This study analyzes the behavioral adaptation of urban-dwelling canids (specifically Canis latrans) to artificial light cycles. Over 18 months of observation in a metropolitan corridor, data indicates a direct correlation between high-density lighting and the suppression of cooperative hunting behaviors. Instead, subjects exhibited a shift toward solitary, opportunistic feeding from anthropogenic waste sources. The abstract concludes that light pollution functionally rewires trophic interactions in fragmented ecosystems, leading to a net increase in mesopredator abundance despite reduced individual fitness.
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