叶面施硼对小麦结实率和产量的影响

O. Fakir, M. Rahman, M. Jahiruddin
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引用次数: 9

摘要

目的:评价叶面施硼(B)对小麦籽粒结实和产量的影响。Shatabdi)。研究设计:试验设计6个硼处理,采用随机完全区组设计(RCBD), 3个重复。研究地点和时间:田间试验于2010年11月27日至2011年3月24日在Mymensingh的孟加拉国农业大学(BAU)农场进行。方法:B种处理为(i) B对照,(ii) B土壤施用,(iii)硼酸溶液灌种,(iv)作物初生期叶面喷施B, (v)孕穗期叶面喷施B, (vi)初生期和孕穗期叶面喷施B。硼酸溶液(17%)土壤施硼量为1.5 kg bha,每次叶面喷施硼量为0.4%。将小麦种子浸泡在0.1%硼酸溶液中10小时,晾干后播种。每个地块每公顷分别从尿素、总磷、MoP和石膏中获得115 kg N、25 kg P、75 kg K和15 kg S。Fakir等;农业工程学报,12(2):1-8,2016;文章no.AJEA。结果:在作物初生期和孕穗期同时叶面喷施B的处理产量最高(3630 kg hm2),与在孕穗期或作物初生期叶面喷施B和在作物(小麦)播种前土壤喷施B的产量在统计学上相似;所有产量均显著高于灌种处理和对照处理。对照处理(不施B)籽粒产量最低(2600 kg hm2),显著低于灌种处理。结论:缺硼影响小麦产量,在作物初生期或孕穗期土壤施硼量为1.5 kg / hm2或叶面施0.4%硼酸溶液可克服缺硼对籽粒结实的影响。
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Effects of Foliar Application of Boron (B) on the Grain Set and Yield of Wheat (Triticum aestivum L.)
Aims: The objective of this study was to evaluate the effect of foliar application of boron (B) on the grain set and yield of wheat (cv. Shatabdi). Study Design: The experiment was designed with six boron treatments, arranged in a randomized complete block design (RCBD) with three replications. Place and Duration of Study: The field trial was conducted at Bangladesh Agricultural University (BAU) farm, Mymensingh during 27 November 2010 to 24 March 2011. Methodology: The B treatments were (i) B control, (ii) soil application of B, (iii) seed priming into boric acid solution, (iv) foliar spray of B at primordial stage of crop, (v) foliar spray of B at booting stage and (vi) foliar spray of B at primordial and booting stages. The rate of B for soil application was 1.5 kg B ha from boric acid (17% B) and the rate for each foliar spray was 0.4% boric acid solution. Seed priming was done by soaking wheat seeds into 0.1% boric acid solution for 10 hours and then seeds were dried before sowing. Every plot received 115 kg N, 25 kg P, 75 kg K and 15 kg S per hectare from urea, TSP, MoP and gypsum, respectively. Original Research Article Fakir et al.; AJEA, 12(2): 1-8, 2016; Article no.AJEA.24286 2 Results: The treatment receiving foliar spray of B at both primordial and booting stages of the crop performed the highest yield (3630 kg ha) which was statistically similar with the yield recorded with foliar spray of B at booting or primordial stage of crop and with soil application of B before crop (wheat) was sown; all the yields were significantly higher over the yield noted with seed priming or control treatment. The control treatment (no B application) had the lowest grain yield (2600 kg ha) which was significantly lower than the yield observed with the seed priming treatment. Conclusion: Wheat yield was affected due to grain set failure induced by boron deficiency and it was possible to overcome this element deficiency by soil application at 1.5 kg B ha or foliar application of 0.4% boric acid solution at primordial or booting stage of crop.
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