Environmental DNA detects a rare large river crayfish but with little relation to local abundance

Keyphrases

• Arkansas 5%
• Benthic Organisms 5%
• Conventional Sampling 20%
• Crayfish 5%
• Detection Probability 25%
• Detection Sites 5%
• DNA Detection 20%
• DNA Samples 5%
• DNA Transport 5%
• Environmental DNA (eDNA) 100%
• Environmental Samples 5%
• Faxonius 5%
• Freshwater River 5%
• Hierarchical Detection 5%
• Large River Systems 5%
• Large Rivers 100%
• Local Abundance 100%
• Local Species 10%
• Lotic Ecosystems 5%
• Lotic Environment 10%
• Missouri 5%
• Modeling Framework 5%
• Occupancy Probability 5%
• Probability Model 5%
• Probability Scale 5%
• Quantitative PCR Assay 5%
• River Crayfish 100%
• River Drainage 5%
• Sampling Methods 15%
• Site Scale 5%
• Species Abundance 20%
• Species Presence 10%
• Species-specific PCR 5%
• Stream Network 5%
• Streamflow 5%
• Surface Water Samples 5%

Earth and Planetary Sciences

• Arkansas 50%
• Lotic Ecosystem 50%
• Lotic Environment 100%
• Missouri 50%
• River System 50%
• Streamflow 50%
• Surface Water 50%
• United States of America 50%

Agricultural and Biological Sciences

• Benthic Organisms 100%
• Real-Time Polymerase Chain Reaction 100%
• Surface Water 100%