This project is investigating the use of eDNA (environmental DNA) as a sampling tool for freshwater mussel conservation using specially designed primers. These primers were designed using Sliding Window Analysis and tested on representatives from each of the major mussel tribes being studied. The primers were then tested individually for effectiveness, on a thermal gradient to determine the best annealing temperature, and for cross amplification against other species. Our hope is that in the future this can become a useful technique for detecting freshwater mussels, many of which are endangered or threatened
Environmental DNA is released genetical information from the individual to the environment. Especial...
Freshwater mussels are vital components of stream ecosystems, yet remain threatened. Thus, timely an...
Describing and monitoring biodiversity comprise integral parts of ecosystem management. Recent resea...
Environmental DNA (eDNA) is emerging as a potentially powerful tool for inferring speciesâ presenc...
Sensitive methods, capable of rapidly and accurately detecting aquatic invasive species, are in dema...
Species detection using environmental DNA (eDNA) has tremendous potential for contributing to the un...
In recent years analysis of environmental DNA has shown promising results for biodiversity monitorin...
Management of non-indigenous invasive species (NIS) is challenging owing in part to limitations of e...
Abstract Documenting species occurrences and habitat occupancy of unionid mussels can often be chall...
Environmental DNA (eDNA) can be used to detect the presence and abundance of aquatic organisms from ...
Environmental DNA (eDNA) techniques have only recently been applied in the marine environment to det...
Freshwater mussels of the order Unionida are a widely distributed taxon that are important in mainta...
Environmental DNA (eDNA) techniques have only recently been applied in the marine environment to det...
The early detection of invasive non-native species (INNS) is important for informing management acti...
Freshwater ecosystems are among the most threatened habitats on Earth, facing challenges from a rang...
Environmental DNA is released genetical information from the individual to the environment. Especial...
Freshwater mussels are vital components of stream ecosystems, yet remain threatened. Thus, timely an...
Describing and monitoring biodiversity comprise integral parts of ecosystem management. Recent resea...
Environmental DNA (eDNA) is emerging as a potentially powerful tool for inferring speciesâ presenc...
Sensitive methods, capable of rapidly and accurately detecting aquatic invasive species, are in dema...
Species detection using environmental DNA (eDNA) has tremendous potential for contributing to the un...
In recent years analysis of environmental DNA has shown promising results for biodiversity monitorin...
Management of non-indigenous invasive species (NIS) is challenging owing in part to limitations of e...
Abstract Documenting species occurrences and habitat occupancy of unionid mussels can often be chall...
Environmental DNA (eDNA) can be used to detect the presence and abundance of aquatic organisms from ...
Environmental DNA (eDNA) techniques have only recently been applied in the marine environment to det...
Freshwater mussels of the order Unionida are a widely distributed taxon that are important in mainta...
Environmental DNA (eDNA) techniques have only recently been applied in the marine environment to det...
The early detection of invasive non-native species (INNS) is important for informing management acti...
Freshwater ecosystems are among the most threatened habitats on Earth, facing challenges from a rang...
Environmental DNA is released genetical information from the individual to the environment. Especial...
Freshwater mussels are vital components of stream ecosystems, yet remain threatened. Thus, timely an...
Describing and monitoring biodiversity comprise integral parts of ecosystem management. Recent resea...