Hybridization and polyploidy are two major sources of genetic variability that can lead to adaptation in new habitats. Most species of the brown algal genus Fucus are found along wave-swept rocky shores of the Northern Hemisphere, but some species have adapted to brackish and salt marsh habitats. Using five microsatellite loci and mtDNA RFLP, we characterize two populations of morphologically similar, muscoideslike Fucus inhabiting salt marshes in Iceland and Ireland. The Icelandic genotypes were consistent with Fucus vesiculosus x Fucus spiralis F, hybrids with asymmetrical hybridization, whereas the Irish ones consisted primarily of polyploid F. vesiculosus.</p
Dwarf embedded Fucus populations in the Northwest Atlantic Ocean are restricted to the upper interti...
Closely related taxa provide significant case studies for understanding evolution of new species but...
Historically, the intertidal seaweeds Fucus serratus (Fs) and Fucus evanescens (Fe) were sympatric o...
Hybridization and polyploidy are two major sources of genetic variability that can lead to adaptatio...
The introduced Fucus evanescens (hermaphroditic) and the native F. serratus (dioecious) have been in...
In low-energy salt-marsh environments, Fucus spp. frequently exhibit an atypical morphology that is ...
Genetic affiliation, nuclear DNA content, and gamete functioning were examined in small salt marsh F...
The high degree of morphological plasticity displayed by species of the brown algal genus Fucus L. i...
The common intertidal seaweed Fucus serratus was almost certainly introduced to Iceland and the Faro...
The common intertidal seaweed Fucus serratus was almost certainly introduced to Iceland and the Faro...
Genetic affiliation, nuclear DNA content, and gamete functioning were examined in small salt marsh F...
Geographical discontinuities in the composition of species assemblages are often mirrored by genetic...
Genetic affiliation, nuclear DNA content, and gamete functioning were examined in small salt marsh F...
Closely related taxa provide significant case studies for understanding evolution of new species but...
Abstract The genus Fucus contains several key forming species occupying rocky shores in the Northern...
Dwarf embedded Fucus populations in the Northwest Atlantic Ocean are restricted to the upper interti...
Closely related taxa provide significant case studies for understanding evolution of new species but...
Historically, the intertidal seaweeds Fucus serratus (Fs) and Fucus evanescens (Fe) were sympatric o...
Hybridization and polyploidy are two major sources of genetic variability that can lead to adaptatio...
The introduced Fucus evanescens (hermaphroditic) and the native F. serratus (dioecious) have been in...
In low-energy salt-marsh environments, Fucus spp. frequently exhibit an atypical morphology that is ...
Genetic affiliation, nuclear DNA content, and gamete functioning were examined in small salt marsh F...
The high degree of morphological plasticity displayed by species of the brown algal genus Fucus L. i...
The common intertidal seaweed Fucus serratus was almost certainly introduced to Iceland and the Faro...
The common intertidal seaweed Fucus serratus was almost certainly introduced to Iceland and the Faro...
Genetic affiliation, nuclear DNA content, and gamete functioning were examined in small salt marsh F...
Geographical discontinuities in the composition of species assemblages are often mirrored by genetic...
Genetic affiliation, nuclear DNA content, and gamete functioning were examined in small salt marsh F...
Closely related taxa provide significant case studies for understanding evolution of new species but...
Abstract The genus Fucus contains several key forming species occupying rocky shores in the Northern...
Dwarf embedded Fucus populations in the Northwest Atlantic Ocean are restricted to the upper interti...
Closely related taxa provide significant case studies for understanding evolution of new species but...
Historically, the intertidal seaweeds Fucus serratus (Fs) and Fucus evanescens (Fe) were sympatric o...