Current approaches to biodiversity conservation are largely based on geographic areas,
ecosystems, ecological communities, and species, with less attention on genetic diversity …

The high species endemism characteristic of many of the world's terrestrial island systems
provides a model for studying evolutionary patterns and processes, yet there has been no …

Here we present “Restore and Renew,” a replicable framework for gathering and
interpreting evolutionary, ecological, and genomic data in support of restoration practices. In …

We overview an array of common garden genetics trials established across multiple sites
and embedded in restoration plantings in the harsh, modified Midlands region of the island …

With climate change impacting trees worldwide, enhancing adaptation capacity has become
an important goal of provenance translocation strategies for forestry, ecological renovation …

Restoration interventions require knowledge on the suitability of seed sources. Provenance
delineation for ecological restoration of degraded environments has begun to incorporate …

Understanding the timescales that shape spatial genetic structure is pivotal to ascertain the
impact of habitat fragmentation on the genetic diversity and reproductive viability of long …

Aim Life history traits and range size are key correlates of genetic diversity in trees. We used
a standardized sampling protocol to explore how life history traits and range size relate to …

Subspecies are traditionally defined using phenotypic differences associated with different
geographical areas. Yet patterns of morphological and genetic variation may not coincide …

In this paper we apply a conservation genomics approach to make evidence-based
management recommendations for Acacia whibleyana, an endangered shrub endemic to …