Supporting Information for: Endangered Freshwater Biodiversity by Environmental DNA” “Monitoring Fig. S1. Accumulated probabilities of detecting the targeted species in the field studies when taking 1, 2 or 3 samples. The number of ponds positive for the respective species when considering all 3 samples is set to 100%. (blue, n=14), (red, n=10), P. fuscus T. cristatus L. (black, n=9), in stagnant water (green, n=11), in running pectoralis M. fossilis M. fossilis water (purple, n=8), (yellow, n=10) and (brown, n=4). L. apus L. lutra Fig. S2. fit on the DNA concentration in individual containers of the mesocosm experiment through time. PF1.1 denoting density of one individual of in replicate 1, P. fuscus TC4.2 denoting 4 individuals of in replicate 2 etc. T. cristatus Fig. S3. Modeled parameter estimates for A: DNA excretion and B: DNA degradation by the two species (TC) and (PF) in mesocosm experiment at densities of 1, 2 T. cristatus P. fuscus and 4 specimens pr. 80 l.
Supporting Information for: “Monitoring Endangered Freshwater Biodiversity by Environmental DNA” Fig. S1. Accumulated probabilities of detecting the targeted species in the field studies when taking 1, 2 or 3 samples. The number of ponds positive for the respective species when considering all 3 samples is set to 100%. P. fuscus (blue, n=14), T. cristatus (red, n=10), L. pectoralis (black, n=9), M. fossilis in stagnant water (green, n=11), M. fossilis in running water (purple, n=8), L. apus (yellow, n=10) and L. lutra (brown, n=4). Fig. S2. fit on the DNA concentration in individual containers of the mesocosm experiment through time. PF1.1 denoting density of one individual of P. fuscus in replicate 1, TC4.2 denoting 4 individuals of T. cristatus in replicate 2 etc. Fig. S3. Modeled parameter estimates for A: DNA excretion and B: DNA degradation by the two species T. cristatus (TC) and P. fuscus (PF) in mesocosm experiment at densities of 1, 2 and 4 specimens pr. 80 l.