Data for years 2015 and 2016 combined. Multiple data points (filled circles) at the same date (i.e. same x-axis coordinate) reflect samples taken either on the same day at different sites (same year) or the same date across years.</p
Species abundance distributions (SADs) are widely used as a tool for summarizing ecological communit...
<p>Temporal distribution of JEV (genotype 1) in four endemic cycles (based on the time spots given b...
Environmental DNA (eDNA) metabarcoding is revolutionizing the monitoring of aquatic biodiversity. Th...
Many factors influence how environmental DNA (eDNA) abundance varies in natural environments. One of...
It has been known for 50 years that the time period over which data are collected affects the shape ...
eDNA abundance (copy number) is plotted on a log scale from 1 copy up to 1 million (x-axis), with th...
Seasonality in eDNA revealed by the Fish assay: (A) Number of Operational Taxonomic Units (OTUs) at ...
The use of environmental DNA (eDNA) in biodiversity assessments offers a step-change in sensitivity,...
Abstract Protecting freshwater biodiversity is considered an ultimate challenge but depends on relia...
One of the most studied macroecological patterns is the interspecific abundance-occupancy relationsh...
Collecting environmental DNA (eDNA) as a nonlethal sampling approach has been valuable in detecting ...
Estimating abundance or biomass using eDNA metabarcoding is a powerful emerging tool that may provid...
We demonstrate the power of combining two emergent tools for resolving rangewide metapopulation dyna...
Assessment and monitoring of exploited fish populations are challenged by costs, logistics and negat...
We present new theoretical and empirical results on the probability distributions of species persist...
Species abundance distributions (SADs) are widely used as a tool for summarizing ecological communit...
<p>Temporal distribution of JEV (genotype 1) in four endemic cycles (based on the time spots given b...
Environmental DNA (eDNA) metabarcoding is revolutionizing the monitoring of aquatic biodiversity. Th...
Many factors influence how environmental DNA (eDNA) abundance varies in natural environments. One of...
It has been known for 50 years that the time period over which data are collected affects the shape ...
eDNA abundance (copy number) is plotted on a log scale from 1 copy up to 1 million (x-axis), with th...
Seasonality in eDNA revealed by the Fish assay: (A) Number of Operational Taxonomic Units (OTUs) at ...
The use of environmental DNA (eDNA) in biodiversity assessments offers a step-change in sensitivity,...
Abstract Protecting freshwater biodiversity is considered an ultimate challenge but depends on relia...
One of the most studied macroecological patterns is the interspecific abundance-occupancy relationsh...
Collecting environmental DNA (eDNA) as a nonlethal sampling approach has been valuable in detecting ...
Estimating abundance or biomass using eDNA metabarcoding is a powerful emerging tool that may provid...
We demonstrate the power of combining two emergent tools for resolving rangewide metapopulation dyna...
Assessment and monitoring of exploited fish populations are challenged by costs, logistics and negat...
We present new theoretical and empirical results on the probability distributions of species persist...
Species abundance distributions (SADs) are widely used as a tool for summarizing ecological communit...
<p>Temporal distribution of JEV (genotype 1) in four endemic cycles (based on the time spots given b...
Environmental DNA (eDNA) metabarcoding is revolutionizing the monitoring of aquatic biodiversity. Th...