High-volume plankton tow net sampling improves eDNA detection of invasive zebra mussels (Dreissena polymorpha) in recently infested lakes

Keyphrases

• DNA Detection 100%
• Zebra mussel Dreissena Polymorpha 100%
• Environmental DNA (eDNA) 100%
• Net Sampling 100%
• Plankton Tow 100%
• Dreissena 37%
• Early Detection 25%
• Aquatic Invasive Species 25%
• Filtration 25%
• Water Samples 25%
• Invasive mussel 25%
• Filter Sampling 25%
• High Sensitivity 12%
• Minnesota 12%
• Monitoring System 12%
• DNA Sequencing 12%
• North America 12%
• Invasive Species 12%
• Quantitative PCR 12%
• Monitoring Program 12%
• Zebra mussel 12%
• Veliger Larvae 12%
• Threats to Biodiversity 12%
• Dreissena Polymorpha 12%
• Quagga mussel 12%
• Plankton 12%
• Europe 12%
• Detection Sensitivity 12%
• Freshwater 12%
• Canada 12%
• Low Volume 12%
• Invasive Molluscs 12%
• Invader 12%
• Downstream Processing 12%
• Order of Magnitude 12%
• Polymerase Chain Reaction Assay 12%
• Water Volume 12%
• Pore Size 12%
• Metazoan 12%
• Pairwise Comparison 12%
• DNA Testing 12%
• DNA Assay 12%
• Non-native Species 12%
• Economic Damage 12%
• Visual Detection 12%
• DNA Copy 12%
• Ecological Damage 12%
• Plankton Net 12%
• Mussel Larvae 12%
• Juvenile mussels 12%
• False Negative Detection 12%

Earth and Planetary Sciences

• Invasive Species 100%
• Minnesota 50%
• United States of America 50%
• Canada 50%
• North America 50%
• Polymerase Chain Reaction 50%
• Europe 50%
• Water Sampling 50%

Agricultural and Biological Sciences

• Dreissena polymorpha 100%
• Mussel 75%
• Dreissena 75%
• Invasive Species 50%
• Real-Time Polymerase Chain Reaction 25%
• Water Net 25%
• Vision 25%
• Introduced Species 25%
• Dreissena bugensis 25%