Abstract Conservation and management actions are often highly dependent on accurate estimations of population sizes. However, these estimates are difficult to obtain for elusive and rare species. We compared two census methods for Eurasian otter: snow tracking and noninvasive genetic census based on the genotyp-ing of faecal samples. With the noninvasive genetic census we detected the presence of almost twice as many otters as with snow tracking (23 and 10–15, respectively), and mark-recapture estimates based on the genetic census indicated that the real number of otters could be even higher. Our results indicate that snow tracking tends to underestimate the number of individuals and also that it is more susceptible to sub-jective assessmen...
Assessing the viability of reintroduced animal populations is a complicated task. Reintroductions ar...
Many factors have the potential to limit the recovery of otter (Lutra lutra) populations.including r...
Eurasian otter populations strongly declined and partially disappeared due to global and local cause...
In this thesis, molecular genetic methods were used to study a threatened species, the Eurasian otte...
Quantifying population status is a key objective in many ecological studies, but is often diffi-cult...
Conservation genetic techniques and considerations of the evolutionary potential of a species are in...
Estimating animal population size is a critical task in both wildlife management and conservation bi...
Non-invasive genetics is a powerful tool in wildlife research and monitoring, especially when dealin...
Abstract: Because of the crucial importance for otter ecology and conservation, estimating populatio...
The last recorded presence of the Eurasian otter (Lutra lutra) in the Netherlands dates from 1989 an...
Collecting faeces is viewed as a potentially efficient way to sample elusive animals. Nonetheless, a...
Numerous terrestrial mammal species have experienced extensive population declines during past centu...
To monitor mammals by direct observation is often very difficult. Therefore a new technique based on...
<p>CMR—capture-mark-recapture analyses</p><p>MNA—minimum number alive (no estimation only number of ...
Genetic diversity is considered one of the three main pillars of biodiversity, yet to date conservat...
Assessing the viability of reintroduced animal populations is a complicated task. Reintroductions ar...
Many factors have the potential to limit the recovery of otter (Lutra lutra) populations.including r...
Eurasian otter populations strongly declined and partially disappeared due to global and local cause...
In this thesis, molecular genetic methods were used to study a threatened species, the Eurasian otte...
Quantifying population status is a key objective in many ecological studies, but is often diffi-cult...
Conservation genetic techniques and considerations of the evolutionary potential of a species are in...
Estimating animal population size is a critical task in both wildlife management and conservation bi...
Non-invasive genetics is a powerful tool in wildlife research and monitoring, especially when dealin...
Abstract: Because of the crucial importance for otter ecology and conservation, estimating populatio...
The last recorded presence of the Eurasian otter (Lutra lutra) in the Netherlands dates from 1989 an...
Collecting faeces is viewed as a potentially efficient way to sample elusive animals. Nonetheless, a...
Numerous terrestrial mammal species have experienced extensive population declines during past centu...
To monitor mammals by direct observation is often very difficult. Therefore a new technique based on...
<p>CMR—capture-mark-recapture analyses</p><p>MNA—minimum number alive (no estimation only number of ...
Genetic diversity is considered one of the three main pillars of biodiversity, yet to date conservat...
Assessing the viability of reintroduced animal populations is a complicated task. Reintroductions ar...
Many factors have the potential to limit the recovery of otter (Lutra lutra) populations.including r...
Eurasian otter populations strongly declined and partially disappeared due to global and local cause...