Mark R. Christie

The paper uses transcriptomics to study connectivity and viability selection in a marine species, finding high self-recruitment in the historical range and increasing self-recruitment with age in the expanded range.

The paper tests if larval sea lamprey size affects survival time when exposed to TFM, finding a significant positive relationship between length, mass, and survival time.

The paper uses genome-wide data to analyze demographic histories and genetic adaptation in two yellow perch populations, finding increased effective population sizes and parallel adaptation to reduced visual clarity.

This study optimizes and validates a DNA extraction protocol for Kellet's whelk, enabling high-quality genomic sequencing for non-model marine organisms.

The paper detects early genetic and transcriptomic changes in sea lamprey exposed to pesticide TFM, showing adaptation without full resistance.

The paper presents a chromosome-scale genome assembly of yellow perch and identifies a Y-specific duplication of the amhr2 gene as a candidate sex determination gene.