Mating behavior in arthropods with extreme sexual selection
DOI:
https://doi.org/10.70577/rjf7a865Keywords:
extreme sexual selection, mating behavior, arthropods, reproductive success, behavioral plasticityAbstract
Mating behavior in arthropods under extreme sexual selection shows analytical limitations due to the insufficient integration of ecological, behavioral, and physiological variables. This study aimed to analyze the factors shaping these reproductive dynamics. A quantitative approach was applied, with a non-experimental design and documentary analysis of scientific sources and national and international organizations, using Pearson correlation, multiple linear regression, ANOVA, and Chi-square tests. The results showed that courtship intensity and complexity of sexual signals increase reproductive success; postcopulatory mechanisms regulate mating efficiency; and ecological conditions and population structure modulate sexual competition. Additionally, behavioral plasticity and physiological condition directly influence mate selection and reproductive optimization, leading to highly adaptive systems.
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