Conservation is practiced in many ways, but often overlooked is the role of specimens in conservation biological research. With increasingly powerful phylogenetic analyses necessary to describe dwindling genetic diversity, the preservation of biodiversity can only be as successful as the infrastructure of specimens available. Taxonomic units of biodiversity may not completely reflect true genetic diversity, so new phylogenetic tools useful for the recognition of biodiversity require specimen-based resources to be as complete as possible. Here, we discuss how specimen-based, integrated research has multiple goals, and how conservation biology remains a key focus and outcome of these studies. Our sample archiving methods are among the most co...
Background to the work For centuries taxonomy has relied on dead animal specimens, a practice tha...
Scientific debate over identification of taxa below the species level has persisted for centuries. T...
For centuries taxonomy has relied on dead animal specimens, a practice that persists today despite t...
A taxonomic classification that accurately captures evolutionary history is essential for conservati...
Thanks to the recent advances in molecular biology, application of archival DNA techniques for the i...
Alpha taxonomy involves delineation of the basic unit of biology: the species. The concepts by which...
Biological specimens in natural history collections constitute a massive repository of genetic infor...
The 14 papers in this monograph represent the first broad-based evaluation of avian subspecies in de...
New DNA sequencing technologies are allowing researchers to explore the genomes of the millions of n...
The non-invasive collection of biological samples has proven useful to study a diverse array of rese...
Sample availability limits population genetics research on many species, especially taxa from region...
A fundamental need in conserving species and their habitats is defining distinct entities that range...
Collecting and storing biological material from wild animals in a way that does not deteriorate DNA ...
Background to the work For centuries taxonomy has relied on dead animal specimens, a practice tha...
Scientific debate over identification of taxa below the species level has persisted for centuries. T...
For centuries taxonomy has relied on dead animal specimens, a practice that persists today despite t...
A taxonomic classification that accurately captures evolutionary history is essential for conservati...
Thanks to the recent advances in molecular biology, application of archival DNA techniques for the i...
Alpha taxonomy involves delineation of the basic unit of biology: the species. The concepts by which...
Biological specimens in natural history collections constitute a massive repository of genetic infor...
The 14 papers in this monograph represent the first broad-based evaluation of avian subspecies in de...
New DNA sequencing technologies are allowing researchers to explore the genomes of the millions of n...
The non-invasive collection of biological samples has proven useful to study a diverse array of rese...
Sample availability limits population genetics research on many species, especially taxa from region...
A fundamental need in conserving species and their habitats is defining distinct entities that range...
Collecting and storing biological material from wild animals in a way that does not deteriorate DNA ...
Background to the work For centuries taxonomy has relied on dead animal specimens, a practice tha...
Scientific debate over identification of taxa below the species level has persisted for centuries. T...
For centuries taxonomy has relied on dead animal specimens, a practice that persists today despite t...