湖北林业科技

Amid rapid urbanization, ecological restoration has become pivotal in upgrading urban forest landscapes to advance green development. This study examines “Xiangshan Cloud Path” as a pioneering case, demonstrating how integrated landscape ecological design and eco-engineering synergistically rehabilitate fragmented urban ecosystems of Zhuhai. It harmoniously integrates the construction of the cloud walkway with its surrounding environment, merging natural and constructed landscapes within the urban forest to achieve seamless connections among multiple forest parks.By fully leveraging natural conditions such as topography, landforms, vegetation, and plant colors across different seasons, as well as characteristics of ergonomics and landscape aesthetics, a unique forest space “Cloud Path” landscape that offers panoramic views of mountains, seas, and the city has been created. This not only elevates the overall image and value of forest park recreation but also adds a stunning scenic spot to urban eco-tourism.Furthermore, elaborates on how technical measures such as tree species introduction and selection, vegetation arrangement, soil improvement, and prevention and control of soil and water loss on slopes are implemented during the ecological restoration process to achieve ecosystem stability and sustainable development. It provides valuable practical example and theoretical reference for ecological restoration in the construction of urban forest parks, forest trails, and landscapes.