An essential factor in assessing the success of woodland restorations is understanding
whether gene flow and connectivity between restored and remnant populations has been re …

Rare species are key targets of biodiversity conservation worldwide, but assessments of
genetic diversity and conservation priority can be impeded by limited sample size. Reduced …

Background: Eucalyptus regnans (Mountain Ash) is an Australian native giant tree species
which form forests that are among the highest known carbon-dense biomasses in the world …

The science and practice of ecological restoration is a growing phenomenon worldwide in
response to unprecedented rates of habitat destruction. New genomic technologies and …

Assessment of woodland restoration often focusses on stand demographics, but genetic
factors likely influence long-term stand viability. We examined the genetic composition of …

Genome-wide DArTseq scans of 268 individuals of Eucalyptus salubris, distributed along an
aridity gradient in southwestern Australia, revealed cryptic population structure that appears …

Scattered trees are highly visible reminders of lost vegetation in many intensively managed
agricultural landscapes globally. Despite fragmentation, these trees provide important …

Abstract Background and Aims Knowledge of the evolutionary processes responsible for the
distribution of threatened and highly localized species is important for their conservation …

Conservation management often uses information on genetic population structure to assess
the importance of local provenancing for ecological restoration and reintroduction programs …

Pollen dispersal was investigated in five remnant populations of Eucalyptus wandoo, a
dominant insect-pollinated tree in the fragmented agricultural region of southern Western …