该项目经过5年边研究边推广应用，证明在不同气候年的自然条件下，只要坚持常规技术及不同旱涝条件下不同措施的标准化的基本要求，采用以增加三元基础肥配合比例、增加微量元素配比、有效降低密度的优化组合，稳定建立了亩产350kg高产栽培的数学模式，87万亩平均亩产实现328kg This project has been popularized and applied after 5 years of research, which proves that under the natural conditions of different climates, as long as the basic requirements of standardization of different measures under the conventional technology and different drought and flood conditions are adhered to, the project will increase the proportion of ternary base fertilizer and increase Trace element ratio, effectively reduce the optimal combination of density, stable establishment of a yield of 350kg per mu high-yielding mathematical model, 87 acres of mu produce an average of 328kg