Landscape genetics informs mesohabitat preference and conservation priorities for a surrogate indicator species in a highly fragmented river system

Keyphrases

• Australia 50%
• Basin-wide 50%
• Biodiversity Management 50%
• Conservation Management 50%
• Conservation Priorities 100%
• Degraded Ecosystem 50%
• Ecological Processes 100%
• Environmental Criteria 50%
• Fragmented River 100%
• Freshwater Systems 50%
• Genetic Diversity 50%
• Genetic Rescue 50%
• Genetic Variation 50%
• Habitat Fragmentation 100%
• Habitat Quality 50%
• Habitat Specialist 50%
• Indicator System 50%
• Isolated Population 50%
• Landscape Features 50%
• Landscape Genetics 100%
• Limited Dispersal 50%
• Low Genetic Diversity 50%
• Management Actions 50%
• Management Framework 50%
• Management Strategy 50%
• Mesohabitat 100%
• Murray-Darling Basin 50%
• Population Sample 50%
• River Basin 50%
• River Blackfish 50%
• River Systems 100%
• Spatial Management 50%
• Surrogate Indicators 100%

Agricultural and Biological Sciences

• Biodiversity 33%
• Biological Dispersal 33%
• Forest Fragmentation 66%
• Gadopsis marmoratus 33%
• Genetic Divergence 100%
• Genetic Rescue 33%
• Genetic Variability 66%
• Indicator Species 100%
• Preference 100%