Insect Morphometrics

Research Summary

Fluctuating asymmetry (FA) denotes the subtle yet discernible bilateral disparities observed in the morphology of organisms, representing developmental irregularities between their left and right sides. This asymmetry has garnered significant attention within the discipline of morphometrics as a promising bioindicator for evaluating habitat and environmental conditions. Our research, situated within the mangrove forests of the Arecibo municipality region in Puerto Rico, utilizes comprehensive morphological and asymmetry analyses to discern potential physiological alterations among zygopteran (order Odonata) species. Our study aims to elucidate the intricate relationship between FA and habitat conditions, thereby establishing its viability as a reliable proxy for gauging environmental stress and ecosystem vitality. By synthesizing fundamental ecological principles with advanced statistical methodologies, we endeavor to demonstrate the efficacy of wing asymmetry in resident zygopterans as a sensitive metric for evaluating habitat quality. This effort underscores the potential applications of FA in conservation biology and ecosystem management, particularly in explaining the impacts of habitat degradation and anthropogenic pressures, specifically within coastal mangrove ecosystems. Such initiatives promise to furnish invaluable insights into the dynamics of environmental change while facilitating targeted conservation interventions aimed at preserving these vital ecological systems. Consequently, our research will contribute to the broader understanding of environmental health while advocating for proactive conservation measures to safeguard vulnerable ecosystems.