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Browsing by Author "Hughes, William O. H."
Now showing items 1-20 of 27
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Walker, Tom N.; Hughes, William O. H. (2009)Social insects have evolved a suite of sophisticated defences against parasites. In addition to the individual physiological immune response, social insects also express â social immunityâ consisting of group-level ...
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Sumner, Seirian; Hughes, William O. H.; Pedersen, Jes S.; Boomsma, Jacobus J. Koos (2004)
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Hughes, William O. H.; Pagliarini, Roberta; Madsen, Henning B.; Dijkstra, Michiel B.; Boomsma, Jacobus J. Koos (2008)Understanding the relative evolutionary importance of parasites to different host taxa is problematic because the expression of disease and resistance are often confounded by factors such as host age and condition. The ...
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Walker, Thomas N.; Hughes, William O. H. (2011)1. Parasites are an important selective force for almost all organisms and drive the evolution by hosts of defence mechanisms that are energetically costly. The strength of parasitism will vary between host species according ...
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Kay, Adam D.; Bruning, Abbie J.; van Alst, Andy; Abrahamson, Tyler T.; Hughes, William O. H.; Kaspari, Michael E. (2014)
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Hughes, William O. H.; Bot, Adriane N. M.; Boomsma, Jacobus J. Koos (2010)Social insect castes represent some of the most spectacular examples of phenotypic plasticity, with each caste being associated with different environmental conditions during their life. Here we examine the level of genetic ...
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Hughes, William O. H.; Bot, A. N. M.; Boomsma, Jacobus J. Koos (2009)
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Hughes, William O. H.; Peterson, Klaus S.; Ugelvig, Line V.; Pedersen, Dorthe; Thomsen, Lene; Poulsen, Michael; Boomsma, Jacobus J. Koos (2004)
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Poulsen, Michael; Hughes, William O. H.; Boomsma, Jacobus J. Koos (2006)
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Christopher, Yuliana; Wcislo, William T.; Martinez-Luis, Sergio; Hughes, William O. H.; Gerardo, Nicole M.; Fernandez-Marin, Hermogenes (2021)Antagonistic interactions between host and parasites are often embedded in networks of interacting species, in which hosts may be attacked by competing parasites species, and parasites may infect more than one host species. ...
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Hughes, William O. H.; Eilenberg, Jorgen; Thomsen, Lene; Boomsma, Jacobus J. Koos (2004)
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Hughes, William O. H.; Boomsma, Jacobus J. Koos (2006)
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Norman, V. C.; Pamminger, T.; Hughes, William O. H. (2017)
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Sumner, Seirian; Hughes, William O. H.; Boomsma, Jacobus J. Koos (2003)
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Baer, Boris C.; Krug, A.; Boomsma, Jacobus J. Koos; Hughes, William O. H. (2005)
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Hughes, William O. H.; Boomsma, Jacobus J. Koos (2004)
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Waddington, Sarah J.; Santorelli, Lorenzo A.; Ryan, Fiona R.; Hughes, William O. H. (2010)Females mating with multiple males (polyandry) is taxonomically widespread but is hard to explain in many animals in which it has no obvious direct benefits. In some, of which social insects are the best example, it is ...
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Hughes, William O. H.; Boomsma, Jacobus J. Koos (2008)Social groups are vulnerable to cheating because the reproductive interests of group members are rarely identical. All cooperative systems are therefore predicted to involve a mix of cooperative and cheating genotypes, ...
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Bonadies, Ernesto; Wcislo, William T.; Gálvez, Dumas; Hughes, William O. H.; Fernández-Marín, Hermógenes (2019)Parasites and their hosts use different strategies to overcome the defenses of the other, often resulting in an evolutionary arms race. Limited animal studies have explored the differential responses of hosts when challenged ...
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Nehring, Volker; Evison, Sophie E. F.; Santorelli, Lorenzo A.; d'Ettorre, Patrizia; Hughes, William O. H. (2011)Although social groups are characterized by cooperation, they are also often the scene of conflict. In non-clonal systems, the reproductive interests of group members will differ and individuals may benefit by exploiting ...
Now showing items 1-20 of 27
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