首页> 外文OA文献 >Efektivitas Inokulan Bradyrhizobium Dan Galur Mutan Kedelai Terhadap Kandungan N Dan Hasil Di Lahan Masam*[inokulan Effectivity of Bradyrhizobium and Soybean Mutant Lines Against N Content and Yield in Acid Soil]
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Efektivitas Inokulan Bradyrhizobium Dan Galur Mutan Kedelai Terhadap Kandungan N Dan Hasil Di Lahan Masam*[inokulan Effectivity of Bradyrhizobium and Soybean Mutant Lines Against N Content and Yield in Acid Soil]

机译:酸性土壤中根瘤菌和大豆突变株对氮含量和产量的有效性* [酸性土壤中根瘤菌和大豆突变体对氮含量和产量的接种物效果]

摘要

One field experiment had been conducted at Institute for Research and Agricultural Technology Evaluation at Taman Bogo FieldSta,to screen some Bradyhyzobium inoculants on soybean mutant lines developed for acid soil.Inoculants evaluated were single strain B-22,and its mixed inoculants (B-22+B37), (B-22 + G49), and (B-22+TAL 102) on two soybean mutant lines No.07 and 58,and cv.Wilis as check variety. Plant growth and N yield were determined at pod development (R4) and grain maturity (R8) stages.The effect of inoculation significantly influenced nodul-ation and N yield and tended to increase plant dry weight 25%.Mixed inoculant (B-22+B-37) showed good symbiotic compatibility with the three soybean genotypes tested,whereas inoculant(B- 22+G49) only showed good compatibility with mutant line No.58.Cultivar Wilis had broader symbiotic spectrum as compared to mutant line No. 07 and 58.The effect of plant genotypes,and its interaction with inoculants were significant on grain and N yield.It was observed that at pod development stage,the plant growth of mutant line No. 07 were slower than the other genotypes but it had better nutrient translocation rate to grain which resulted grain yield of cv. Wilis. The results showed that this mutant line could be developed for this area.
机译:在Taman Bogo FieldSta的研究和农业技术评估研究所进行了一项田间试验,以在针对酸性土壤开发的大豆突变株上筛选一些根瘤菌接种物。评估的接种物为单一菌株B-22及其混合接种物(B-22 (B37),(B-22 + G49)和(B-22 + TAL 102)分别位于两个大豆突变株No.07和58上,以及cv.Wilis作为对照品种。在豆荚发育(R4)和成熟期(R8)阶段确定植物的生长和氮产量。接种的影响显着影响结瘤和氮的产量,并倾向于使植物干重增加25%。混合接种剂(B-22 + B-37)与三种被测大豆基因型具有良好的共生相容性,而孕育剂(B-22 + G49)仅与58号突变体具有良好的相容性.Wilis品种与07号突变体和58.植物基因型及其与孕育剂的相互作用对籽粒和氮素的产量具有显着影响。观察到,在荚果发育阶段,突变株No.07的植物生长慢于其他基因型,但营养更好谷物的易位率,导致谷物产量。威利斯结果表明,该突变体系可用于该地区。

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