Mate choice

Mate choice

Mate choice is one of the primary mechanisms under which evolution can occur. It is characterized by a "selective response by animals to particular stimuli" which can be observed as behavior. In other words, before an animal engages with a potential mate, they first evaluate various aspects of that mate which are indicative of quality—such as the resources or phenotypes they have—and evaluate whether or not those particular trait(s) are somehow beneficial to them. The evaluation will then incur a response of some sort.

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enMate choice is one of the primary mechanisms under which evolution can occur. It is characterized by a "selective response by animals to particular stimuli" which can be observed as behavior. In other words, before an animal engages with a potential mate, they first evaluate various aspects of that mate which are indicative of quality—such as the resources or phenotypes they have—and evaluate whether or not those particular trait(s) are somehow beneficial to them. The evaluation will then incur a response of some sort.
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Has abstract
enMate choice is one of the primary mechanisms under which evolution can occur. It is characterized by a "selective response by animals to particular stimuli" which can be observed as behavior. In other words, before an animal engages with a potential mate, they first evaluate various aspects of that mate which are indicative of quality—such as the resources or phenotypes they have—and evaluate whether or not those particular trait(s) are somehow beneficial to them. The evaluation will then incur a response of some sort. These mechanisms are a part of evolutionary change because they operate in a way that causes the qualities that are desired in a mate to be more frequently passed on to each generation over time. For example, if female peacocks desire mates who have a colourful plumage, then this trait will increase in frequency over time as male peacocks with a colourful plumage will have more reproductive success. Further investigation of this concept, has found that it is in fact the specific trait of blue and green colour near the eyespot that seems to increase the females likelihood of mating with a specific peacock. Mate choice is a major component of sexual selection, another being intrasexual selection. Ideas on sexual selection were first introduced in 1871, by Charles Darwin, then expanded on by Ronald Fisher in 1915. At present, there are five sub mechanisms that explain how mate choice has evolved over time. These are direct phenotypic benefits, sensory bias, the Fisherian runaway hypothesis, indicator traits and genetic compatibility. In the majority of systems where mate choice exists, one sex tends to be competitive with their same-sex members and the other sex is choosy (meaning they are selective when it comes to picking individuals to mate with). There are direct and indirect benefits of being the selective individual. In most species, females are the choosy sex which discriminates among competitive males, but there are several examples of reversed roles (see below). It is preferable for an individual to choose a compatible mate of the same species, in order to maintain reproductive success. Other factors that can influence mate choice include pathogen stress and the major histocompatibility complex (MHC).
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Mate choice
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Allofeeding
Ambush predator
Amphibia
Angus John Bateman
Auklet
Bateman's principle
Bird
Bird vocalization
Black-throated blue warbler
Breasts
Brood size
Budgerigar
Category:Evolutionary biology
Category:Evolutionary psychology
Category:Sexual selection
Charles Darwin
Clutch (eggs)
Copepods
Courtship display
Courtship feeding
Diseases
Drosophila
Evolution
Evolutionary psychology
Extended female sexuality
Facial symmetry
Femininity
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File:Satin Bowerbird nest.jpg
File:Trinidadian guppy (Poecilia reticulata) male and female.png
File:Youngronaldfisher2.JPG
Filter theory (sociology)
Fish
Fisherian runaway
Fitness (biology)
Freshwater
Gene expression
Gene flow
Genetic polymorphism
Genetics
George C. Williams (biologist)
Great reed warbler
Green and Black Poison Dart Frog
Guianan cock-of-the-rock
Guppies
Guppy
Gyrodactylus salaris
Human female sexuality
Human leukocyte antigen
Human male sexuality
HVC (avian brain region)
Inclusive fitness
Intelligence
Intrasexual selection
Lek mating
Leptidea sinapis
Long-tailed widowbird
Major histocompatibility complex
Major histocompatibility complex and sexual selection
Mammal
Manakins
Masculinity
Mate choice copying
Mate guarding in humans
Meadow vole
Morris water navigation task
Mountain chickadee
Natural selection
Neumania papillator
Northern cardinal
Parasites
Parasite-stress theory
Parental investment
Peacocks
Phenotype
Phenotypes
Phenotypic trait
Pipefish
Plumage
Polygamy
Psychological adaptation
Red crossbill
Reproductive isolation
Reproductive success
Robert L. Trivers
Ronald Fisher
Satin bowerbird
Scarification
Scissortail sergeant
Seahorses
Secondary sexual characteristics
Seduction
Sexual conflict
Sexual selection
Sexy son hypothesis
Songbird
Speciation
Spermatophore
Spotted hyena
Taxon
The Descent of Man, and Selection in Relation to Sex
The Evolution of Human Sexuality
The Genetical Theory of Natural Selection
Three-spined stickleback
Trinidad and Tobago
Waist–hip ratio
Wattled jacana
Wolf spiders
Zebra finch
SameAs
4044795-9
FUBJ
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Pagpili ng katalik
Parringsvalg
Partnerkeuze
Partnervalg
Q1209263
Seleção intersexual
Selecció intersexual
Selección intersexual
Sélection intersexuelle
Вибір шлюбного партнера
Выбор брачного партнёра
خيار الشريك
گزینش جفت
择偶
SeeAlso
Mating call
Subject
Category:Evolutionary biology
Category:Evolutionary psychology
Category:Sexual selection
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