Biotechnology-Driven Digital Development of Ecological Landscape Construction: Integrating Digital Health Concepts into Environmental Design

Abstract

This study explores the digital development of ecological landscape construction by integrating biotechnology and digital health concepts into environmental design. A digital design framework is proposed, combining traditional design methodologies with digitalized processes, supplemented by site-specific rainfall management and plant configuration systems. The research emphasizes the application of biotechnological advancements in vegetation restoration, soil utilization, and integrated water management to enhance ecological functionality and sustainability in landscape construction. The study further examines the bionic mechanisms and transformation laws underlying landscape design, providing practical insights through case studies. An evaluation of ecological landscape environments in urban parks revealed that the average beauty scores ranked as Xiangxue Park (56.82) > Zengcheng Park (32.07) > Tianhe Park (17.46) > Yuexiu Park (16.24), highlighting the practical impact of the proposed methods. This research underscores the critical role of biotechnology in advancing ecological landscape design, offering a theoretical and practical foundation for the sustainable planning, management, and protection of urban park landscape resources. The findings provide actionable insights for integrating digital health and biotechnology principles into urban environmental design, contributing to more resilient and aesthetically pleasing urban ecosystems.