不同激发剂对小麦种子萌发、幼苗生长和活力的促进作用

Tasnim Mim, M. Anwar, M. Ahmed, Nurjahan Sriti, Enamul Moni, A. Hasan, S. Yeasmin
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引用次数: 1

摘要

孟加拉国的小麦在晚播条件下经常受到高温和潮湿胁迫,导致生长不良和减产。种子启动可能是对抗这些非生物胁迫的可行工具。本研究的目的是评价不同催种剂对小麦种子出苗率、幼苗生长和活力的影响。2019年11月的第二周,在孟加拉国农业大学农学系农业创新实验室,以小麦品种BARI Gom-33进行了一项实验室试验。试验包括以下两个因素,采用完全随机设计,共4个重复;因子A:引剂(23)即;(我)控制(没有启动)(ii) Hydropriming(蒸馏水)(3)10000 ppm氯化钠(iv) 20000 ppm氯化钠(v) 30000 ppm氯化钠(vi) 50 ppm挂钩(七)100 ppm挂钩(八)150 ppm (ix)挂钩1 ppm Na2MoO4 (x) 2 ppm Na2MoO4 (xi) 3 ppm Na2MoO4(十二)5000 ppm ZnSO4(十三)10000 ppm ZnSO4(十四)15000 ppm ZnSO4(十五)25 ppm CuSO4(十六)50 ppm CuSO4(十七)75 ppm CuSO4(十八)10000 ppm氯化钾(第十九)20000 ppm氯化钾(xx) 20000 ppm氯化钾(第二十一章)10000 ppm氯化钙(第二十二)20000 ppm氯化钙(二十三)30000 ppm氯化钙;因素B:启动时长(2);(i) 6小时(ii) 12小时。100粒种子被人工放置在湿润的沙子上,每个培养皿保持或多或少相等的距离。结果表明,除CuSO4和ZnSO4外,种子激发对小麦种子萌发和幼苗生长均有正向影响。苗期萌发参数和幼苗生长性状均受激发剂的显著影响,激发剂处理明显优于非对照处理。种子启动12小时的效果优于启动6小时。以CaCl2的发芽率和发芽率、根冠长、苗长、干重和活力最好。综上所述,小麦种子催种能在一定程度上提高种子发芽率,提高幼苗活力,建议小麦播前用CaCl2催种6 h。
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Competence of different priming agents for increasing seed germination, seedling growth and vigor of wheat
Wheat in Bangladesh under late sown conditions is often exposed to heat and moisture stresses resulting in poor growth and reduced yield. Seed priming can be a feasible tool to combat those abiotic stresses. The objectives of the present study were to evaluate the efficacy of different seed priming agents for increasing seed emergence, seedling growth, and vigor of wheat. A laboratory experiment was conducted at the Agro Innovation Laboratory, Department of Agronomy, Bangladesh Agricultural University during the 2nd week of November in 2019 with the wheat variety BARI Gom-33. The experiment comprised the following two factors arranged in a completely randomized design with four replications; Factor A: Priming agent (23) namely; (i) Control (No priming) (ii) Hydropriming (distilled water) (iii) 10000 ppm NaCl (iv) 20000 ppm NaCl (v) 30000 ppm NaCl (vi) 50 ppm PEG (vii) 100 ppm PEG (viii) 150 ppm PEG (ix) 1 ppm Na2MoO4 (x) 2 ppm Na2MoO4 (xi) 3 ppm Na2MoO4 (xii) 5000 ppm ZnSO4 (xiii) 10000 ppm ZnSO4 (xiv) 15000 ppm ZnSO4 (xv) 25 ppm CuSO4 (xvi) 50 ppm CuSO4 (xvii) 75 ppm CuSO4 (xviii) 10000 ppm KCl (xix) 20000 ppm KCl (xx) 20000 ppm KCl (xxi) 10000 ppm CaCl2 (xxii) 20000 ppm CaCl2 (xxiii) 30000 ppm CaCl2; Factor B: Priming duration (2); (i) 6 hours (ii) 12 hours. One hundred seeds were placed manually on moist sand maintaining more or less equal distance in each petri dish. Results revealed that seed priming has a positive impact (except CuSO4 and ZnSO4) on seed germination and seedling growth of wheat. Germination parameters and seedling growth traits were significantly affected by priming agents, and a clear advantage of seed priming over non control was evident. Seed priming for 12 hours performed better than6 hours priming. Among the priming agents tried, CaCl2 performed the best in terms of germination percent and index, root and shoot length, seedling length, dry weight and vigor were. It may therefore be concluded that seed priming can increase seed germination rate and improve seedling vigor of wheat to some extent, and pre-sowing seed priming with CaCl2 for 6 hrs can be recommended for wheat.
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