Are some life-history strategies more vulnerable to the genetic consequences of habitat fragmentation? A case study using South Australian Caladenia R. Br. (Orchidaceae) species
Date
Authors
Farrington, Lachlan
Facelli, José
Donnellan, Stephen
Austin, Andy
Journal Title
Journal ISSN
Volume Title
Publisher
Universidad de Costa Rica
Abstract
Description
Habitat fragmentation, through land clearing, has been attributed in the demise of many species of plants and animals throughout the world (Kinzig and Harte 2000). Not surprisingly, much research effort has been devoted toward understanding the dynamics of populations subject to fragmentation.
Habitat fragmentation, through land clearing, has been attributed in the demise of many species of plants and animals throughout the world (Kinzig and Harte 2000). Not surprisingly, much research effort has been devoted toward understanding the dynamics of populations subject to fragmentation.
Habitat fragmentation, through land clearing, has been attributed in the demise of many species of plants and animals throughout the world (Kinzig and Harte 2000). Not surprisingly, much research effort has been devoted toward understanding the dynamics of populations subject to fragmentation.
Keywords
habitat fragmentation, life history, population genetics, Caladenia, pollination, South Australia, habitat fragmentation, life history, population genetics, Caladenia, pollination, South Australia