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Article(14)
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Animal Behaviour(2)
Marine Ecology(2)
Artificial Life(1)
Biological Bulletin(1)
Biological Journal of the Linnean Society(1)
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Invertebrados(4)
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Fighting for mates: the importance of individual size in mating contests in rocky shore littorinids
ArticleAbstract: Studies of mating contests have reported how traits (e.g. body size) related to resource-holding potPalabras claves:Autores:Davies M.S., Ng T.P.T., Rick Stafford, Williams G.A.Fuentes:scopusComputer simulations of high shore littorinids predict small-scale spatial and temporal distribution patterns on rocky shores
ArticleAbstract: High shore littorinid snails exhibit complex spatial distribution patterns, forming dense aggregatioPalabras claves:aggregation, Computer Simulation, Echinolittorina, Hong Kong, Individual-based model, Mucus trails, trail followingAutores:Davies M.S., Rick Stafford, Williams G.A.Fuentes:scopusA biologically relevant rapid quantification of physical and biological stress profiles on rocky shores
ArticleAbstract: Different combinations and intensities of physical (e.g. thermal) and biological (e.g. competition oPalabras claves:Cellana, Climate Change, Environmental stress, Hong Kong, Limpet, Rocky shoreAutores:Davies M.S., Ng T.P.T., Rick Stafford, Williams G.A.Fuentes:scopusCheats in a cooperative behaviour? Behavioural differences and breakdown of cooperative behaviour in aggregating, intertidal littorinids (Mollusca)
ArticleAbstract: Cooperative behaviours result in the evolution of cheats: individuals that benefit from the behaviouPalabras claves:aggregation, Cheat, Cooperation, Echinolittorina, GASTROPODA, Intertidal, Rocky shoreAutores:Davies M.S., Rick Stafford, Williams G.A.Fuentes:scopusBehavioral repertoire of high-shore littorinid snails reveals novel adaptations to an extreme environment
ArticleAbstract: Species that inhabit high-shore environments on rocky shores survive prolonged periods of emersion aPalabras claves:activity budget, Echinolittorina malaccana, Echinolittorina radiata, Intertidal, snail, Thermal stress, Thermoregulation, trail followingAutores:Davies M.S., Hui T.T.Y., Hutchinson N., Lau S.L.Y., Ng T.P.T., Rick Stafford, Seuront L., Williams G.A.Fuentes:scopusLinking behaviour and climate change in intertidal ectotherms: insights from littorinid snails
ArticleAbstract: A key element missing from many predictive models of the impacts of climate change on intertidal ectPalabras claves:Gastropod, Global warming, Lethal temperature, Thermal safety margin, ThermoregulationAutores:Davies M.S., Lau S.L.Y., Marshall D., Ng T.P.T., Rick Stafford, Seuront L., Williams G.A.Fuentes:scopusMisinterpreting the potential benefits of aggregation for reducing desiccation in the intertidal: A simple analogy
ArticleAbstract: The potential adaptive benefits of aggregation in intertidal invertebrates, in terms of preventing dPalabras claves:aggregation, Desiccation, Gastropod, mollusc, snail, Water lossAutores:Davies M.S., Rick Stafford, Williams G.A.Fuentes:scopusThe causal relationship between sexual selection and sexual size dimorphism in marine gastropods
ArticleAbstract: Sexual size dimorphism is widespread among dioecious species, but its underlying driving forces arePalabras claves:assortative mating, male–male competition, Mate choice, snail, trail followingAutores:Dahlén S.S., Davies M.S., Estévez D., Ng T.P.T., Rick Stafford, Rolán-Alvarez E., Williams G.A.Fuentes:scopusSampling scale can cause bias in positive assortative mating estimates: evidence from two intertidal snails
ArticleAbstract: Assortative mating in the wild is commonly estimated by correlating between traits in mating pairs (Palabras claves:Echinolittorina species, Mate choice, mating pair, mating preference, scale-of-choice effect, size-assortative matingAutores:Davies M.S., Ng T.P.T., Rick Stafford, Rolán-Alvarez E., Williams G.A.Fuentes:scopusSelf-organization of intertidal snails facilitates evolution of aggregation behavior
ArticleAbstract: Many intertidal snails form aggregations during emersion to minimize desiccation stress. Here we invPalabras claves:aggregation, emergence, EVOLUTION, Littorinid snail, Rocky shore, Self-OrganizationAutores:Davies M.S., Rick Stafford, Williams G.A.Fuentes:scopus