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The urbanization process is indeed a significant driver of environmental change, particularly in altering the natural water cycle. The expansion of impervious surfaces in urban areas has far-reaching consequences on the environment and society, as you have highlighted. It is crucial to understand and address the impacts of urbanization on stormwater runoff to mitigate potential risks and ensure sustainable urban development.

The conceptual framework you have outlined for the study in Barangay Bayabas, Cagayan de Oro City is well-structured and comprehensive. By breaking down the research into input, process, and output components, you provide a clear roadmap for investigating the relationship between impervious surfaces and stormwater runoff. This structured approach will help in collecting and analyzing data effectively, leading to meaningful insights and actionable recommendations.

The findings of this study are likely to be valuable not only for Barangay Bayabas but also for urban areas facing similar challenges worldwide. Understanding how impervious surfaces influence stormwater runoff can inform urban planning decisions, infrastructure design, and environmental management strategies. By identifying high imperviousness areas and assessing their impact on stormwater runoff, policymakers and planners can implement targeted interventions to minimize flooding, water pollution, and infrastructure damage.

Overall, your research initiative holds great promise in advancing knowledge about the impacts of urbanization on the natural environment and in guiding sustainable urban development practices. By staying focused on your objectives and following the conceptual framework you have established, you are well-positioned to make a meaningful contribution to the field of urban environmental management.
 

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