The value of quantitative environmental DNA analyses for the management of invasive and endangered native fish

Keyphrases

• DNA Analysis 100%
• Native Fish 100%
• Environmental DNA (eDNA) 100%
• DNA Concentration 27%
• DNA Data 27%
• Redfin Perch 27%
• Abundance Trends 22%
• Species Abundance 16%
• Relative Abundance 11%
• Macquarie Perch 11%
• Confounding Influences 11%
• Relative Species Abundance 11%
• Australia 5%
• Electrofishing 5%
• Water Samples 5%
• River Catchment 5%
• Survey Data 5%
• Management Strategy 5%
• Confounding Factors 5%
• Small Spatial Scale 5%
• Invasive Species 5%
• Endangered Species 5%
• Aquatic Species 5%
• Negative Impact 5%
• Species Detection 5%
• Routine Monitoring 5%
• Future Management 5%
• Monitoring System 5%
• Macquaria Australasica 5%
• Species Comparison 5%
• Negative Relationships 5%
• Species Interactions 5%
• Invasive Species Management 5%
• Absolute Abundance 5%
• Site Comparison 5%
• Fyke Netting 5%
• Species-specific Assays 5%
• Upper Reaches 5%
• Design Futures 5%
• Perca 5%
• Monitoring Survey 5%
• Relative Comparison 5%

Earth and Planetary Sciences

• Invasive Species 100%
• Relative Species Abundance 100%
• Australia 50%
• Endangered Species 50%
• Limiting Factor 50%

Agricultural and Biological Sciences

• Perch 100%
• Invasive Species 14%
• Endangered Species 14%
• Aquatic Species 14%
• Temporal Scale 14%
• Macquaria australasica 14%
• Netting 14%
• Perca 14%