Genetic monitoring using noninvasive samples provides a complement or alternative to
traditional population monitoring methods. However, next‐generation sequencing …

Understanding past dispersal and breeding events can provide insight into ecology and
evolution and can help inform strategies for conservation and the control of pest species …

Natural history museums harbour a plethora of biological specimens which are of potential
use in population and conservation genetic studies. Although technical advancements in …

The use of samples or scats to provide important ecological, genetic, disease and
physiology details on free-range populations is gaining popularity as an alternative non …

Abstract Background The koala (Phascolarctos cinereus), an iconic yet endangered
specialised folivore experiencing widespread decline across Australia, is the focus of many …

This grey literature review documents koala (Phascolarctos cinereus) conservation
initiatives applied across 12 local government areas in South East Queensland, Australia …

The Australian koala is an iconic marsupial with highly specific dietary requirements
distributed across heterogeneous environments, over a large geographic range. The …

Despite the critical need for non-invasive tools to improve monitoring of wildlife populations,
especially for endangered and elusive species, faecal genetic sampling has not been …

Genetic non‐invasive sampling (gNIS) is a critical tool for population genetics studies,
supporting conservation efforts while imposing minimal impacts on wildlife. However, gNIS …

Noninvasive genetic sampling (genetic tagging) of individuals is one of the most powerful
and ethical tools for threatened species population monitoring. A recent review of the threats …