The contribution of the plant's root system to the plant is self-evident, but at the same time, if the root system grows unhealthy, it will also have a restrictive effect on the plant. Therefore, in order to study the dynamic growth process of the root system and the relationship between the life and death of the root system and its living environment, People began to use the plant root image monitoring and analysis system to monitor and analyze the roots of plants.
Roots are organs that fix plants and absorb water, nutrients, and salinity from the soil. They are both direct users of soil resources and direct victims of stress factors such as acid, alkali, salt, and drought in the soil environment. Therefore, plant root image monitoring is used. The analysis system to study the dynamic characteristics of the plant roots is of great significance for the development of modern agriculture.
The most important technology applied to the plant root image monitoring and analysis system is the image processing technology, which uses the photograph to obtain the root system image information, and then the relevant parameters are determined by the image processing software, thereby realizing the digitization, visibility, informatization, and dynamics of the root research. Non-destructive monitoring purposes.
Plant root image monitoring and analysis system is the most appropriate research method and method for obtaining plant root data. Using it not only has little damage to the root system of plants, but also can monitor the growth status of the root system in real time and accurately estimate the root length and root distribution density. And the dynamic nature of the root. In other words, the root system image monitoring and analysis system can intuitively observe the root system, and obtain some characteristic values ​​and dynamic characteristics of the root.
Plant root image monitoring and analysis system is a new technology method that has emerged in recent years with the increasing maturity of digital technology, feature recognition technology, and image processing technology. Its application solves the problem of large manual workload and poor accuracy in the past. Such drawbacks have enabled the digitized, visualized, informatized, and non-destructive dynamic monitoring of plant roots, not only enriching the knowledge of plant root phenology, but also providing botanists with the necessary experimental means for studying root systems.
Roots are organs that fix plants and absorb water, nutrients, and salinity from the soil. They are both direct users of soil resources and direct victims of stress factors such as acid, alkali, salt, and drought in the soil environment. Therefore, plant root image monitoring is used. The analysis system to study the dynamic characteristics of the plant roots is of great significance for the development of modern agriculture.
The most important technology applied to the plant root image monitoring and analysis system is the image processing technology, which uses the photograph to obtain the root system image information, and then the relevant parameters are determined by the image processing software, thereby realizing the digitization, visibility, informatization, and dynamics of the root research. Non-destructive monitoring purposes.
Plant root image monitoring and analysis system is the most appropriate research method and method for obtaining plant root data. Using it not only has little damage to the root system of plants, but also can monitor the growth status of the root system in real time and accurately estimate the root length and root distribution density. And the dynamic nature of the root. In other words, the root system image monitoring and analysis system can intuitively observe the root system, and obtain some characteristic values ​​and dynamic characteristics of the root.
Plant root image monitoring and analysis system is a new technology method that has emerged in recent years with the increasing maturity of digital technology, feature recognition technology, and image processing technology. Its application solves the problem of large manual workload and poor accuracy in the past. Such drawbacks have enabled the digitized, visualized, informatized, and non-destructive dynamic monitoring of plant roots, not only enriching the knowledge of plant root phenology, but also providing botanists with the necessary experimental means for studying root systems.
A pipe cutting machine shear, historically known as a lever shear and sometimes as a crocodile shear, is a metal-cutting shear with a hinged jaw, powered by a flywheel or hydraulic cylinder. Alligator shears are generally set up as stand-alone shears; however, there are types for excavators. They are generally used to cut ferrous members, such as rebar, pipe, angle iron, or I-beams.
Steel Pipes Shear, Iron Pipes Shear, Metal Pipes Shear, Copper Pipes Shear
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