依据施肥模式实现量化施肥，可以有效地提高小麦生产的经济效益。
The economic benefits of wheat Production can be efficiently increased by applying fertilizer at the desired arte according to the model.
论述BB肥施肥模式是农业集约化和专业化的施肥模式及实施该模式的条件；
The fertilization style with BB fertilizer is considered for the condition of intensive and professional farming.
利用长期施肥模式定位试验，采用陶土管土壤溶液采集装置，研究了南方红壤丘陵区稻田不同施肥模式对农业水环境的影响。
Two filed experiments located at the south edges of the Loess Plateau were used to study the effects of different cultivation and fertilization models on contents of SMBC, SMBN, SOC and SON in soils.
得出了不同目标产量时的最佳氮肥用量与追施比例和对应于氮肥不同用量的最佳追施比例及理论产量的动态施肥模式的数学方程。
The mathematics equations of dynamic fertilization mode were set up to determine the rational N dosage and proportion of additional fertilizer for different production goals.
结果表明施肥制度和水分管理模式显著地影响水分和养分的转化过程和生产效益。
The result indicated both fertilization systems and water management pattern significantly affected the transformation processes and production efficiency of the nutrient and water.
研究施肥量和灌水量对不同滴灌模式棉花产量、水分利用效率（WUE）的水氮耦合效应影响。
The coupling effect of water and nitrogen on cotton yield and water use efficiency(WUE) was studied under different drip irrigation patterns.
以小麦生物学特性和土壤植物营养学为依据，在小麦生育模拟基础上，建立了小麦生育优化动态模式和最佳经济效益施肥模型。
Based on simulation of wheat growth phase, a computer simulation model for wheat growth optimization and fertilizer application with optimum economic performance was set up.
总磷上层土的增加量最显著，因此，棚膜覆盖和覆盖可作为农家堆肥施肥的推荐模式。
Therefore, plastic cover treatment and soil cover treatment can be used as household composting system recommendation model.
总磷上层土的增加量最显著，因此，棚膜覆盖和覆盖可作为农家堆肥施肥的推荐模式。
Therefore, plastic cover treatment and soil cover treatment can be used as household composting system recommendation model.
应用推荐