FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2964690617> ?p ?o ?g. }

• W2964690617 endingPage "20190761" @default.
• W2964690617 startingPage "20190761" @default.
• W2964690617 abstract "Cultural evolution may accelerate population divergence and speciation, though most support for this hypothesis is restricted to scenarios of allopatric speciation driven by random cultural drift. By contrast, the role of cultural evolution in non-allopatric speciation (i.e. speciation with gene flow) has received much less attention. One clade in which cultural evolution may have figured prominently in speciation with gene flow includes the conifer-seed-eating finches in the red crossbill ( Loxia curvirostra ) complex. Here we focus on Cassia crossbills ( Loxia sinesciuris ; an ecotype recently split taxonomically from red crossbills) that learn social contact calls from their parents. Previous work found that individuals modify their calls throughout life such that they become increasingly divergent from a closely related, sympatric red crossbill ecotype. This open-ended modification of calls could lead to character displacement if it causes population-level divergence in call structure that, in turn, reduces (maladaptive) heterospecific flocking. Heterospecific flocking is maladaptive because crossbills use public information from flockmates to assess resource quality, and feeding rates are depressed when flockmates differ in their ability to exploit a shared resource (i.e. when flockmates are heterospecifics). We confirm the predictions of character displacement by documenting substantial population-level divergence in Cassia crossbill call structure over just two decades and by using field experiments to demonstrate that Cassia and red crossbills differentially respond to these evolved differences in call structure, reducing heterospecific flock formation. Moreover, because crossbills choose mates from within flocks, a reduction in heterospecific flocking should increase assortative mating and may have been critical for speciation of Cassia crossbills in the face of ongoing gene flow in as few as 5000 years. Our results provide evidence for a largely neglected yet potentially widespread mechanism by which reproductive isolation can evolve between sympatric lineages as a byproduct of adaptive cultural evolution." @default.
• W2964690617 created "2019-08-13" @default.
• W2964690617 creator A5051620338 @default.
• W2964690617 creator A5066834170 @default.
• W2964690617 date "2019-07-31" @default.
• W2964690617 modified "2023-10-16" @default.
• W2964690617 title "Character displacement of a learned behaviour and its implications for ecological speciation" @default.
• W2964690617 cites W1595892857 @default.
• W2964690617 cites W1664199649 @default.
• W2964690617 cites W1856534087 @default.
• W2964690617 cites W1951724000 @default.
• W2964690617 cites W1963878914 @default.
• W2964690617 cites W1965735445 @default.
• W2964690617 cites W1966329389 @default.
• W2964690617 cites W1968647692 @default.
• W2964690617 cites W1974574238 @default.
• W2964690617 cites W1985736009 @default.
• W2964690617 cites W2000564475 @default.
• W2964690617 cites W2003798206 @default.
• W2964690617 cites W2004661274 @default.
• W2964690617 cites W2019470436 @default.
• W2964690617 cites W2027475699 @default.
• W2964690617 cites W2028547129 @default.
• W2964690617 cites W2029050801 @default.
• W2964690617 cites W2036480009 @default.
• W2964690617 cites W2046887854 @default.
• W2964690617 cites W2053796765 @default.
• W2964690617 cites W2060187317 @default.
• W2964690617 cites W2062164809 @default.
• W2964690617 cites W2070109187 @default.
• W2964690617 cites W2071876445 @default.
• W2964690617 cites W2079549244 @default.
• W2964690617 cites W2088152161 @default.
• W2964690617 cites W2095846561 @default.
• W2964690617 cites W2099088661 @default.
• W2964690617 cites W2101649489 @default.
• W2964690617 cites W2114280150 @default.
• W2964690617 cites W2121231433 @default.
• W2964690617 cites W2122773798 @default.
• W2964690617 cites W2124199585 @default.
• W2964690617 cites W2133564597 @default.
• W2964690617 cites W2136479563 @default.
• W2964690617 cites W2137621906 @default.
• W2964690617 cites W2139917747 @default.
• W2964690617 cites W2141033789 @default.
• W2964690617 cites W2150368341 @default.
• W2964690617 cites W2151227169 @default.
• W2964690617 cites W2156414867 @default.
• W2964690617 cites W2162354679 @default.
• W2964690617 cites W2167981020 @default.
• W2964690617 cites W2170470635 @default.
• W2964690617 cites W2180001676 @default.
• W2964690617 cites W2197905690 @default.
• W2964690617 cites W2315157000 @default.
• W2964690617 cites W2326061638 @default.
• W2964690617 cites W2326350291 @default.
• W2964690617 cites W2473415019 @default.
• W2964690617 cites W2516463044 @default.
• W2964690617 cites W2526522027 @default.
• W2964690617 cites W2529873623 @default.
• W2964690617 cites W2562889080 @default.
• W2964690617 cites W2564713586 @default.
• W2964690617 cites W2724765874 @default.
• W2964690617 cites W2736845815 @default.
• W2964690617 cites W2737251732 @default.
• W2964690617 cites W2739121401 @default.
• W2964690617 cites W2748967853 @default.
• W2964690617 cites W2767974751 @default.
• W2964690617 cites W2891166255 @default.
• W2964690617 doi "https://doi.org/10.1098/rspb.2019.0761" @default.
• W2964690617 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6710588" @default.
• W2964690617 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31362636" @default.
• W2964690617 hasPublicationYear "2019" @default.
• W2964690617 type Work @default.
• W2964690617 sameAs 2964690617 @default.
• W2964690617 citedByCount "7" @default.
• W2964690617 countsByYear W29646906172021 @default.
• W2964690617 countsByYear W29646906172022 @default.
• W2964690617 countsByYear W29646906172023 @default.
• W2964690617 crossrefType "journal-article" @default.
• W2964690617 hasAuthorship W2964690617A5051620338 @default.
• W2964690617 hasAuthorship W2964690617A5066834170 @default.
• W2964690617 hasBestOaLocation W29646906171 @default.
• W2964690617 hasConcept C104317684 @default.
• W2964690617 hasConcept C107023163 @default.
• W2964690617 hasConcept C115225378 @default.
• W2964690617 hasConcept C144024400 @default.
• W2964690617 hasConcept C149923435 @default.
• W2964690617 hasConcept C160704849 @default.
• W2964690617 hasConcept C18903297 @default.
• W2964690617 hasConcept C194811659 @default.
• W2964690617 hasConcept C2777433574 @default.
• W2964690617 hasConcept C2908647359 @default.
• W2964690617 hasConcept C4871052 @default.
• W2964690617 hasConcept C514575182 @default.
• W2964690617 hasConcept C53889494 @default.
• W2964690617 hasConcept C55493867 @default.
• W2964690617 hasConcept C78458016 @default.

• next