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Data from: Loss of sexual recombination and segregation is associated with increased diversification in evening primroses
负责人:
关键词:
Oenothera flava;Oenothera brandegeei;Oenothera rosea;Oenothera gaura;Clarkia virgata;Oenothera catharinensis;Oenothera mexicana;Camissoniopsis cheiranthifolia;Mating Systems;Oenothera montevidensis;Oenothera riparia;Gayophytum d. parviflorum;Oenothera heterophylla;Oenothera perennis;Clarkia rostrata;Clarkia dudleyana;Clarkia rhomboidea;Xylonagra arborea;Oenothera versicolor;Oenothera oakesiana;Oenothera xylocarpa;Chylismia eastwoodiae;Eremothera gouldii;Oenothera serrulata;Chylismia multijuga;Oenothera nuttallii;Oenothera arizonica;Clarkia stellata;Clarkia mosquinii;Taraxia ovata;Oenothera longituba;Oenothera simulans;Oenothera harringtonii;Oenothera indecora;Oenothera stricta stricta;Oenothera longissima;Clarkia amoena;Camissonia lacustris;Oenothera cordata;Sex;Eulobus californicus;Clarkia gracilis;Onagraceae;Oenothera tafiensis;Oenothera psammophila;Clarkia biloba;Oenothera siambonensis;Oenothera laciniata;Gayophytum eriospermum;Clarkia xantiana;Oenothera nana;Oenothera scabra;Oenothera parviflora;Oenothera biennis;Eremothera chamaenerioides;Oenothera brachycarpa;Oenothera pilosella;Clarkia rubicunda;Oenothera ravenii ssp chilensis;Chylismia claviformis;Oenothera anomala;Oenagraceae;Oenothera pallida;Chylismia arenaria;Oenothera xenogaura;Camissoniopsis confusa;Chylismia exilis;Oenothera paradonia;Oenothera coronopifolia;Oenothera triangulata;Clarkia epilobioides;Gayophytum micranthum;Oenothera havardii;Oenothera cavernae;Oenothera fruticosa;Oenothera villosa;Oenothera stubbei;Oenothera kunthiana;Clarkia unguiculata;Oenothera longiflora;Oenothera deltoides;Clarkia purpurea;Gayophytum racemosum;Oenothera magellanica;Camissoniopsis intermedia;Oenothera argillicola;Oenothera lindeimeri;Oenothera verrucosa;Clarkia tembloriensis;Oenothera mendocinensis;Chylismiella pterosperma;Oenothera hartwegii;Camissoniopsis proavita;speciation;Clarkia similis;Gayophytum diffusum diffusum;Oenothera berlandieri;Oenothera platanorum;Oenothera glaucifolia;Tetrapteron palmeri;Oenothera nutans;Oenothera breedlovei;Gayophytum ramosissimum;Gayophytum decipiens;Oenothera acutissima;Clarkia springvillensis;Oenothera rhombipetala;Clarkia lassenensis;Chylismia cardiophylla;Camissoniospsis pallida;Oenothera elongata;Oenothera affinis;Camissoniopsis bistorta;Oenothera jamesii;Oenothera featherstonei;Oenothera tarijensis;Oenothera tamrae;Oenothera texensis;Gayophytum humile;Oenothera santarii;Oenothera patriciae;Oenothera wigginsii;Clarkia heterandra;Clarkia borealis;Oenothera acaulis;Oenothera pubescens;Oenothera californica;Oenothera epilobiifolia;Tetrapteron graciliflorum;Chylismia parryi;Camissoniopsis lewisii;Gayophytum heterozygum;Gayophytum oligospermum;Taraxia tanacetifolia;Oenothera punae;Oenothera pennellii;Oenothera falfurriae;Oenothera mckelveyae;Oenothera mollissima;Oenothera drummondii;Clarkia breweri;Oenothera coloradensis;Oenothera lasiocarpa;Oenothera deserticola;Holmgrenia andina;Camissonia pusilla;Oenothera organensis;Oenothera curtiflora;Oenothera filipes;Clarkia imbricata;Oenothera macrosceles;Clarkia speciosa;Oenothera seifrizii;Camissoniopsis hardhamiae;Oenothera orizabae;Clarkia lewisii;Eulobus crassifolius;Camissonia campestris;Oenothera bahia-blancae;Clarkia mildrediae;Oenothera stuchii;Camissoniopsis micrantha;Oenothera demareei;Clarkia franciscana;Camissonia integrifolia;Oenothera villaricae;Oenothera centauriifolia;Chylismia atwoodii;Oenothera macrocarpa;Oenothera speciosa;Eremothera refracta;Camissoniopsis quadalupensis;Chylismia confertiflora;Chylismia scapoidea;Clarkia modesta;Eremothera nevadensis;Oenothera grandis;Oenothera primiveris;Oenothera caespitosa;Oenothera clelandii;Oenothera tubifera;Oenothera toumeyi;Clarkia australis;Oenothera hexandra;Oenothera tetraptera;Oenothera picensis ssp picensis;Chylismia heterochroma;Oenothera cinerea;Oenothera neomexicana;Oenothera canescens;Oenothera;Oenothera luciae-julianiae;Chylismia specicola;Oenothera triloba;Oenothera engelmannii;Oenothera sufrutescens;Oenothera pedunculifolia;Clarkia williamsonii;Holmgrenia hilgardii;Eulobus angelorum;Oenothera wolfii;Clarkia jolonensis;Oenothera dissecta;Oenothera multicaulis;Oenothera humifusa;Camissonia parvula;Eremothera boothii;Oenothera coryi;Chylismia megalantha;Camissonia pubens;Oenothera sinuosa;Oenothera recurva;Clarkia pulchella;Clarkia davyi;Camissonia benitensis;Oenothera muelleri;Clarkia bottae;Oenothera maysillesii;Chylismia brevipes;Clarkia tenella;Oenothera glazioviana;Camissonia dentata;Camissonia strigulosa;Chylismia walkeri;Oenothera spachiana;Clarkia concinna;Oenothera sandiana;Taraxia breviflora;Camissoniopsis robusta;Oenothera nocturna;Clarkia prostata;Oenothera suffulta;Camissonia sierrae;Camissoniopsis luciae;Oenothera odorata;Oenothera peruana;Clarkia arcuata;Oenothera boquillensis;Oenothera albicaulis;Oenothera grandiflora;Eremothera minor;Chylismia munzii;Clarkia exilis;Taraxia subacaulis;Oenothera howardii;Oenothera arida;Oenothera rivadaviae;Clarkia delicata;Camissoniopsis ignota;Parthenogenesis;Clarkia lingulata;Oenothera coquimbensis;Oenothera linifolia;Oenothera calcicola;Camissoniopsis hirtella;Camissonia kernensis;Oenothera arequipensis;Oenothera lavandulifolia;Eremothera pygmaea;Camissonia contorta;Oenothera elata;Eulobus sceptrostigma;Oenothera tubicula;Clarkia cylindrica;Oenothera grisea;Oenothera curtisii;Oenothera filiformis;Clarkia affinis
DOI:
doi:10.5061/dryad.dm690
摘要:
tion minus extinction) in functionally asexual evening primrose lineages are roughly eight times faster than diversification rates in sexual lineages, lar
Data from: Ecological sorting and character displacement contribute to the structure of communities of Clarkia species
负责人:
关键词:
Clarkia xantiana;Sympatry;Clarkia cylindrica;Clarkia speciosa;competition;pollinator-mediated selection;facilitation;Clarkia unguiculata;Allopatry;community assembly;floral traits
DOI:
doi:10.5061/dryad.r774t76
摘要:
the frequency of co?occurrence of four species of Clarkia in the southern Sierra foothills (Kern County, CA, USA). To investigate potential character displa
Data from: Rapid evolution of reproductive isolation between incipient outcrossing and selfing Clarkia species
负责人:
关键词:
Clarkia xantiana;Clarkia xantiana parviflora;pollination;Bateson-Dobzhansky-Muller incompatibility;Clarkia xantiana xantiana;hybridization;self-fertilization;speciation;mating system
DOI:
doi:10.5061/dryad.n4mm0
摘要:
. We conducted a comprehensive examination of the components of reproductive isolation across the life cycle of two subspecies of Clarkia xantiana, which diverged
Data from: Mycorrhizal interactions do not influence plant-herbivore interactions in populations of Clarkia xantiana ssp. xantiana spanning from
负责人:
关键词:
Clarkia xantiana;Herbivory;AMF;Holocene
DOI:
doi:10.5061/dryad.176gv58
摘要:
. The experiment included six populations of Clarkia xantiana (Onagraceae), which span a complex environmental gradient in the Southern Sierra Nevada of California
ing syndrome in Clarkia
负责人:
关键词:
Clarkia;climate change;elevation gradient;mating system;Seed mass;selfing syndrome;seed size
DOI:
doi:10.25349/D93888
摘要:
. Here, we examined the effects on seed size of both mating system and climate within a single genus. 2. In the California wildflower genus, Clarkia
Data from: Divergence in pollen performance between Clarkia sister species with contrasting mating systems supports predictions of sexual selection
负责人:
Mazer, Susan
关键词:
mating system evolution gametophytic selection pollen competition pollen tube growth rate sexual selction
DOI:
doi:10.5061/dryad.qs4nh
摘要:
conditions. We tested for differences in pollen performance in greenhouse-raised populations of two Clarkia sister species: the predominantly outcrossing
Data from: Species-specific variation in germination rates contributes to spatial coexistence more than adult plant water use in four closely-rela
负责人:
关键词:
plant population and community dynamics;demographic performance;diversity;germination;interspecific trait variation;plant coexistence;plant communities;spatial heterogeneity
DOI:
doi:10.5061/dryad.08kprr503
摘要:
ause of trait variation, then spatial variation might facilitate coexistence. 2. We used a system of four naturally co-occurring species of Clarkia (Onagraceae
Data from: Pollinator-mediated assemblage processes in California wildflowers
负责人:
关键词:
Clarkia;community assemblage;congener;mating system;Mimulus;null models;phylogeny;Limnanthes;community phylogenetics;species coexistence
DOI:
doi:10.5061/dryad.m03vf
摘要:
plant communities dominated by congeners. We surveyed three species-rich genera (Limnanthes, Mimulus, and Clarkia) with centers of diversity in the Sierra Nevada
Data from: Gene flow improves fitness at a range edge under climate change
负责人:
关键词:
Clarkia pulchella;gene flow;Cimate change;Biogeography;Adaptation
DOI:
doi:10.5061/dryad.1b90t69
摘要:
in the annual wildflower Clarkia pulchella using greenhouse crosses to simulate gene flow from sources across the geographic range into two popula

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