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In the growth and development of plants, carbon, hydrogen, oxygen, nitrogen, phosphorus, potassium, calcium, magnesium, sulfur and 9 kinds of macronutrients and iron, chlorine, boron, manganese, copper, zinc, and molybdenum are used as micronutrients. It plays an important role in the growth and development of plants. In addition to carbon, hydrogen and oxygen from the carbon dioxide and water in the air, the others are absorbed from the soil. Therefore, a reasonable fertilizing operation is crucial for plant production. In order to prevent the loss of plant nutrient elements, modern plant agriculture has begun to use plant nutrient analyzers for regular monitoring, in order to timely understand the lack of plant nutrition, and guide the scientific and rational irrigation and fertilization.
Lack of plants will lead to slow growth of plants, poor resistance, and low production quality. Therefore, to achieve high yields in agricultural production, the requirements of crops on these nutrient elements must be met, but the traditional fertilization operations are based on experience and cannot The demand for crops is clearly known. As a result, the nutrient elements in the soil are not evenly balanced. Now, with the help of scientific testing instruments such as plant nutrient analyzers, we can accurately know the nutritional status of plants, achieve quantitative analysis of nutrient elements, and provide timely and reasonable supplements according to missing conditions, which can effectively prevent the loss of plant nutrient elements and ensure crops. The health of the plant thrives and enhances the productive potential of the crop.
At present, precision agriculture has received more and more attention, and agricultural instruments, such as plant nutrient analyzers, have also been used in a large number of applications. Plant nutrient analyzer can help people scientifically assess plant health and growth status, and use this as a basis to guide the application of nitrogen fertilizer, further enhance the degree of refinement of modern agricultural production, for the improvement of agricultural quality and efficiency are also obvious enhancement.
Lack of plants will lead to slow growth of plants, poor resistance, and low production quality. Therefore, to achieve high yields in agricultural production, the requirements of crops on these nutrient elements must be met, but the traditional fertilization operations are based on experience and cannot The demand for crops is clearly known. As a result, the nutrient elements in the soil are not evenly balanced. Now, with the help of scientific testing instruments such as plant nutrient analyzers, we can accurately know the nutritional status of plants, achieve quantitative analysis of nutrient elements, and provide timely and reasonable supplements according to missing conditions, which can effectively prevent the loss of plant nutrient elements and ensure crops. The health of the plant thrives and enhances the productive potential of the crop.
At present, precision agriculture has received more and more attention, and agricultural instruments, such as plant nutrient analyzers, have also been used in a large number of applications. Plant nutrient analyzer can help people scientifically assess plant health and growth status, and use this as a basis to guide the application of nitrogen fertilizer, further enhance the degree of refinement of modern agricultural production, for the improvement of agricultural quality and efficiency are also obvious enhancement.
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