The taxonomy of giant Galapagos tortoises (Chelonoidis spp.) is currently based primarily on morphological characters and island of origin. Over the last decade, compelling genetic evidence has accumulated for multiple independent evolutionary lineages, spurring the need for taxonomic revision. On the island of Santa Cruz there is currently a single named species, C. porteri. Recent genetic and morphological studies have shown that, within this taxon, there are two evolutionarily and spatially distinct lineages on the western and eastern sectors of the island, known as the Reserva and Cerro Fatal populations, respectively. Analyses of DNA from natural populations and museum specimens, including the type specimen for C. porteri, confirm the ...
The death of Lonesome George, the last known purebred individual of Chelonoidis abingdoni native to ...
Genome-wide assessments allow for fuller characterization of genetic diversity, finer-scale populati...
Genome-wide assessments allow for fuller characterization of genetic diversity, finer-scale populati...
The taxonomy of giant Galapagos tortoises (Chelonoidis spp.) is currently based primarily on morphol...
<div><p>The taxonomy of giant Galapagos tortoises (<i>Chelonoidis</i> spp.) is currently based prima...
We examined the phylogeography and history of giant Galápagos tortoise populations based on mitocho...
control region, phylogeography Island radiations can offer challenging systems for the implementatio...
The Galapagos Archipelago is recognized as a natural laboratory for studying evolutionary processes....
Fig 1. Geographic distribution of the two known lineages of giant tortoises on Santa Cruz Island: Ch...
Volcanic islands represent excellent models with which to study the effect of vicariance on coloniza...
Although Galápagos giant tortoises are an icon for both human-mediated biodiversity losses and conse...
Giant tortoises, a prominent symbol of the Galápagos archipelago, illustrate the influence of geolog...
Giant Galápagos tortoises represent an interesting model for the study of patterns of genetic diverg...
Giant tortoises once thrived throughout the Galápagos archipelago, but today three island population...
Species are being lost at an unprecedented rate due to human-driven environmental changes. The cases...
The death of Lonesome George, the last known purebred individual of Chelonoidis abingdoni native to ...
Genome-wide assessments allow for fuller characterization of genetic diversity, finer-scale populati...
Genome-wide assessments allow for fuller characterization of genetic diversity, finer-scale populati...
The taxonomy of giant Galapagos tortoises (Chelonoidis spp.) is currently based primarily on morphol...
<div><p>The taxonomy of giant Galapagos tortoises (<i>Chelonoidis</i> spp.) is currently based prima...
We examined the phylogeography and history of giant Galápagos tortoise populations based on mitocho...
control region, phylogeography Island radiations can offer challenging systems for the implementatio...
The Galapagos Archipelago is recognized as a natural laboratory for studying evolutionary processes....
Fig 1. Geographic distribution of the two known lineages of giant tortoises on Santa Cruz Island: Ch...
Volcanic islands represent excellent models with which to study the effect of vicariance on coloniza...
Although Galápagos giant tortoises are an icon for both human-mediated biodiversity losses and conse...
Giant tortoises, a prominent symbol of the Galápagos archipelago, illustrate the influence of geolog...
Giant Galápagos tortoises represent an interesting model for the study of patterns of genetic diverg...
Giant tortoises once thrived throughout the Galápagos archipelago, but today three island population...
Species are being lost at an unprecedented rate due to human-driven environmental changes. The cases...
The death of Lonesome George, the last known purebred individual of Chelonoidis abingdoni native to ...
Genome-wide assessments allow for fuller characterization of genetic diversity, finer-scale populati...
Genome-wide assessments allow for fuller characterization of genetic diversity, finer-scale populati...