西溪湿地五层土壤THI分析数据

采集西溪湿地农场的五层土壤温度和土壤湿度数据，分别分析不同层的土壤温度湿度指数(THI)，可以全面了解土壤的性质、质量、污染状况和环境特征，为土壤管理、农业生产和环境保护提供科学依据，有助于实现可持续农业和生态环境的保护与改善。通过采集西溪湿地农场的五层土壤温度和五层土壤湿度数据，综合考虑上述数据可计算农场不同层次土壤的温度湿度指数(THI)，其计算公式为：THI = 0.8 × 温度 + 相对湿度 × （温度 - 14.4） + 46.4。
THI[1]、THI[2]、THI[3]、THI[4]、THI[5]分别表示（1）表层土壤（0-20厘米）、（2）次表层土壤（20-40厘米）、（3）中层土壤（40-60厘米）、（4）下层土壤（60-80厘米）和（5）底层土壤（80厘米以下）的温度湿度指数。
THI是描述土壤中温度和湿度状况的重要指标，可以为农业生产、植物生长监测和灾害预警等领域提供重要的参考数据；而五层土壤检测是对土壤进行多层次、综合性的分析和评估，五层土壤THI监测可以全面了解土壤的性质、质量、污染状况和环境特征，为土壤管理、农业生产和环境保护提供科学依据，有助于实现可持续农业和生态环境的保护与改善。

Data on soil temperature and soil moisture at five layers were collected from the Xixi Wetland Farm, and the soil temperature-humidity index (THI) of each layer was analyzed. This enables comprehensive understanding of soil properties, quality, contamination status and environmental characteristics, providing scientific basis for soil management, agricultural production and environmental protection, and contributing to the realization of sustainable agriculture and the protection and improvement of the ecological environment.

By collecting soil temperature and soil moisture data from the five layers of the Xixi Wetland Farm, the soil temperature-humidity index (THI) for each soil layer can be calculated using the aforementioned data, with the formula as follows: THI = 0.8 × Temperature + Relative Humidity × (Temperature - 14.4) + 46.4.

THI[1], THI[2], THI[3], THI[4] and THI[5] respectively represent the temperature-humidity indices of (1) surface soil (0-20 cm), (2) subsurface soil (20-40 cm), (3) middle-layer soil (40-60 cm), (4) lower-layer soil (60-80 cm) and (5) bottom-layer soil (below 80 cm).

THI is an important indicator describing the temperature and moisture status in soil, providing critical reference data for fields such as agricultural production, plant growth monitoring and disaster early warning. The five-layer soil testing conducts multi-level and comprehensive analysis and evaluation of soil, while five-layer THI monitoring allows comprehensive understanding of soil properties, quality, contamination status and environmental characteristics, providing scientific basis for soil management, agricultural production and environmental protection, and contributing to the realization of sustainable agriculture and the protection and improvement of the ecological environment.