Female preference for sympatric vs. allopatric male throat color morphs in the mesquite lizard (Sceloporus grammicus) species complex

Color polymorphic sexual signals are often associated with alternative reproductive behaviors within populations, and the number, frequency, or type of morphs present often vary among populations. When these differences lead to assortative mating by population, the study of such polymorphic taxa may...

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Veröffentlicht in:PloS one 2014-04, Vol.9 (4), p.e93197-e93197
Hauptverfasser: Bastiaans, Elizabeth, Bastiaans, Mary Jane, Morinaga, Gen, Castañeda Gaytán, José Gamaliel, Marshall, Jonathon C, Bane, Brendan, de la Cruz, Fausto Méndez, Sinervo, Barry
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container_title PloS one
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creator Bastiaans, Elizabeth
Bastiaans, Mary Jane
Morinaga, Gen
Castañeda Gaytán, José Gamaliel
Marshall, Jonathon C
Bane, Brendan
de la Cruz, Fausto Méndez
Sinervo, Barry
description Color polymorphic sexual signals are often associated with alternative reproductive behaviors within populations, and the number, frequency, or type of morphs present often vary among populations. When these differences lead to assortative mating by population, the study of such polymorphic taxa may shed light on speciation mechanisms. We studied two populations of a lizard with polymorphic throat color, an important sexual signal. Males in one population exhibit orange, yellow, or blue throats; whereas males in the other exhibit orange, yellow, or white throats. We assessed female behavior when choosing between allopatric and sympatric males. We asked whether females discriminated more when the allopatric male was of an unfamiliar morph than when the allopatric male was similar in coloration to the sympatric male. We found that female rejection of allopatric males relative to sympatric males was more pronounced when males in a pair were more different in throat color. Our findings may help illuminate how behavioral responses to color morph differences between populations with polymorphic sexual signals contribute to reproductive isolation.
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When these differences lead to assortative mating by population, the study of such polymorphic taxa may shed light on speciation mechanisms. We studied two populations of a lizard with polymorphic throat color, an important sexual signal. Males in one population exhibit orange, yellow, or blue throats; whereas males in the other exhibit orange, yellow, or white throats. We assessed female behavior when choosing between allopatric and sympatric males. We asked whether females discriminated more when the allopatric male was of an unfamiliar morph than when the allopatric male was similar in coloration to the sympatric male. We found that female rejection of allopatric males relative to sympatric males was more pronounced when males in a pair were more different in throat color. 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When these differences lead to assortative mating by population, the study of such polymorphic taxa may shed light on speciation mechanisms. We studied two populations of a lizard with polymorphic throat color, an important sexual signal. Males in one population exhibit orange, yellow, or blue throats; whereas males in the other exhibit orange, yellow, or white throats. We assessed female behavior when choosing between allopatric and sympatric males. We asked whether females discriminated more when the allopatric male was of an unfamiliar morph than when the allopatric male was similar in coloration to the sympatric male. We found that female rejection of allopatric males relative to sympatric males was more pronounced when males in a pair were more different in throat color. Our findings may help illuminate how behavioral responses to color morph differences between populations with polymorphic sexual signals contribute to reproductive isolation.</abstract><cop>United States</cop><pub>Public Library of Science</pub><pmid>24718297</pmid><doi>10.1371/journal.pone.0093197</doi><oa>free_for_read</oa></addata></record>
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subjects Analysis
Animal behavior
Animal reproduction
Animals
Assortative mating
Biological diversity
Biology and Life Sciences
Color
Coloration
Ecology and Environmental Sciences
Evolution
Evolutionary biology
Female
Females
Gender differences
Genetic aspects
Least-Squares Analysis
Light
Lizards - physiology
Logistic Models
Male
Males
Mating Preference, Animal - physiology
Mesquite
Mexico
Pharynx
Pharynx - anatomy & histology
Phenotype
Physiological aspects
Pigmentation - physiology
Population studies
Populations
Preferences
Principal Component Analysis
Reproduction
Reproductive isolation
Risk factors
Sceloporus grammicus
Speciation
Species Specificity
Sympatric populations
Sympatry
Taxa
Time Factors
title Female preference for sympatric vs. allopatric male throat color morphs in the mesquite lizard (Sceloporus grammicus) species complex
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