Abstract：Using the monitoring and management information system of irrigation water, the soil moisture of repre-sentative stations is monitored, and the changes of crop irrigation water quota and irrigation water efficiency under different monitoring points are analyzed. The results show that the irrigation water quota of each crop in irrigation area is greater than the theoretical test value, and the comprehensive irrigation water quota of crop is 322 m3/mu, and the crop irrigation water efficiency under drip irrigation is greater than conventional irrigation. The average ir-rigation water efficiency is 4.95 yuan/m3. The data show that the crops in Santunhe River irrigation area of Xinji-ang are still in conservative and sufficient irrigation; therefore, the comprehensive irrigation efficiency is better. It is necessary to appropriately increase efficient water-saving area, improve the crop irrigation efficiency, and pro-mote the crop water-saving and income increase.
王蓓, 马英杰, 李芳松. 土壤墒情监测管理信息系统在新疆三屯河灌区的应用[J]. 中国防汛抗旱, 2020, 30(7): 38-42.
WANG Bei, MA Yingjie, LI Fangsong. Application of soil moisture monitoring and management information system in Santunhe River irrigation area of Xinjiang. journal1, 2020, 30(7): 38-42.
2020, Vol. 30 
