Conservation translocations (reintroductions, reinforcements, ecological replacements, and
assisted colonization) have played a vital and necessary role in conserving endangered …

Ex situ conservation is widely used to protect wild plant species from extinction. However, it
remains unclear how genetic variation of ex situ plant collections reflects diversity of wild …

Through using different sources, population reintroductions can create genetically diverse
populations at low risk of harmful inbreeding and well equipped for adaptation to future …

Conservation translocation is a common strategy to offset mounting rates of population
declines through the transfer of captive‐or wild‐origin organisms into areas where …

Reintroduction is an important tool for the recovery of imperiled species. For threatened
Pacific salmonids (Oncorhynchus spp.) species, hatchery‐origin (HOR) individuals from a …

Relationships with place provide critical context for characterizing biocultural diversity. Yet,
genetic and genomic studies are rarely informed by Indigenous or local knowledge …

Identifying the molecular mechanisms facilitating adaptation to new environments is a key
question in evolutionary biology, especially in the face of current rapid and human‐induced …

Translocation, the human‐mediated movement of organisms from one area to another, is a
popular tool in conservation management. Wild‐caught individuals are more likely to persist …

Harvesting individuals for translocations can negatively impact source populations, a critical
challenge for species reduced to small populations. Consequently, translocation cohorts …

In contrast to the depth of knowledge available for the enhancement of plant species
diversity and ecosystem services through ecological restoration, our understanding of how …