Publications by authors named "Veronica Pagowski"

Many coastal marine species have discontinuous distributions or genetic breakpoints throughout their geographical ranges. These spatial and genetic disjunctions occur in species that span limited to broad dispersal potential. Thus, the mechanisms that underlie these disjunctions remain speculative or incompletely known, particularly on small spatial scales where long-term historical processes are unlikely to be the only mechanism contributing to disjunction.

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Larvae represent a distinct life history stage in which animal morphology and behavior contrast strongly to adult organisms. This life history stage is a ubiquitous aspect of animal life cycles, particularly in the marine environment. In many species, the structure and function of the nervous system differ significantly between metamorphosed juveniles and larvae.

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Article Synopsis
  • - Anthropogenic factors like habitat loss and climate change are shrinking species' ranges, which heightens their extinction risk and diminishes genetic diversity.
  • - The authors introduce a new mathematical framework that combines biodiversity theory with population genetics to analyze the decline of DNA mutations as habitats decrease.
  • - By examining a large genomic dataset from various species, they find that genetic diversity declines in a predictable manner related to habitat area, estimating over 10% of genetic diversity has already been lost in many species, exceeding UN targets for conservation.
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Viral erythrocytic necrosis (VEN) affects over 20 species of marine and anadromous fishes in the North Atlantic and North Pacific Oceans. However, the distribution and strain variation of its viral causative agent, erythrocytic necrosis virus (ENV), has not been well characterized within Pacific salmon. Here, metatranscriptomic sequencing of Chinook salmon revealed that ENV infecting salmon was closely related to ENV from Pacific herring, with inferred amino-acid sequences from Chinook salmon being 99% identical to those reported for herring.

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