overall variability of homostylous and heterostylous species, except for diminished herkogamy in homostyles. Bayesian

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