In recent years, we have found that in the field of agricultural research, the demand for in-situ root monitoring systems is continuously increasing, and its application area is also expanding. The in-situ root monitoring system as an important breakthrough in the classical root research method has become a researcher's research. The ideal method of root characteristics provides reliable research data for this research. We think this may be one of the reasons why the in-situ root monitoring system has become more and more widely used.
However, one of the most important reasons is that the research object of the in-situ root monitoring system is the root system of the plant, and the root system not only functions as a fixed plant, but also plays an important role in absorbing water and nutrients. The function of the matter of life, so the study of plant roots has always been a research hotspot of agricultural researchers.
The use of in-situ root monitoring systems to study the characteristics of a plant's root system is based on the fact that the instrument itself can provide accurate data for research work. On the other hand, the research work itself can help the actual agricultural development, especially in the development of sustainable agriculture. To address the contradiction between supply and demand of water resources, for example, using the in-situ root monitoring system to explore the relationship between plant physiological activities and the surrounding environmental conditions, by regulating the environmental conditions, to promote plant growth and development, increase crop yield and quality, Secondly, using the in-situ root monitoring system to understand the structure of the plant roots, it is easier to grasp the characteristics of plant roots to absorb water and nutrients, so as to select the best irrigation period and irrigation method for different types of farmland, grassland, etc., and to increase the root water use efficiency. Provide basis for further promoting the realization of water-saving agriculture. Therefore, with the rapid development of modern agriculture, fine agriculture is getting more and more attention, and it is not difficult to understand that the application of root-based in-situ monitoring system is more and more widely used.
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