Traditional landscape construction primarily focuses on design and planning, with limited technological advancements in construction and maintenance. This study introduces Landscape Engineering, an approach that integrates modularization, ICT-based maintenance, drones, and carbon-neutral strategies to enhance efficiency and sustainability. Using literature review, case studies, and comparative analysis, this study evaluates the impact of these technologies on reducing material waste, optimizing resource use, and lowering carbon emissions. The findings highlight that modular construction shortens project timelines, ICT improves real-time monitoring, and drones enhance precision in maintenance. To promote sustainable landscape construction, policy support and standardized regulations are essential. This research contributes to advancing carbon-neutral and technology-driven landscape construction for future development.
목차
Abstract Introduction Materials and Methods Results and Discussion Establishing the concept of landscape engineering Development of landscape construction technologies using a landscape engineering approach Application of modularization technology ICT-based landscape maintenance systems Drone applications in landscape construction Application of carbon-neutral landscape technologies Comparison between landscape engineering and traditional landscape construction Conclusion Acknowledgements References
키워드
smart construction technologiesmodular construction methodsICT-based landscape managementdrone applications in landscape constructioncarbon-neutral strategies
저자
Ho Gul Kim [ Department of Landscape Architecture, Cheongju University, Cheongju 28503, Republic of Korea ]
Corresponding Author