MALE VERSUS FEMALE MATE CHOICE: SEXUAL SELECTION AND THE EVOLUTION OF SPECIES RECOGNITION VIA REINFORCEMENT
Male mate choice, expressed through courtship preferences, sometime occurs even under the mating system of polygyny, when the operational sex ratio is skewed toward males. The conditions under which male mate choice may be expected during polygyny are not well established. Servedio and Lande (2006,...
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Published in | Evolution Vol. 61; no. 12; pp. 2772 - 2789 |
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Main Author | |
Format | Journal Article |
Language | English |
Published |
Malden, USA
Blackwell Publishing Inc
01.12.2007
Society for the Study of Evolution Oxford University Press |
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Abstract | Male mate choice, expressed through courtship preferences, sometime occurs even under the mating system of polygyny, when the operational sex ratio is skewed toward males. The conditions under which male mate choice may be expected during polygyny are not well established. Servedio and Lande (2006, Evolution 60:674-685), assuming strict polygyny where all females have equal mating success, show that when having a preference does not increase the amount of energy that a male can put into courtship, male preferences for “arbitrary” female ornaments should not be expected to evolve; direct selection acts against them because they place males that carry them into situations in which there is high competition for mates. Here I explore in detail two situations under which logic dictates that this effect may be overcome or reversed. First I determine the contributions that direct and indirect selection place on male versus female preferences for traits that increase viability, using notation that allows the exact expression of these measures of selection. I find that direct selection against male preferences still predominates in the male mate choice model, causing less evolution by male than female preferences under these conditions. Second I address whether male mate choice is likely to evolve as a mechanism of premating isolation leading to species recognition, driven by the process of reinforcement. Reinforcement is compared under male and female mate choice, using a variety of models analyzed by both analytical techniques assuming weak selection and numerical techniques under broader selective conditions. I demonstrate that although under many conditions stronger premating isolation evolves under female mate choice, reinforcement may indeed occur via male mate choice alone. |
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AbstractList | Male mate choice, expressed through courtship preferences, sometime occurs even under the mating system of polygyny, when the operational sex ratio is skewed toward males. The conditions under which male mate choice may be expected during polygyny are not well established. Servedio and Lande (2006, Evolution 60:674-685), assuming strict polygyny where all females have equal mating success, show that when having a preference does not increase the amount of energy that a male can put into courtship, male preferences for "arbitrary" female ornaments should not be expected to evolve; direct selection acts against them because they place males that carry them into situations in which there is high competition for mates. Here I explore in detail two situations under which logic dictates that this effect may be overcome or reversed. First I determine the contributions that direct and indirect selection place on male versus female preferences for traits that increase viability, using notation that allows the exact expression of these measures of selection. I find that direct selection against male preferences still predominates in the male mate choice model, causing less evolution by male than female preferences under these conditions. Second I address whether male mate choice is likely to evolve as a mechanism of premating isolation leading to species recognition, driven by the process of reinforcement. Reinforcement is compared under male and female mate choice, using a variety of models analyzed by both analytical techniques assuming weak selection and numerical techniques under broader selective conditions. I demonstrate that although under many conditions stronger premating isolation evolves under female mate choice, reinforcement may indeed occur via male mate choice alone. Male mate choice, expressed through courtship preferences, sometime occurs even under the mating system of polygyny, when the operational sex ratio is skewed toward males. The conditions under which male mate choice may be expected during polygyny are not well established. Servedio and Lande (2006, Evolution 60:674-685), assuming strict polygyny where all females have equal mating success, show that when having a preference does not increase the amount of energy that a male can put into courtship, male preferences for "arbitrary" female ornaments should not be expected to evolve; direct selection acts against them because they place males that carry them into situations in which there is high competition for mates. Here I explore in detail two situations under which logic dictates that this effect may be overcome or reversed. First I determine the contributions that direct and indirect selection place on male versus female preferences for traits that increase viability, using notation that allows the exact expression of these measures of selection. I find that direct selection against male preferences still predominates in the male mate choice model, causing less evolution by male than female preferences under these conditions. Second I address whether male mate choice is likely to evolve as a mechanism of premating isolation leading to species recognition, driven by the process of reinforcement. Reinforcement is compared under male and female mate choice, using a variety of models analyzed by both analytical techniques assuming weak selection and numerical techniques under broader selective conditions. I demonstrate that although under many conditions stronger premating isolation evolves under female mate choice, reinforcement may indeed occur via male mate choice alone. [PUBLICATION ABSTRACT] |
Author | Servedio, Maria R. |
Author_xml | – sequence: 1 givenname: Maria R. surname: Servedio fullname: Servedio, Maria R. |
BackLink | https://www.ncbi.nlm.nih.gov/pubmed/17924955$$D View this record in MEDLINE/PubMed |
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(b9_342) 1987; 76 b58_391 b24_357 Orr H. A. (b51_384) 2001; 158 b57_390 b34_367 b48_381 b45_378 b37_370 Pomiankowski A. (b55_388) 1988; 5 b44_377 b12_345 Servedio M. R. (b63_396) 2006; 60 b23_356 b66_399 b3_336 b76_409 b28_361 Bateman P. W. (b7_340); 268 b32_365 b64_397 b10_343 b16_349 b21_354 b11_344 b54_387 b75_408 b65_398 b43_376 b39_372 Deutsch J. C. (b17_350) 1995; 11 b52_385 b59_392 b20_353 Kirkpatrick M. (b38_371) 1999; 151 b42_375 b31_364 b8_341 Thornhill R. (b67_400) 1983 Barton N. H. (b6_339) 1991; 127 Darwin C. (b14_347) 1871 b1_334 b27_360 b74_407 b40_373 Andersson M. (b5_338) 1994 b30_363 b61_394 b41_374 b50_383 b19_352 Palopoli M. F. (b53_386) 1994; 138 Hardling R. (b22_355) 2005; 7 Trivers R. L. (b69_402) 1972 b18_351 b62_395 Tomlinson I. P. M. (b68_401) 1988; 60 b29_362 b72_405 Verrell P. A. (b73_406) 1995; 99 b77_410 b26_359 O'Donald P. (b49_382) 1967; 17 b15_348 b4_337 b71_404 b36_369 b60_393 b25_358 b46_379 b35_368 b70_403 |
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Snippet | Male mate choice, expressed through courtship preferences, sometime occurs even under the mating system of polygyny, when the operational sex ratio is skewed... |
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SubjectTerms | Alleles Animal reproduction Animals Biological Evolution Comparative analysis Direct selection Ecological competition Evolution Female Female animals Gender differences Male Male animals mathematical model Mating behavior mating preference Mating Preference, Animal Modeling Models, Biological ORIGINAL ARTICLES Phenotypic traits reinforcement Sex Factors Sexual selection speciation species recognition Viability |
Title | MALE VERSUS FEMALE MATE CHOICE: SEXUAL SELECTION AND THE EVOLUTION OF SPECIES RECOGNITION VIA REINFORCEMENT |
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