Drought brings many severe challenges to agricultural production, with extensive and profound impacts. Drought directly affects crop growth, leading to a decline in the efficiency of photosynthesis of crops and a reduction in biomass accumulation, thereby resulting in a decrease in the yield of food and other agricultural crops. For example, the yields of major food crops such as corn and wheat often significantly decrease under drought conditions. Drought also induces the large-scale breeding of pests and diseases. Drought-loving pests such as locusts and aphids are more likely to multiply during drought periods, further increasing yield losses. Drought also causes damage to agricultural infrastructure, making irrigation systems unable to operate normally and reservoir water levels to drop, which hinders the long-term development of agricultural production.
People adopt a variety of measures to combat drought. Optimize the agricultural layout according to the law of drought, select drought-tolerant crop varieties, and adjust the planting structure; establish a strict water resource management mechanism, strengthen conservation and protection, and carry out artificial rain enhancement activities. In the process of agricultural production, scientific irrigation is a crucial drought-resistant strategy, which can improve the utilization efficiency of water resources, ensure that crops obtain sufficient water and nutrients, and promote the sustainable development of agriculture.
Soil moisture monitoring equipment plays an important role in scientific irrigation. It can accurately measure the soil moisture situation and help farmers precisely control the amount of irrigation water to prevent over-irrigation or water deficiency. The monitoring station can provide the trend of soil moisture change and warning data, allowing farmers to grasp the best opportunity for irrigation, effectively saving water resources, reducing water and fertilizer losses, and achieving precise agricultural management.
Fengtu has a number of high-quality Soil moisture monitoring equipment. For example, the FT - TS400 Soil moisture monitoring equipment uses various sensors to monitor the soil moisture content and soil moisture condition in real time, providing accurate data support for farmers to formulate scientific and reasonable irrigation plans, helping to improve agricultural production efficiency, promoting the sustainable development of agriculture, showing good performance in optimizing irrigation decisions and bringing many benefits to agricultural production.
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