Due to the wide area and quantity of corn planted in China, the level of its production is directly related to the development of China's economy. In the field of corn breeding and planting, high yield of corn has always been our goal. In recent years, using canopy analysis, it has been found that changes in the microenvironment of corn canopy structure play a decisive role in corn yield and quality. In particular, the distribution of light and the conversion of corn photosynthetic characteristics determine the efficiency of light energy utilization of corn populations. High and low.
It can be seen that the reason why the canopy structure can affect corn yield and quality is mainly because good canopy structure can improve the photosynthetic efficiency of maize leaves, is conducive to corn's energy accumulation, and promotes the growth and development of corn. In order to better investigate canopy light energy resources, measure the interception of light in plant canopies, and study the relationship between crop growth, yield and quality, and light energy utilization, people have widely used the crown in agricultural production and agricultural research in recent years. Layer analyzers to investigate and research. Therefore, using canopy analysis to analyze the relationship between corn canopy structure and yield can more easily study the structural characteristics, photosynthetic physiology and micro-ecological environment characteristics of different levels within the corn canopy, and provide a theoretical basis for further research on super-high yield corn cultivation. .
The results of surveys conducted by the Canopy Analyzer show that the reason why maize can achieve high yields and increase yields is due to the fact that the management of fertilizer and water and comprehensive cultivation techniques have created reasonable group canopy structures and are pursuing higher leaf area indices. To make it as soon as possible to achieve the best state, reducing the early loss of light energy loss, while ensuring that the leaves maintain a longer functional period, especially during the period from toast to mature. Therefore, through the test results, we can also find that using canopy analysis to analyze the relationship between corn canopy structure and yield can help modern agriculture to better carry out fertilizer and water management, and further explore the potential of corn by further optimizing the community canopy structure. , increase corn production and achieve higher and more significant agricultural planting goals.
It can be seen that the reason why the canopy structure can affect corn yield and quality is mainly because good canopy structure can improve the photosynthetic efficiency of maize leaves, is conducive to corn's energy accumulation, and promotes the growth and development of corn. In order to better investigate canopy light energy resources, measure the interception of light in plant canopies, and study the relationship between crop growth, yield and quality, and light energy utilization, people have widely used the crown in agricultural production and agricultural research in recent years. Layer analyzers to investigate and research. Therefore, using canopy analysis to analyze the relationship between corn canopy structure and yield can more easily study the structural characteristics, photosynthetic physiology and micro-ecological environment characteristics of different levels within the corn canopy, and provide a theoretical basis for further research on super-high yield corn cultivation. .
The results of surveys conducted by the Canopy Analyzer show that the reason why maize can achieve high yields and increase yields is due to the fact that the management of fertilizer and water and comprehensive cultivation techniques have created reasonable group canopy structures and are pursuing higher leaf area indices. To make it as soon as possible to achieve the best state, reducing the early loss of light energy loss, while ensuring that the leaves maintain a longer functional period, especially during the period from toast to mature. Therefore, through the test results, we can also find that using canopy analysis to analyze the relationship between corn canopy structure and yield can help modern agriculture to better carry out fertilizer and water management, and further explore the potential of corn by further optimizing the community canopy structure. , increase corn production and achieve higher and more significant agricultural planting goals.
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