Detection of pathogens, parasites, and other symbionts in environmental samples via
eDNA/eRNA (collectively eNA) is an increasingly important source of information about their …

Progressions accomplished in the field of molecular biology amid the most recent decade
has changed the way in which we contemplate biodiversity on earth. Together with the …

All organisms leave traces of DNA in their environment. This environmental DNA (eDNA) is
often used to track occurrence patterns of target species. Applications are especially …

The alarming declines of freshwater biodiversity call for efficient biomonitoring at fine
spatiotemporal scales, such that conservation measures be grounded upon accurate …

The ever-increasing threats to riverine ecosystems call for novel approaches for highly
resolved biodiversity assessments across taxonomic groups and spatio-temporal scales …

Stream temperature and discharge are key hydrological variables for ecosystem and water
resource management and are particularly sensitive to climate warming. Despite the wealth …

The current biodiversity crisis calls for appropriate methods for assessing biodiversity. In this
respect, environmental DNA (eDNA) holds great promise, especially for aquatic ecosystems …

Environmental DNA (eDNA) is an emerging biological monitoring tool that can aid in
assessing the effects of forestry and forest manufacturing activities on biota. Monitoring taxa …

Ecological and ecosystem monitoring is rapidly shifting towards using environmental DNA
(eDNA) data, particularly in aquatic systems. This approach enables a combined coverage …

The DNA of aquatic organisms can be identified in water sampled from freshwater
ecosystems to detect species presence. Because these DNA-based methods (termed …