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Dr. Yang Recorder | Six key indicators for soil monitoring
by：Rika Sensors
2021-11-20
Dr. Yang Recorder | Six key indicators for soil monitoring
Whether it is a technologically advanced today or a technologically backward feudal society, people have never stopped pursuing the quality and output of agricultural products. Fertilization, irrigation, reasonable density planting, grafting, variety cultivation, insecticide, thinning, soil loosening, soil monitoring, etc. are all to improve the quality and yield of agricultural products. Soil moisture, nutrients, air and temperature are the four major factors affecting soil. Planting is inseparable from soil, which can not only preserve and transform nutrients, but also conserve water and recycle it. The level of soil fertility is not only affected by the appropriate number of each fertility factor, but also depends on the degree of coordination between water, fertilizer, air, and heat under certain conditions. Therefore, if you want to improve the yield and quality of crops, you must study and master the status of various soil fertility factors and their interrelationships. Soil monitoring is a very important task in modern agricultural production. Through soil monitoring, we can know the data related to soil and soil quality, such as soil temperature and humidity, soil moisture, nutrient content, pH, electrical conductivity and so on. These data obtained from soil monitoring are vital to agricultural production. Soil temperature monitoringSoil temperature has a great influence on crop growth, microbial activities in the soil, the transformation of various nutrients, soil water evaporation and movement. For general soil microbial life, the suitable soil temperature is 25℃~37℃, the lowest is 5℃, and the highest does not exceed 45℃~50℃. Within a certain temperature range, the higher the soil temperature, the faster the growth and development of crops; if the soil temperature is too low, microbial activity is weakened, organic matter is difficult to decompose, and the root respiration of crops is reduced, resulting in crop nutrient deficiency and slower growth. Soil moisture monitoringSoil moisture refers to the condition of soil moisture content. Soil moisture directly affects the growth quality and speed of crops. In the planting industry, crops cannot directly obtain the inorganic elements in the soil by themselves, and the water in the soil acts as a solvent to dissolve these inorganic elements. The crops absorb soil water through the root system to obtain nutrients and promote growth. Therefore, precipitation or irrigation must be converted into soil. Water can be absorbed by plants. Soil moisture monitoringSoil moisture is a data that represents the content of soil moisture. Through soil moisture monitoring, we can know the water content or implement scientific irrigation based on the monitoring data to ensure that crops can not affect yield or quality due to water conditions. Soil nutrient monitoring The nutrient in the soil is essential for plant growth. Too little or too much nutrient will affect crop growth, so reasonable soil nutrient content is still very important for crop growth. Soil nutrient monitoring can help us guide fertilization work. Soil pH monitoringSoil pH refers to the existence of various chemical and biochemical reactions in the soil, showing different acidity or alkalinity. The strength of the soil's acidity and alkalinity is often measured by its pH. Soils that are too acidic or too alkaline will reduce the availability of soil nutrients to varying degrees, making it difficult to form a good soil structure, seriously inhibiting the activity of soil microorganisms, and affecting the growth and development of various crops. Plants can grow normally in a wide range, but various plants have their own suitable pH. Soil conductivity monitoringThe conductivity is used to measure the concentration of soluble salts in the solution, and it can also be used to measure the concentration of soluble ions in liquid fertilizers or planting media. Also called EC value. High salinity in the soil will directly cause crops to fail to grow. The main reason is that the ions are transported from high concentration to low concentration. If the soil has a high concentration of soluble ions. It will transport the ions to the roots of the crop. The moisture in the root system of the crop is transported to the soil. Lead to dehydration and death of crop roots. RS-TRREC-N01-1 Rang Dr. Recorder adopts the latest digital integrated circuit technology and international detection technology to design a brand new intelligent handheld detector. The Dr. Rang recorder uses a large-size full-color LCD display, which can display the measurement results in real time, which is simple and convenient, with low measurement cost and fast measurement speed. 5000MAH lithium battery power supply, long standby time, battery life can reach more than 8 hours, can be flexibly connected to the company's soil nitrogen, phosphorus and potassium sensors, soil conductivity and soil temperature and humidity and other equipment to achieve the measurement of a variety of soil parameters. The probe plug-in design ensures accurate measurement, plug and test, and reliable performance. Dr. Yang recorder adopts the detection circuit designed by the international digital chip, which can achieve very high sensitivity and excellent repeatability, and the recorder integrates storage, recording and analysis, with 1 million records Large-capacity storage of data, through the USB data interface, the data can be saved to the computer and then exported to three formats of Excel, WORD, and PDF, which is convenient and quick. The recorder is widely used in the monitoring of soil pH, dry farming and water-saving irrigation, precision agriculture, forestry, geological prospecting, plant cultivation, water conservancy, environmental protection and other fields, as well as the measurement of various particulate matter pH.
The single most important quality you'll need as Hunan Rika Electronic Tech Co.,Ltd is 'stick-to-it-iveness' or grit, a combination of perseverance, patience and adaptability.
Hunan Rika Electronic Tech Co.,Ltd are dedicated to providing excellent underwriting and loss control advice up front, and to ensuring superior customer service through the life of the policy.
Rika Sensors is one of the top brands in their class when it comes to sensor solution and environmental monitoring systems. If you check online, Rika Sensors is often rated high and reviewed with much praise. we would be very pleased to receive your inquiry.
These OEM sensor sensor solution have made the life easier. The best feature of the is its environmental monitoring systems.
Whether it is a technologically advanced today or a technologically backward feudal society, people have never stopped pursuing the quality and output of agricultural products. Fertilization, irrigation, reasonable density planting, grafting, variety cultivation, insecticide, thinning, soil loosening, soil monitoring, etc. are all to improve the quality and yield of agricultural products. Soil moisture, nutrients, air and temperature are the four major factors affecting soil. Planting is inseparable from soil, which can not only preserve and transform nutrients, but also conserve water and recycle it. The level of soil fertility is not only affected by the appropriate number of each fertility factor, but also depends on the degree of coordination between water, fertilizer, air, and heat under certain conditions. Therefore, if you want to improve the yield and quality of crops, you must study and master the status of various soil fertility factors and their interrelationships. Soil monitoring is a very important task in modern agricultural production. Through soil monitoring, we can know the data related to soil and soil quality, such as soil temperature and humidity, soil moisture, nutrient content, pH, electrical conductivity and so on. These data obtained from soil monitoring are vital to agricultural production. Soil temperature monitoringSoil temperature has a great influence on crop growth, microbial activities in the soil, the transformation of various nutrients, soil water evaporation and movement. For general soil microbial life, the suitable soil temperature is 25℃~37℃, the lowest is 5℃, and the highest does not exceed 45℃~50℃. Within a certain temperature range, the higher the soil temperature, the faster the growth and development of crops; if the soil temperature is too low, microbial activity is weakened, organic matter is difficult to decompose, and the root respiration of crops is reduced, resulting in crop nutrient deficiency and slower growth. Soil moisture monitoringSoil moisture refers to the condition of soil moisture content. Soil moisture directly affects the growth quality and speed of crops. In the planting industry, crops cannot directly obtain the inorganic elements in the soil by themselves, and the water in the soil acts as a solvent to dissolve these inorganic elements. The crops absorb soil water through the root system to obtain nutrients and promote growth. Therefore, precipitation or irrigation must be converted into soil. Water can be absorbed by plants. Soil moisture monitoringSoil moisture is a data that represents the content of soil moisture. Through soil moisture monitoring, we can know the water content or implement scientific irrigation based on the monitoring data to ensure that crops can not affect yield or quality due to water conditions. Soil nutrient monitoring The nutrient in the soil is essential for plant growth. Too little or too much nutrient will affect crop growth, so reasonable soil nutrient content is still very important for crop growth. Soil nutrient monitoring can help us guide fertilization work. Soil pH monitoringSoil pH refers to the existence of various chemical and biochemical reactions in the soil, showing different acidity or alkalinity. The strength of the soil's acidity and alkalinity is often measured by its pH. Soils that are too acidic or too alkaline will reduce the availability of soil nutrients to varying degrees, making it difficult to form a good soil structure, seriously inhibiting the activity of soil microorganisms, and affecting the growth and development of various crops. Plants can grow normally in a wide range, but various plants have their own suitable pH. Soil conductivity monitoringThe conductivity is used to measure the concentration of soluble salts in the solution, and it can also be used to measure the concentration of soluble ions in liquid fertilizers or planting media. Also called EC value. High salinity in the soil will directly cause crops to fail to grow. The main reason is that the ions are transported from high concentration to low concentration. If the soil has a high concentration of soluble ions. It will transport the ions to the roots of the crop. The moisture in the root system of the crop is transported to the soil. Lead to dehydration and death of crop roots. RS-TRREC-N01-1 Rang Dr. Recorder adopts the latest digital integrated circuit technology and international detection technology to design a brand new intelligent handheld detector. The Dr. Rang recorder uses a large-size full-color LCD display, which can display the measurement results in real time, which is simple and convenient, with low measurement cost and fast measurement speed. 5000MAH lithium battery power supply, long standby time, battery life can reach more than 8 hours, can be flexibly connected to the company's soil nitrogen, phosphorus and potassium sensors, soil conductivity and soil temperature and humidity and other equipment to achieve the measurement of a variety of soil parameters. The probe plug-in design ensures accurate measurement, plug and test, and reliable performance. Dr. Yang recorder adopts the detection circuit designed by the international digital chip, which can achieve very high sensitivity and excellent repeatability, and the recorder integrates storage, recording and analysis, with 1 million records Large-capacity storage of data, through the USB data interface, the data can be saved to the computer and then exported to three formats of Excel, WORD, and PDF, which is convenient and quick. The recorder is widely used in the monitoring of soil pH, dry farming and water-saving irrigation, precision agriculture, forestry, geological prospecting, plant cultivation, water conservancy, environmental protection and other fields, as well as the measurement of various particulate matter pH.
The single most important quality you'll need as Hunan Rika Electronic Tech Co.,Ltd is 'stick-to-it-iveness' or grit, a combination of perseverance, patience and adaptability.
Hunan Rika Electronic Tech Co.,Ltd are dedicated to providing excellent underwriting and loss control advice up front, and to ensuring superior customer service through the life of the policy.
Rika Sensors is one of the top brands in their class when it comes to sensor solution and environmental monitoring systems. If you check online, Rika Sensors is often rated high and reviewed with much praise. we would be very pleased to receive your inquiry.
These OEM sensor sensor solution have made the life easier. The best feature of the is its environmental monitoring systems.
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