FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2189094740> ?p ?o ?g. }

• W2189094740 abstract "Understanding parental care behaviour has remained a core research area in evolutionary behavioural ecology. Why the fascination with parental behaviour? Many human cultures have a strong focus on children and parenting and our extensive and prolonged care for our own young undoubtedly contributes to our fascination with parental care in other animals. Also by studying parental care, behavioural scientists can gain a useful window on the social dynamics of family groups, providing insights on sexual conflict (Chapter 9), parent–offspring conflict (Chapter 7), sibling rivalry (Chapter 8), and kin-mediated cooperation (Emlen 1994, 1997). The strong link between parental effort and mating effort (and sexual selection patterns in general) has also driven the ever-growing interest in parental behaviour (Williams 1966; Trivers 1972; Emlen and Oring 1977; Kokko and Jennions 2008). Parental care varies widely between species. While costly parental feeding of offspring is a near hallmark feature of birds and mammals, many species of fishes, amphibians, and reptiles also provide care for young by simply but vigorously guarding young against predators. Whether it is the mother or the father that defends the brood also varies widely between species. Understanding the key ecological factors selecting for care and explaining the plethora of parental care forms across different taxa has remained an enduring challenge in evolutionary behavioural ecology (Lack 1968; Gross 2005; Kvarnemo 2010). Empirical research has shown that providing care benefits parents by increasing offspring survival and increasing their reproductive success. However, parental care also has three potential costs: 1) a decrease in parental survival, 2) decreased growth and associated fecundity reduction, and 3) fewer remating opportunities (Gross and Sargent 1985). Scientists have used these costs and benefits to better understand when care will evolve and which sex will provide care (Maynard-Smith 1977; Balshine-Earn and Earn 1997; Houston et al. 2005). Vertebrate groups that show great variation in care types, like teleost fishes and shorebirds, have been particular useful models in the search for a better understanding of the evolution of parental behaviour. Since Clutton-Brock (1991) published his encyclopedic bible on parental care, two new technological advances (both molecular) have helped to further invigorate parental care research. First, phylogenetically based, comparative studies are now commonly employed in the study of parental care. The molecular revolution has facilitated the wide scale availability of molecular phylogenies, and analysis that links behaviour to these (Goodwin et al. 1998). These phylogenetic studies have strongly augmented and guided the more traditional behavioural ecology approach of experimental manipulation (Wright and Cuthill 1989). Second, the growth of genomic and bioinformatic studies has facilitated investigations into the divergence or conservation of genes, gene networks, and gene regulation across species or genera that share similar behaviour. Both these new directions have been made possible because of the rapid expansion of molecular data and because of impressive computational improvements that have facilitated largescale database creation and analysis. In general, the molecular revolution is providing deep insights" @default.
• W2189094740 created "2016-06-24" @default.
• W2189094740 creator A5051333293 @default.
• W2189094740 date "2012-01-01" @default.
• W2189094740 modified "2023-09-26" @default.
• W2189094740 title "Patterns of parental care in vertebrates" @default.
• W2189094740 cites W142854172 @default.
• W2189094740 cites W1490421035 @default.
• W2189094740 cites W1498902283 @default.
• W2189094740 cites W1514309419 @default.
• W2189094740 cites W1521414231 @default.
• W2189094740 cites W1528418783 @default.
• W2189094740 cites W1534105211 @default.
• W2189094740 cites W1555754185 @default.
• W2189094740 cites W1578324855 @default.
• W2189094740 cites W1586880825 @default.
• W2189094740 cites W1598533714 @default.
• W2189094740 cites W1607543967 @default.
• W2189094740 cites W1678060042 @default.
• W2189094740 cites W1682942551 @default.
• W2189094740 cites W1801181965 @default.
• W2189094740 cites W1964928350 @default.
• W2189094740 cites W1968846073 @default.
• W2189094740 cites W1969509464 @default.
• W2189094740 cites W1970738316 @default.
• W2189094740 cites W1970850757 @default.
• W2189094740 cites W1971908374 @default.
• W2189094740 cites W1972769975 @default.
• W2189094740 cites W1975312506 @default.
• W2189094740 cites W1975432272 @default.
• W2189094740 cites W1977320179 @default.
• W2189094740 cites W1980429813 @default.
• W2189094740 cites W1981407835 @default.
• W2189094740 cites W1982060737 @default.
• W2189094740 cites W1982515228 @default.
• W2189094740 cites W1986015396 @default.
• W2189094740 cites W1986411342 @default.
• W2189094740 cites W1994041943 @default.
• W2189094740 cites W1994295175 @default.
• W2189094740 cites W1995039586 @default.
• W2189094740 cites W1999772799 @default.
• W2189094740 cites W2006611241 @default.
• W2189094740 cites W2007117827 @default.
• W2189094740 cites W2010811858 @default.
• W2189094740 cites W2010817276 @default.
• W2189094740 cites W2012966025 @default.
• W2189094740 cites W2013521738 @default.
• W2189094740 cites W2014952282 @default.
• W2189094740 cites W2017421713 @default.
• W2189094740 cites W2017896474 @default.
• W2189094740 cites W2022651011 @default.
• W2189094740 cites W2030858752 @default.
• W2189094740 cites W2032885446 @default.
• W2189094740 cites W2033036917 @default.
• W2189094740 cites W2033384637 @default.
• W2189094740 cites W2034140322 @default.
• W2189094740 cites W2035130170 @default.
• W2189094740 cites W2035589796 @default.
• W2189094740 cites W2036533174 @default.
• W2189094740 cites W2036682814 @default.
• W2189094740 cites W2038868975 @default.
• W2189094740 cites W2040134061 @default.
• W2189094740 cites W2042387798 @default.
• W2189094740 cites W2044056486 @default.
• W2189094740 cites W2045022022 @default.
• W2189094740 cites W2048071394 @default.
• W2189094740 cites W2049107009 @default.
• W2189094740 cites W2054631708 @default.
• W2189094740 cites W2055032351 @default.
• W2189094740 cites W2055090154 @default.
• W2189094740 cites W2058177644 @default.
• W2189094740 cites W2067630188 @default.
• W2189094740 cites W2068423777 @default.
• W2189094740 cites W2071265782 @default.
• W2189094740 cites W2071638055 @default.
• W2189094740 cites W2072302192 @default.
• W2189094740 cites W2073755048 @default.
• W2189094740 cites W2075136783 @default.
• W2189094740 cites W2082040015 @default.
• W2189094740 cites W2087549015 @default.
• W2189094740 cites W2087989295 @default.
• W2189094740 cites W2088677062 @default.
• W2189094740 cites W2093300149 @default.
• W2189094740 cites W2093996175 @default.
• W2189094740 cites W2095053161 @default.
• W2189094740 cites W2095419903 @default.
• W2189094740 cites W2098507239 @default.
• W2189094740 cites W2098533587 @default.
• W2189094740 cites W2100096295 @default.
• W2189094740 cites W2100742818 @default.
• W2189094740 cites W2101167680 @default.
• W2189094740 cites W2102316496 @default.
• W2189094740 cites W2106841717 @default.
• W2189094740 cites W2110179885 @default.
• W2189094740 cites W2112455215 @default.
• W2189094740 cites W2112557748 @default.
• W2189094740 cites W2113722763 @default.
• W2189094740 cites W2114374788 @default.
• W2189094740 cites W2115493532 @default.
• W2189094740 cites W2118740949 @default.

• next