… auratus, used nine microsatellite markers to assess the validity of the allozyme break and
investigated whether genetic structure exists further south. Nine locations were sampled …

… auratus are used to refine our understanding of population genetic structure of this species
in Australasian waters. The implications of the results for fisheries management are discussed…

… as a focal point for genetic divergence in marine species due to … -based analysis of the
genetic structure of a marine species … the genetic composition of the teleost Chrysophrys auratus …

… flow and further explore the impact of coastal distance on genetic structure, we assessed
the genetic similarity between individuals at increasing geographic distances with spatial …

… As part of our long-term research programme on the nonmodel teleost fish Australasian
snapper (Chrysophrys auratus), we aim to build one of the first catalogues of genomic variants (…

… Although these breaks coincide with only two of the four management boundaries used for
snapper in the region, we also found evidence for fine-scale genetic structure corresponding …

… In this study, we applied genetic tools to a newly formed population of the marine finfish
snapper (Chrysophrys auratus also Pagrus auratus) that is being developed for aquaculture. …

… However, structural variants can affect more base … genetic basis of an economically important
growth trait in the marine teleost finfish Chrysophrys auratus using both SNP and structural …

… data to study the Australasian snapper (Chrysophrys auratus, tāmure) in New Zealand. …
genetic structure, 2) reconstruct the demographic history, and 3) identify genomic regions, genes …

… more powerful at detecting the subtle genetic structure common in marine species (relative …
genetic structure studies, ie, microsatellite DNA datasets). As a result, the value of genetic …