Using environmental DNA metabarcoding to monitor fish communities in small rivers and large brooks: Insights on the spatial scale of information

Keyphrases

• Fish Community 100%
• Environmental DNA (eDNA) 100%
• Brook 100%
• Environmental DNA Metabarcoding 100%
• Small Rivers 100%
• River Discharge 22%
• Discharge Rate 22%
• Quality Assurance 11%
• Molecular Detection 11%
• Community Composition 11%
• Relative Amount 11%
• Non-destructive 11%
• Predictive Power 11%
• Water Framework Directive 11%
• Fish Species 11%
• Fish Assemblages 11%
• Cage Experiment 11%
• Sampling Scheme 11%
• Presence-absence 11%
• Electrofishing 11%
• Community Profile 11%
• Local Fish 11%
• River Systems 11%
• Lotic Systems 11%
• Crucial Parameters 11%
• Water Typology 11%
• Riverine Fish 11%
• Ecological Health 11%
• Relative Biomass 11%
• Predictive Quality 11%
• Survey Costs 11%
• Relative Species Abundance 11%
• Lotic 11%

Earth and Planetary Sciences

• Environmental Dna 100%
• River Discharge 25%
• Detection Method 12%
• Water Framework Directive 12%
• Community Composition 12%
• Dilution 12%
• Quality Assurance 12%
• River System 12%
• Relative Species Abundance 12%

Agricultural and Biological Sciences

• Fish Communities 100%
• Cage 33%
• Europeans 16%
• Lotic Systems 16%