In the field of life sciences, plant phenotype mainly refers to the observable morphological characteristics of plants under certain conditions (such as various environments and growth stages). Under the premise of no scientific and technological blessing, the acquisition of plant phenotype relies entirely on manual measurement and recording, but in recent years, with the development of remote sensing, robotics, computer world and artificial plants, many plant phenotypic measuring instruments such as leaf area meter have been Developed, the determination and research of plant phenotypes has also entered a stage of rapid growth. For researchers, the application of instruments provides important scientific and technical support for plant phenotypic research, further promoting the phenotype of plants. Development of assays and research work.
The main function of the leaf area meter is to determine the leaf area of ​​the plant. This indicator is an important phenotypic indicator of the plant. By measuring the leaf area of ​​the plant, the relationship between plant growth and the environment can be better studied. Investigate the utilization of light energy by plant leaves, and improve the photosynthesis effect of plants through reasonable leaf area size adjustment, and achieve the goals of increasing production and increasing income.
The leaf area meter is one of the plant phenotype instruments, and other instruments include a root analyzer, a crop height meter, and the like. The use of instruments to determine and analyze plant phenotypes requires rapid, accurate and comprehensive access to the plant phenotypic data we need, using modern science and technology to quantify genotype and environmental interactions and their yield, quality, and stress resistance. The influence of related major traits, etc., in order to scientifically guide modern agricultural production and promote the refinement of agricultural production. From the actual application effect, these scientific instruments have outstanding effects in saving manpower, time and cost, and can provide accurate data materials for researchers. It can be said that it is a good helper for plant phenotypic research.
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