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Micro-sprinkler Irrigation Technology for Wheat in Open Fields

Release Date:

2019-11-29

Wheat is a commonly cultivated crop in northern China. It is typically sown in the autumn and undergoes a long winter dormancy. Winter wheat is a heavy feeder, requiring three key fertilizer applications: adequate base fertilization, supplemental seedbed fertilization, and topdressing before winter. Like all plants, wheat cannot grow without water; only by providing timely irrigation can fertilizer use efficiency be improved, thereby boosting wheat yields. Wheat ranks second worldwide in total grain production, behind only corn. In China, wheat is a staple food crop, essential to the diet of the vast majority of the population. Although China’s arable land area has been shrinking, it is therefore imperative to harness modern technologies to enhance grain

Wheat is a common agricultural crop in northern regions. It is typically sown in the autumn and undergoes a long winter dormancy. Winter wheat is a heavy feeder, requiring three key fertilizer applications: applying sufficient base fertilizer, supplementing with seed fertilizer, and topdressing before winter. No plant can grow without water, and wheat is no exception. of 。 Only Timely of Supplement Wheat field Moisture , in order to ensure Fertilizer utilization rate To be improved ， Thus Increase wheat production. Wheat is the world’s second-largest grain crop in terms of total output, surpassed only by corn!

Wheat is the cornerstone of China’s food supply, and most people rely on it. Although China’s arable land area has been shrinking, we must leverage modern technologies—such as chemical fertilizers and advanced irrigation systems—to boost grain yields and offset the shortage of farmland. The adoption of micro-sprinkler irrigation not only increases wheat production but also helps conserve water resources and achieve energy-saving goals, which is undoubtedly good news for farmers across the country!

Micro-sprinkler irrigation, also known as mist irrigation, Micro-spraying technology It is more water-efficient than sprinkler irrigation. Because the spray consists of fine droplets, its applicability is broader than that of sprinkler irrigation, covering crops from the seedling stage through growth and harvest.

It is applicable throughout the entire irrigation process. Water is delivered via a low-pressure pump and pipeline system; under low-pressure conditions, specially designed micro-mist nozzles atomize the water into fine droplets that are sprayed into the air and dispersed over crop foliage or the ground beneath the tree canopy. This method of irrigation is commonly referred to as micro-sprinkling (micro-sprinkler irrigation). Micro-sprinkling not only increases soil moisture and elevates air humidity but also helps regulate the microclimate in agricultural fields.

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