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The reason for using a canopy analyzer to measure the amount of photosynthetically active radiation intercepted by the canopy in modern agricultural research is mainly because the cumulative biomass of the plant is closely related to the amount of photosynthetically active radiation intercepted by the canopy and photosynthetically active radiation. It is also the energy basis for plant growth and development. Therefore, using a canopy analyzer to measure and record photosynthetically active radiation can help researchers better study the relationship between crop growth, yield quality and light energy use, and achieve better light energy. Use to provide a basis for efficient agricultural production.
Farmland ecosystem observation can be said to be an effective way to achieve healthy farmland ecological environment and high-efficiency and high-quality agriculture. It not only helps to maintain the farmland ecological environment, protects the nature that human beings rely on, but also achieves more accurate agricultural production goals. To promote higher agricultural yields and quality, it is necessary to carry out farmland ecosystem observations. The application of canopy analyzers is more like adding tigers to the work of farmland ecosystem observations. The observation of leaf area index has become simpler, and with the rapid development of science and technology, canopy analyzers have taken care of the cumbersome and time-inconsistent observation of traditional observation instruments, and have made observations of farmland ecosystems more traditional than traditional methods. More representative.
Application of Canopy Analyzer in Farmland Ecosystem Observation
The canopy analyzer is an efficient and lightweight measuring tool. Today, with the rapid development of agriculture, it has great potential for application, especially in the field of agricultural ecosystem observation, and has a very broad application prospect. Canopy analyzer is gradually developed with the continuous deepening of modern agricultural research. It is mainly used to determine the canopy extinction coefficient of agricultural and forestry plants, and quickly and accurately determine the canopy transmittance of various agricultural and forestry plants and their regularity over time. In modern agricultural research has been a certain application.