Xinjiang is the main natural forest area in the arid regions of western China，qitai is one county of xinjiang
Qitai County has a long history of agricultural development. Agricultural resources are mainly wheat, barley, corn, sunflower and so on. Grain accounts for one eighth of the total grain output in Xinjiang, accounting for 65% of the total grain output in Changji Prefecture. Qitai county has an area of 2 million mu, and it is the home of high-quality barley and wheat.
In 2016, Qitai County set up four demonstration sites in the semi-gully, Laoqitai, Xidi and Northwest Bay to implement the construction of the Internet of Things for monitoring and monitoring crop diseases and insect pests, the construction of biological inducement and control systems and the construction of intelligent drip irrigation facilities, with a total of 7,600 mu of demonstration area. Standardized cultivation, intensive management, industrialized management, environmental information, pest prevention and control, drip irrigation settings, drip irrigation process, irrigation history and many other information are recorded and inquired at any time through the system database. The digitalization, networking, intellectualization, and refinement of agricultural production management have been realized.
Looking back over the past 60 years, fundamental changes have taken place in Qitai County from traditional agricultural production to modern agricultural production since the founding of Changji. For example, the original irrigation, from flooding gradually into small-flow furrow irrigation, now intelligent drip irrigation, Xidi Town Qiaozi Village farmer is overhauling drip irrigation equipment in winter wheat fields, let him feel that the original 100 acres of land once water takes several days, now intelligent drip irrigation without human pipe, a few hours to irrigation. Moreover, the fertilizer concentration ratio can be uniform, and the quantitative infiltration of crop root growth area, the use of Jiaduo intelligent drip irrigation water and fertilizer integration technology, can save more than 70% water, more than 30% fertilizer, improve fertilizer utilization rate more than 50%, yield has also been significantly increased.
The system collects real-time data of crop water demand, growth and climate change, sets the upper and lower thresholds of irrigation data according to different crops and uses mobile phone and computer to control the field drip irrigation electronic valve remotely and intelligently. When the field crop water demand reaches the lower thresholds, the system automatically irrigates. When the water requirement reaches the upper threshold value, it stops automatically, and the central control system software can realize the block control within the radius of 10 km, and the intelligent irrigation of the whole area can be realized without leaving home.
Today, the drip irrigation system can be used in many areas, such as garden, orchard and so on, it has one big effective for our life