In order for plants to obtain sufficient water and nutrients from the soil to withstand the adverse effects of the external environment, there must be strong and healthy plant roots. Plant roots are an important part of plants and an important topic in the study of physiological ecology of modern agricultural plants. However, in the physiological and ecological research of all parts of plants, root research is often the most complicated research work. Because the root system of plants is very large and complex, it is necessary to obtain the science that can be utilized from this complex structure. Data often takes twice as much time and effort. However, this passive situation began to break after the emergence of the root analyzer .

In plant analysis, it is necessary to measure many parameters such as total root length, root mean diameter, total root area, total root volume, root tip count, number of branches, number of intersections, root diameter grade, etc., and we know that it is very complicated, by the main root. The lateral roots and the fibrous roots are composed of thicker lateral roots on the main roots, and a relatively large number of fine roots-stem roots are formed on the lateral roots. To accurately measure such complex root structures, it is almost impossible to accomplish using traditional manual methods. However, it is convenient and quick to use the root analyzer.

The root analyzer can be said to be an important tool for the rapid analysis and determination of root structures in modern times. It uses machine vision to collect the root image of the plant, and uses the application analysis software to identify and analyze the root morphology, and obtain the analysis results. The instrument uses this new visual measurement method to complete the root structure quickly, accurately and efficiently. Analytical work. With the support of the root analyzer, researchers can better unlock the secrets of root structure development, select suitable crop varieties and reasonable cultivation methods in the process of production and cultivation, and then achieve the goal of increasing production and increasing efficiency. It can be seen that the application of the root analyzer has played an important role in the development of modern scientific agriculture.

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