Environmental DNA (eDNA) metabarcoding has emerged as a powerful tool for monitoring aquatic biodiversity, enabling researchers to identify fish species from traces of DNA found in water without using ...

A new study demonstrates that DNA metabarcoding provides a promising new method for tracking human plant intake, suggesting that similar approaches could be used to characterize the animal and fungal ...

Researchers found that DNA metabarcoding is an effective tool for detection of a broad range of biodiversity in water samples compared to traditional morphological identification methods. The ability ...

Healthy freshwater ecosystems are crucial for supporting wildlife and supplying humans with necessities like food, water, energy, and transportation. Despite this, there is a remarkable lack of data ...

Locations of 59 lakes sampled for sedimentary DNA analysis, overlaid on a vegetation map of the Tibetan Plateau. Ⅰ, needleleaf forest; Ⅱ, needleleaf and broadleaf mixed forest; Ⅲ, broadleaf forest; Ⅳ, ...

All organisms shed traces of their biological material, which contains their unique DNA, into the environment. Researchers using a technique called metabarcoding to sequence this environmental DNA ...

A new study has shown that DNA metabarcoding serves as a powerful new tool for monitoring humans’ intake of plants, which could help researchers understand more about what we eat and how it affects ...

Analysis of 59 datasets shows eDNA excels at detecting fish diversity but remains limited for biomass estimation ...