Soil nutrient sensors provide a better understanding of plant growth needs
Nitrogen, phosphorus and potassium are part of the essential nutrients needed for plant growth. Nitrogen is an important component of chlorophyll and is a major component of proteins and enzymes in crops. It can make the leaves healthy and thick, bright color, promote crop photosynthesis, improve crop yield, and further improve crop quality. Potassium can increase the intensity of photosynthesis, promote the formation of starch and sugar in crops, enhance the resistance to stress and disease, and improve the absorption and utilization of nitrogen in crops. Phosphorus is essential for the formation of nuclear proteins, lecithin. It can accelerate cell division, accelerate root and aboveground growth, promote flower bud differentiation, early ripening, and improve fruit quality. Nitrogen, phosphorus and potassium are the three elements of fertilizer.Soil nutrient sensor provide a better understanding of plant growth needs.
With the development of agriculture, people pay more attention to value-added production in meeting the basic needs of plants. This will create a good environment for plants to grow. The Internet-based Internet of Things is booming, and all kinds of smart agriculture, smart irrigation and smart breeding have brought great convenience and convenience to people. All kinds of intelligent devices are very convenient to use.
Soil nutrient sensor
Soil nitrogen, phosphorus and potassium detector is mainly used to detect nitrogen, phosphorus and potassium content in soil. It can greatly alleviate the needs of farmers around the country friends test soil formula fertilization, but also for fertilizer production enterprises to achieve, systematic, information, data provided a reliable basis, is the agricultural department test soil formula fertilization instrument. Jingxun unimpeded factory direct sales, no intermediate link layer of markup. The equipment is more affordable, can be customized according to needs, can better meet the demand.demand.