不同结荚习性的品种生育期结构有很大的差别。
The growth period structure differed greatly with the growth habit.
在结荚期适当的补充水分，有利于苜蓿籽粒饱满。
At podding stage complement water properly, it's advantage to plump seed of Alfalfa.
种植方式不同时，主茎结荚所占比例随着行距的增大而加大。
When the planting mode is different, the ratio of podding on the main stem would increase along with the increasing row spacing.
对结荚率的影响中，仅有施氮量的二次项作用效应达极显著水平。
The effects of pod bearing percentage, only quadratic effect of nitrogen;
出现茸毛，结荚习性，叶片大小、形状等变异，扩大了大豆种质来源。
There also appeared variations in pubescence growth, pod-bearing and foliar size and shape, etc, which expanded the sources of soybean germplasm.
开花期、结荚期和鼓粒期干旱对产量影响最大，在大豆生产中要特别注意这几个生育时期的水分管理。
Effect of drought treatments at florescence, pod-setting and grain-filling on yield was significant and we should pay attention to moisture-managing at this growth stages in producing of soybean.
不同生育阶段氮和磷的吸收与积累量最大值在结荚至鼓粒期，分别占总量的47.74%和44.00%。
The absorption and accumulation of Nitrogen, Phosphorous were the highest at the period from pod-setting to pod-filling, account for 47.74% and 44.00% of total respectively.
结果表明，不同结荚习性大豆品种子粒的大小和子粒蛋白质与脂肪总含量与子粒产量在各部位分布的规律基本一致。
The result shows that different podding propensity soybean varieties have basic same rule on size of bean, contents of protein and fat of bean, and production status of different parts of plants.
结果表明，不同结荚习性大豆品种子粒的大小和子粒蛋白质与脂肪总含量与子粒产量在各部位分布的规律基本一致。
The result shows that different podding propensity soybean varieties have basic same rule on size of bean, contents of protein and fat of bean, and production status of different parts of plants.
应用推荐