The UIFA from mitochondria membrane lipid in drought resistant soybean leaf cell was lower than susceptable soybean.
抗旱大豆叶线粒体膜脂的总脂肪酸不饱和度，显著低于不抗旱大豆。
Removal of flowers and pods from flowering soybean plants also delays leaf aging.
如果从大豆开花的植株摘除花和荚，同样也能推迟叶子的衰老。
Chloroplast pigments, gas exchange, chlorophyll a fluorescence kinetics and leaf orientation were extensively studied in soybean leaves from emergency to full expansion.
研究了大豆叶片逐步展开过程中的色素组成、气体交换、荧光动力学以及叶片角度等特性。
In a maturing soybean plant, most of the assimilate from a leaf went into the pod at the axil of that leaf.
在一个正在成熟的大豆植株中，一片叶子的大部分同化物都进入叶腋的荚里。
The effects of soybean frog-eye leaf spot on yield and quality were investigated with different disease degrees in leaf, pod and seed infection.
采用不同病级病叶、荚、粒，研究了大豆灰斑病对大豆产量和品质的影响。
The production, demonstrated that N-application on the leaf surface could relax the supplying-demanding relation in soybean flowering period.
生产验证叶面给氮可以缓解大豆花荚期氮素供需之间的矛盾。
Rumex K-1, a new rich-protein green-leaf plant, can yield 5 times of protein per unit greater than soybean.
鲁梅克斯k - 1酸模，是以鲜叶为主的新型高蛋白植物，单位蛋白产量为大豆的5倍。
The prevention and cure effect of 1% Wuyi-rhzomorph is significant for soybean frogeye leaf spot, its average effective percentage is 61.
抗生素生物杀菌剂1％武夷菌素水剂对大豆灰斑病具有显著防效，防治效果平均为61。
The functional period of leaf of cold soybean was longer than warm soybean, and the cosenescence progress of leaf was also slower than warm soybean;
冷型大豆绿叶功能期均长于暖型大豆，叶片衰老进程也较暖型大豆迟缓；
The diurnal and seasonal changes of water relationships in soybean plants were measured and analyzed in 1986-1987 in relation to sowing time, leaf position and varieties.
1987年测定了大豆植株水分状况的日变化和季节变化，分析了其基本特点，并比较了不同播期、不同叶位和不同耐旱性品种对它们的影响。
The soybean variety under-sowing with maize ought to select that the leaf is middle size, lanceolate or elliptic, deep green colour, and the petiole is short and thick;
与玉米间作的大豆，宜选育叶片大小中等、披针形或短椭圆形、叶柄短而粗、叶色深绿的品种。
The results showed that the suitable fermentation medium is: Ginkgo leaf 87% , soybean flour 9% , corn flour 3% , gypsum powder for food 1% ;
结果表明，该发酵的适宜培养基为：银杏叶87％，黄豆粉9％，玉米粉3％，食用石膏粉1％；
Studies were carried out on effects of manganese on yield of soybean with seed treatment and leaf spraying.
研究施锰对不同基因型大豆产量影响规律。
Studies were carried out on effects of manganese on yield of soybean with seed treatment and leaf spraying.
研究施锰对不同基因型大豆产量影响规律。
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