(A) all species and (B) restricted to species having a DNA reference in 12S or cytb databases. Only classified species are considered for eDNA and the results of both markers are combined. The numbers in parenthesis in (A) give the species described morphologically but with no DNA reference.</p
Environmental DNA (eDNA) metabarcoding can greatly enhance our understanding of global biodiversity ...
DNA metabarcoding has the capacity to bolster current biodiversity assessment techniques, including ...
Human activities negatively impact the biodiversity of oceanic and coastal ecosystems. Studies show ...
Metabarcoding of environmental DNA (eDNA) is a powerful tool for describing biodiversity, such as fi...
The species list with the number of positive sites, shared sites for multiple capture methods and eD...
The ability to properly identify species present in a landscape is foundational to ecology and essen...
“Both” indicates species that were detected by both scuba surveys and eDNA surveys. “Scuba survey on...
Freshwater habitats are of high conservation value and provide a wide range of ecosystem services. E...
Environmental DNA (eDNA) metabarcoding can greatly enhance our understanding of global biodiversity ...
Species lists determined from captures (a) and eDNA metabarcoding (b).* N.D. means that the species ...
Freshwater habitats are of high conservation value and provide a wide range of ecosystem services. E...
Freshwater habitats are of high conservation value and provide a wide range of ecosystem services. E...
Environmental DNA (eDNA) metabarcoding is a method to detect taxa from environmental samples. It is ...
Species determined from capture approaches (○), eDNA metabarcoding (△), and both methods (●).</p
Environmental DNA (eDNA) metabarcoding, the process of sequencing DNA collected from the environment...
Environmental DNA (eDNA) metabarcoding can greatly enhance our understanding of global biodiversity ...
DNA metabarcoding has the capacity to bolster current biodiversity assessment techniques, including ...
Human activities negatively impact the biodiversity of oceanic and coastal ecosystems. Studies show ...
Metabarcoding of environmental DNA (eDNA) is a powerful tool for describing biodiversity, such as fi...
The species list with the number of positive sites, shared sites for multiple capture methods and eD...
The ability to properly identify species present in a landscape is foundational to ecology and essen...
“Both” indicates species that were detected by both scuba surveys and eDNA surveys. “Scuba survey on...
Freshwater habitats are of high conservation value and provide a wide range of ecosystem services. E...
Environmental DNA (eDNA) metabarcoding can greatly enhance our understanding of global biodiversity ...
Species lists determined from captures (a) and eDNA metabarcoding (b).* N.D. means that the species ...
Freshwater habitats are of high conservation value and provide a wide range of ecosystem services. E...
Freshwater habitats are of high conservation value and provide a wide range of ecosystem services. E...
Environmental DNA (eDNA) metabarcoding is a method to detect taxa from environmental samples. It is ...
Species determined from capture approaches (○), eDNA metabarcoding (△), and both methods (●).</p
Environmental DNA (eDNA) metabarcoding, the process of sequencing DNA collected from the environment...
Environmental DNA (eDNA) metabarcoding can greatly enhance our understanding of global biodiversity ...
DNA metabarcoding has the capacity to bolster current biodiversity assessment techniques, including ...
Human activities negatively impact the biodiversity of oceanic and coastal ecosystems. Studies show ...