Molecular Markers, Natural History and Evolution

E612057

Molecular Markers, Natural History and Evolution is a foundational book in evolutionary biology that explains how molecular genetic markers are used to study natural populations, phylogeny, and evolutionary processes.

Try in SPARQL Jump to: Surface forms Statements Referenced by

All labels observed (2)

Statements (42)

Predicate Object
instanceOf book
evolutionary biology literature
scientific monograph
aim to guide researchers in selecting and applying molecular markers
to link molecular data with ecological and evolutionary questions
coversMethod analysis of genetic polymorphisms
comparative analysis of marker types
use of DNA markers
describedAs foundational book in evolutionary biology
reference work on molecular markers in natural populations
emphasizes evolutionary interpretation of marker data
integration of molecular data with natural history
explainsUseOf molecular markers to infer phylogeny
molecular markers to study natural populations
explainsUseOf molecular markers to investigate evolutionary processes
field evolutionary biology
molecular ecology
phylogenetics
population genetics
focusesOn wild and natural populations rather than laboratory strains
provides conceptual framework for using molecular markers in evolution
examples of marker applications in natural systems
relatesTo conservation genetics
evolutionary history reconstruction
study of biodiversity
topic data analysis in molecular ecology
evolutionary processes
gene flow
genetic variation
marker choice and study design
molecular genetic markers
molecular systematics
natural populations
phylogeny
phylogeography
population structure
speciation
usedAs reference for designing molecular marker studies
teaching text in advanced biology courses
usedBy population geneticists
researchers in molecular ecology
students of evolutionary biology

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

John C. Avise notableWork Molecular Markers, Natural History and Evolution
John C. Avise notableWork Molecular Markers, Natural History and Evolution
this entity surface form: Genetic Markers, Natural History and Evolution