| Abstract: | Driven by digital technologies, urban forest development is at its height in China. Guided by the theories of nature-approximating forestry, potential natural vegetation and new succession, and by the Miyawaki Method, this paper explores the digital design of nature-approximating urban forest by innovatively applying widely-accepted theories with digital technologies. The paper reviews the evolution of nature-approximating urban forest and discusses why it is essential to introduce digital technologies into this type of forest’s development. Based on the Miyawaki Method, this study proposes a three-step digital design approach to creating nature-approximating urban forest: cognition, simulation, and construction. Also, an empirical study on Xingtai Forest in a Hebei Green Expo Garden is conducted to analyze the digital design methods of nature-approximating urban forest. Steps include 1) cognition of plants to investigate characteristics of natural communities by collecting their key parameters; 2) construction of target communities by simulating natural communities, analyzing and classifying target habitats of designed communities by relevant software, and developing type and pattern designs of target communities; and 3) production of detailed construction schemes by utilizing Grasshopper and Python to generate digital generation clusters, after which planting design drawings and seedling information can be obtained by inputting values of key parameters. This method provides a new perspective on the digital design of nature-approximating urban forest, which helps facilitate urban forest development in an efficient way. |
