Bacterial abundance and pH associate with eDNA degradation in water from various aquatic ecosystems in a laboratory setting
Environmental DNA (eDNA) has been widely used in biomonitoring and has major
advantages compared to traditional methods such as counting observations. However, the
persistence of eDNA within an ecosystem can lead to false-positive results on the presence
of organisms. To improve the accuracy of the interpretation of eDNA results, the present
study aimed to enhance the understanding of the connection between environmental factors
and eDNA persistence. Here, we set up tank experiments using freshwater from 16 field …
advantages compared to traditional methods such as counting observations. However, the
persistence of eDNA within an ecosystem can lead to false-positive results on the presence
of organisms. To improve the accuracy of the interpretation of eDNA results, the present
study aimed to enhance the understanding of the connection between environmental factors
and eDNA persistence. Here, we set up tank experiments using freshwater from 16 field …
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