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期刊名:Evolution letters

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ISSN:N/A

e-ISSN:2056-3744

IF/分区:4.3/Q1

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共收录本刊相关文章索引485
Clinical Trial Case Reports Meta-Analysis RCT Review Systematic Review
Classical Article Case Reports Clinical Study Clinical Trial Clinical Trial Protocol Comment Comparative Study Editorial Guideline Letter Meta-Analysis Multicenter Study Observational Study Randomized Controlled Trial Review Systematic Review
Davorka Gulisija,Mitchell Newberry Davorka Gulisija
Phenotypic plasticity enables organisms to produce better-suited phenotypes when the environment changes, improving fitness under adverse conditions. Yet responding to environmental cues may provide little use in a constant environment, whe...
Gabrielle T Welsh,James H Gallagher,Mary L Westwood et al. Gabrielle T Welsh et al.
The evolution of novel animal signals is critical to the generation of biodiversity. Here, we explore how new sexual signals become established. This process is challenging to explain because if receiver preferences are coupled with existin...
Salomé Fromonteil,Alexandre Rêgo,Elina Immonen et al. Salomé Fromonteil et al.
Sexual selection can be an engine of divergent evolution between closely related lineages, as a result of idiosyncratic coevolution of male and female reproductive traits. The possibility that this can contribute to speciation has ample sup...
Lauren M Harrison,Jessica Hughes,Amanda Bretman et al. Lauren M Harrison et al.
Females and males typically differ in lifespan, patterns of ageing, and reproduction. General explanations for variation in the magnitude of this sex-specificity remain elusive, and the role of the social environment in this context is unde...
Guillermo Garcia-Costoya,Saúl F Domínguez-Guerrero,Lutz Fromhage et al. Guillermo Garcia-Costoya et al.
Life-history traits evolve to optimize fitness trade-offs across an organism's life cycle. Potentially to mediate the trade-off between survival and fecundity, multiple animal groups have independently evolved live birth (viviparity), inclu...
Gillian E Patton,John C Meraz,Michelle Yin et al. Gillian E Patton et al.
Understanding how genotype-by-environment (G × E) interactions influence evolutionary trajectories and contribute to historical contingency is key to predicting adaptation. In structured environments, populations often diversify into ecoty...
Mackenzie Urquhart-Cronish,Ken A Thompson,Amy L Angert Mackenzie Urquhart-Cronish
Plant reproductive assurance describes the ability of a plant to successfully reproduce in an environment that is potentially devoid of conspecifics and/or pollinators. Traditionally, studies have focused on contemporary ecology-pollinator ...
Veronica Iriart,Nanami Kubota,Tia-Lynn Ashman Veronica Iriart
Agriculture has intensified the presence of chemical stressors in the rhizosphere-the region surrounding roots where critical plant-microbe interactions occur, such as those between leguminous plants and nitrogen-fixing rhizobial bacteria. ...
Thodoris Danis,Dana Lin,Daniel S Caetano et al. Thodoris Danis et al.
The length of gestation in eutherian mammals, which is key to their reproductive success, is closely connected to other life history traits, body mass, and brain mass, but the direction of relationships between these variables is unclear. H...
Erik I Svensson,Mads F Schou,Julian Melgar et al. Erik I Svensson et al.
Non-invasive methods for measuring thermal tolerance and thermoregulation in large numbers of individuals under natural environmental conditions are useful to understand the capacity of species to adapt to future climate scenarios. Infrared...