4.large white roundish Asiatic legume; usually dried.
5.It may reflect an evolutionary process from no-nodules legume plants to nodules legume plants.
豆科植物的表皮细胞外切向壁厚度似乎能够反映豆科植物从不结瘤到结瘤的进化过程。
6.Scope of application: corn unpolishd rice, legume, germ.
7.The outer tangential wall of no-nodules legume plants epidermal cells is thicker and darker than that of nodule legume plants.
非结瘤豆科植物的根表皮细胞外切向壁的厚度比结瘤豆科植物的要厚，颜色也较深。
8.Pasture Legume Species Differ in Their Capacity to Acidify=a Low-Buffer Soil
不同豆科牧草对低缓冲土壤的酸化能力
9.The epidemic cells of no-nodules legume plants arrange compact and orderliness, however, the cells of nodules legume plants are thin and destroyed easily when slice.
非结瘤豆科植物的表皮细胞排列致密且整齐；而结瘤豆科植物表皮细胞较薄，切片时容易收缩破损。
10.Because of the nitrogen fixation of legumes, even though legume forages absobed more nitrogen than grass forages, the soil nitrogen and organic matter used by legume forages were less than grass forages.
豆科牧草耗氮量虽然比禾本科牧草多，但由于豆科牧草具有固氮作用，因而对土壤全氮和有机质的消耗量却比禾本科牧草低。
