One of the most complex and important problems in modern evolutionary biology remains to explain the evolution and persistence of sexual reproduction given the costs of sexuality. One way to study the relative strengths and weaknesses of sexuality and asexuality is to study the dynamics of the coexistence of sexual and asexual organisms. An excellent model system for such an approach is the unisexual Amazon molly, Poecilia formosa. This livebearing fish is clonal, but requires sperm to trigger embryogenesis. Amazon mollies need to obtain sperm from males of closely related species. In an effort to understand the apparently paradoxical coexistence of the Amazon molly with its sexual hosts, many theories were tested, but most seem to have lit...
The Amazon molly fish, Poecilia formosa, described nearly 50 years ago as the first unisexual verteb...
The Amazon molly fish, Poecilia formosa, described nearly 50 years ago as the first unisexual verteb...
In sperm-dependent asexual reproduction, sperm is not required for its genetic contribution, but it ...
One of the most complex and important problems in modern evolutionary biology remains to explain the...
When two closely related species are sympatric the process of species recognition (identifying consp...
Amazon molly (Poecilia formosa) females reproduce asexually, but they need sperm to initiate the pro...
For almost five decades three threads have coexisted in the evolutionary and ecological literature, ...
Selection acting on individuals is not predicted to maximize population persistence, yet examples th...
Most females exhibit preferences for certain males and females based on mating and social decisions....
Aim The unisexual Amazon molly (Poecilia formosa) is a clonal, all-female fish but depends on sperm ...
Gynogenetic species rely on sperm from heterospecifics for reproduction but do not receive genetic b...
A major mechanism of pre-zygotic isolation is the ability for individuals to recognize conspecifics....
Abstract. Female Amazon mollies, Poecilia formosa, are gynogenetic and mate with males of a sexual s...
The livebearing all-female fish Poecilia formosa reproduces by gynogenesis, a modified form of parth...
Male sailfin mollies Poecilia latipinna were tested in five different treatments that varied in the ...
The Amazon molly fish, Poecilia formosa, described nearly 50 years ago as the first unisexual verteb...
The Amazon molly fish, Poecilia formosa, described nearly 50 years ago as the first unisexual verteb...
In sperm-dependent asexual reproduction, sperm is not required for its genetic contribution, but it ...
One of the most complex and important problems in modern evolutionary biology remains to explain the...
When two closely related species are sympatric the process of species recognition (identifying consp...
Amazon molly (Poecilia formosa) females reproduce asexually, but they need sperm to initiate the pro...
For almost five decades three threads have coexisted in the evolutionary and ecological literature, ...
Selection acting on individuals is not predicted to maximize population persistence, yet examples th...
Most females exhibit preferences for certain males and females based on mating and social decisions....
Aim The unisexual Amazon molly (Poecilia formosa) is a clonal, all-female fish but depends on sperm ...
Gynogenetic species rely on sperm from heterospecifics for reproduction but do not receive genetic b...
A major mechanism of pre-zygotic isolation is the ability for individuals to recognize conspecifics....
Abstract. Female Amazon mollies, Poecilia formosa, are gynogenetic and mate with males of a sexual s...
The livebearing all-female fish Poecilia formosa reproduces by gynogenesis, a modified form of parth...
Male sailfin mollies Poecilia latipinna were tested in five different treatments that varied in the ...
The Amazon molly fish, Poecilia formosa, described nearly 50 years ago as the first unisexual verteb...
The Amazon molly fish, Poecilia formosa, described nearly 50 years ago as the first unisexual verteb...
In sperm-dependent asexual reproduction, sperm is not required for its genetic contribution, but it ...