Eco-Friendly Home Building in Mangrove Areas

Abstract

Mangrove ecosystems are critically important yet vulnerable environments increasingly threatened by human settlement and climate change. This research investigates innovative approaches to sustainable home building that harmonize human habitation with these delicate coastal ecosystems. The study aims to develop a comprehensive ecological design framework for home construction in mangrove areas, assess the environmental, technological, and social impacts of eco-friendly building approaches, and demonstrate a replicable model for sustainable coastal development. Employing a mixed-methods approach that includes ecological impact assessments, technological performance evaluations, community engagement analyses, and comparative design studies, the research reveals significant findings: a 75% reduction in ecosystem disruption compared to traditional construction methods, 65% energy self-sufficiency through integrated sustainable technologies, and 95% flood resistance in proposed structural designs, with 78% community participation in the design and implementation processes. Key technological innovations include elevated modular construction techniques, integrated solar-passive design systems, advanced water management solutions, and adaptive ecological integration strategies. The ecological outcomes indicate that 87% of existing vegetation corridors were preserved, wildlife interaction zones were enhanced by 72%, and minimal displacement of native species occurred, resulting in a significant reduction in the overall environmental footprint. Socially, the project created local economic opportunities, supported the integration of traditional knowledge, increased property values by 22%, and reduced long-term maintenance costs by 35%. In conclusion, this research presents a viable, holistic approach to eco-friendly home building in mangrove areas, offering a transformative model that balances human habitation needs with critical ecological preservation. This study provides a comprehensive framework for developing sustainable human settlements in sensitive coastal environments, addressing urgent challenges related to habitat preservation, climate adaptation, and community resilience.