剑兰植物对腐植酸、硼酸和硅酸钾的响应

F. Mahmoud, A. H. Mohamed-Ragaa, A. Noha, A. Zaki
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引用次数: 0

摘要

通过2016/17和2017/18两季的田间试验,研究了腐植酸(HA)、硼酸(BA)和硅酸钾(PSi)对大花唐菖蒲(Gladiolus grandflorus)营养生长、开花、球茎产量和光合色素的影响及其交互作用。欧洲植物。主图包括0、0.25和0.50 g/l时的HA,次图包括25和50 mg/l时的BA, 50和100 mg/l时的PSi,以及两种物质低和高水平时的B/Si。腐植酸或BA和/或PSi能增强不同的研究性状,但高水平HA与BA/PSi的互作处理能获得最佳的营养生长性状、开花性状和球果产量。同时,该处理对花期延迟,小花/穗数无影响。推荐供应桔梗剑兰。为获得最佳花期和最大球茎产量,在欧视植物中,HA为0.50 g/l, BA为50 mg/l, PSi为100 mg/1。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RESPONSE OF GLADIOLUS PLANTS TO HUMIC ACID, BORIC ACID AND POTASSIUM SILICATE
A field experiment was conducted during two successive seasons, 2016/17 and 2017/18 to study the effect of humic acid (HA), boric acid (BA) and potassium silicate (PSi), as well their interaction on vegetative growth, flowering aspects, corm production and photosynthetic pigments of Gladiolus grandiflorus cv. Eurovision plants. The main plots included HA at 0, 0.25 and 0.50 g/l, while the sub-plots included BA at 25 and 50 mg/l, PSi at 50 and 100 mg/l and B/Si at low and high levels of both substances. Humic acid or BA and/or PSi augmented different studied traits, however the interaction treatment between the high level of HA plus the dual treatment of BA/PSi resulted in the best vegetative growth characters, flowering aspects and corm production. Meanwhile, flowering date was delayed and number of florets/spike was not affected due to this treatment. It is recommended to supply Gladiolus grandiflorus cv. Eurovision plants with HA at 0.50 g/l in combination with BA at 50 mg/l and PSi 100 mg/1 in order to obtain the best flowering aspects and the maximum corm and cormels production.
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