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In Episode 17, we explore the dynamic anatomy, physiology, and biology behind a largemouth bass's metabolism. It turns out that a significant number of misconceptions in the angling community stem from misunderstandings of how metabolism works in largemouth bass.
Expanding on the findings discussed in Episode 16, recent scientific research reveals a direct link between high-pressure environments and a shift toward lower resting metabolic rates in the bass population. By consistently targeting and catching the most aggressive, high-metabolism individuals, we inadvertently leave behind a population of low-energy survivors who are genetically predisposed to be less active and harder to catch. Tune in to hear how metabolism can impact your on-the-water strategies.
By Science of the Strike, LLCIn Episode 17, we explore the dynamic anatomy, physiology, and biology behind a largemouth bass's metabolism. It turns out that a significant number of misconceptions in the angling community stem from misunderstandings of how metabolism works in largemouth bass.
Expanding on the findings discussed in Episode 16, recent scientific research reveals a direct link between high-pressure environments and a shift toward lower resting metabolic rates in the bass population. By consistently targeting and catching the most aggressive, high-metabolism individuals, we inadvertently leave behind a population of low-energy survivors who are genetically predisposed to be less active and harder to catch. Tune in to hear how metabolism can impact your on-the-water strategies.