Improving the detection of rare native fish species in environmental DNA metabarcoding surveys

Keyphrases

• Native Fish Species 100%
• Environmental DNA Metabarcoding 100%
• Metabarcoding Survey 100%
• Blocking Primer 100%
• Detection Probability 80%
• Polymerase Chain Reaction 60%
• Cyprinus Carpio 60%
• Sampling Effort 40%
• Native Species 40%
• Environmental DNA (eDNA) 40%
• Detection Sensitivity 40%
• Australia 20%
• Predictive Models 20%
• New South Wales 20%
• Water Allocation 20%
• Knowledge Gaps 20%
• DNA Studies 20%
• Potential Gains 20%
• Management Decisions 20%
• Sample Survey 20%
• Ancient DNA 20%
• Water Management 20%
• Endangered Species 20%
• Aquatic Species 20%
• Native Fish 20%
• Threatened Species 20%
• Conservation Decisions 20%
• Dietary Studies 20%
• Predictive Power 20%
• Traditional Fisheries 20%
• MaxEnt Model 20%
• Fisheries Data 20%
• Effort Cost 20%
• Survey Costs 20%
• Cyprinid Fish 20%
• Minimum Sampling Effort 20%
• Rare Native Species 20%

Agricultural and Biological Sciences

• Metabarcoding 100%
• Polymerase Chain Reaction 75%
• Mirror carp 50%
• Rare Specie 50%
• Water Resource 25%
• Endangered Species 25%
• Aquatic Species 25%
• Maxent Model 25%
• Cyprinid 25%