Abstract
Based on the survey data of the industrial forest resources of the experimental forest and existing trails, facilities, and surrounding mountain villages under the jurisdiction of the Taiwan Forestry Research Institute Lianhuachi Research Center, the existing environmental characteristics were used to conduct a review and evaluation of the forest garden healing area. For the needs of environmental safety and comfort, the plan can provide healing trails, facilities, industrial activities and healing categories. Review the distance, pavement, length of various healing trails, and facilities for different healing activities, and if necessary, improve the environment and healing needs. Based on the concept of the development of the Satoyama area, the forest park healing activities are promoted, and the plan is suitable for the travel arrangements. The planning content considers the angle and pace of the forest park healing, and the two angles required for the development of the local industrial economy to meet the development of the Satoyama industry. In addition to the forest and horticulture-related activities that can be promoted throughout the year, local annual activities are mainly based in camping areas and the black tea industry. There are also seasonal fire-fighting activities, which can be used as a treatment planning content. Through the planning of forest park healing activities, farmers around the mountain villages and the forest healing experience people's environmental awareness, build a healing environment that combines local industry, agricultural production and friendly environmental functions, improve agricultural marketing capabilities, and increase agricultural added value. Promote the surrounding traditional industries to enter the forest garden healing business and enhance the local industrial output value. In addition, a database of volatile constituents of forest leaf was established for the characteristic urban forest species in the forest healing base. Using the method of leaf collection and destructive detection, firstly comprehensively understand the composition characteristics of volatile constituents and aroma constituents in leaves, and different sampling methods. Influence on its composition, and then understand the available characteristics and potential development value of different tree species. Establish an in situ sampling device and an on-site sampling monitoring platform. It is expected to set up a system with high sensitivity, high accuracy, and automatic continuous monitoring of the fendol component and dynamic changes released by forest leaves. The aromatherapy method was used as the preliminary verification of the healing effect of the forest, and then the five-sense experience simulation space of the forest was created based on the fendol content and concentration of the forest scene to verify the healing effect of the forest.