When agricultural resources became more and more tense, people began to realize the importance of saving. With the growth of population and the shrinking of arable land, people began to search for more efficient agricultural production methods. Therefore, the development of agriculture in the future is definitely a must. Realize savings and efficiency. The development of science and technology has spawned technologies such as leaf surface humidity sensors. The influence of these sensors in agriculture has shown people how the technology can achieve the economy and efficiency of agriculture. Commercial Decoration Steel Cutting,OEM Custom Laser Cutting Service,Custom Steel Punching Service,Steel Enclosure Guangdong Dongji Intellingent Device Co.,Ltd , https://www.djmetalwork.com
Take the leaf surface humidity sensor as an example, it is mainly used for monitoring the humidity data of the plant leaf for a long time. In the agricultural field, weather conditions can easily lead to excessive humidity in the leaves of the plants. When there is a certain amount of water vapor in the foliage, the foliage is susceptible to some fungal and bacterial diseases, which increases the risk of plant diseases. In particular, the large number of applications of sprinkler irrigation technologies this year have also increased the humidity of the foliage to a certain extent. In this context, the use of leaf surface humidity sensors to monitor the humidity changes of plant foliage can enable researchers or producers to Predict the occurrence of disease in advance so that relevant protection measures can be taken for plants or crops.
In addition, the leaf surface humidity sensor is also an important technology for agricultural water-saving irrigation. In the process of irrigation, as the plant absorbs water, the humidity of the plant leaf surface will also become greater. When it reaches a certain degree, it indicates that the irrigation water Having met the growing needs of the plant, this time when the water source is shut off automatically, it can reduce the waste of water, and can also avoid the stress effect of excessive soil moisture on the plant growth. Through this kind of precise irrigation, the plant will not thirst and will not be overfull. Foliar moisture sensors can help save 15%-30% of water while crop yield can be increased by about 20%. Doesn't this reflect the conservation and efficiency of agricultural production?
Based on the obvious effect of leaf surface humidity sensors on agricultural production, more and more fields are willing to actively use leaf surface humidity sensors. Currently, water-saving agricultural irrigation, greenhouses, flowers and vegetables, crop cultivation, agricultural laboratories Foliar humidity sensors can be seen in fields such as grasslands, grasslands, plant cultivation, and scientific experiments, and have made outstanding contributions to the goal of saving agriculture and efficiency.