Despite the promising applications of genome-wide information to conservation, the field of
conservation genomics remains hindered by a research-practice gap. Identifying the …

Many species have evolved or currently coexist in sympatry due to differential adaptation in
a heterogeneous environment. However, anthropogenic habitat modifications can either …

The tips in the tree of life serve as foci for conservation and management, yet clear
delimitations are masked by inherent variance at the species–population interface. Analyses …

Genetic introgression, allele exchange across species boundaries, is a commonly
recognized feature of animal evolution. Under such a paradigm, contemporary contact …

Admixture in natural populations is a long‐standing management challenge, with population
genomic approaches offering means for adjudication. We now more clearly understand the …

Species are indisputable units for biodiversity conservation, yet their delimitation is fraught
with both conceptual and methodological difficulties. A classic example is the taxonomic …

Computation of Patterson's D-statistic and its five-taxon derivatives are important
phylogenetic methods for the quantification of reticulated evolution, yet are limited in …

The delimitation of species boundaries, particularly those obscured by reticulation, is a
critical step in contemporary biodiversity assessment. It is especially relevant for …

The P. binpinnatifidus complex included most of the Panax species distributed in Sino-
Himalaya regions except for P. pseudoginseng, P. stipuleanatus and P. notoginseng …

The persistence of an invasive species is influenced by its reproductive ecology, and a
successful control program must operate on this premise. However, the reproductive …