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J. E. Duffy: Eusociality in sponge-dwelling shrimp. 1. In: Kikuchi, T. (editor). 2002. Genes, Behavior, and Evolution in Social Insects. University of Hokkaido Press, Sapporo, Japan. The ecology and evolution of eusociality in sponge-dwelling shrimp. J. EMMETT DUFFY. School of Marine Science & Virginia Institute of Marine
Overall, when parameterized with empirical data, our results suggest that split sex ratios in haplodiploid species have not played an important role in facilitating the evolution of eusociality. Keywords: altruism, helping, inclusive fitness, kin selection, monog- amy, sex allocation. Introduction. Eusociality is characterized by the
20 Sep 2005 binding force in eusocial evolution; individual selection, the strong dissolutive force; and kin selection (narrowly defined), either a Eusociality has been rare in evolution, evidently due to the scarcity of environmental pressures adequate to tip the balance .. writers demurring to variable degree), as.
6 Aug 2010 Eusociality, in which some individuals reduce their own lifetime reproductive potential to raise the offspring of others, underlies the most effect on the interpretation of the genetic evolution of eusociality and, by extension idea expressed by both writers was formalized by Hamilton as the inequality R .c/b,
24 Apr 2015 Figures. Fig 1. Citation: Nowak MA, Allen B (2015) Inclusive Fitness Theorizing Invokes Phenomena That Are Not Relevant for the Evolution of Eusociality. PLoS Biol 13(4): e1002134. . Instead NTW write, "Relatedness does not drive the evolution of eusociality. We can use our model to study the fate of
The evolution of eusociality occurred repeatedly in different orders of animals, particularly the hymenoptera This 'true sociality' in animals, in which sterile individuals work to further the reproductive success of others, is found in termites, ambrosia beetles, gall-dwelling aphids, thrips, marine sponge-dwelling shrimp
23 Mar 2015 Citation: Liao X, Rong S, Queller DC (2015) Relatedness, Conflict, and the Evolution of Eusociality. PLoS Biol 13(3): e1002098. https://doi.org/10.1371/journal.pbio.1002098. Academic Editor: Laurent Keller, University of Lausanne, SWITZERLAND. Received: August 26, 2014; Accepted: February 10, 2015;
The origin and evolution of eusocial insects can be viewed as processes driven by individual-level natural selec- tion. It is best tracked from queen to queen from one gen- eration to the next, with the workers of each colony pro- duced as phenotypic exten- sions of the mother queen. The defending worker is part.
Submitted August 5, 2013; Accepted March 7, 2014; Electronically published August 4, 2014. Online enhancements: appendixes. abstract: Hamilton suggested that inflated relatedness between sisters promotes the evolution of eusociality in haplodiploid popu- lations. Trivers and Hare observed that for this to occur, workers.
For the past four decades kin selection theory has had a profound effect on the interpretation of the genetic evolution of eusociality and, by extension, of social The pivotal idea expressed by both writers was formalized by Hamilton as the inequality R > c/b, meaning that cooperation is favored by natural selection if
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