A. Hassan, Essam Abou El-Salehein, Mahmoud El Hamady, M. Sobh
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引用次数: 0
摘要
本试验于2018/2019和2019/2020两季在温室内进行,以确定灌溉水中基质/基质组合和宏微量养分的影响。草莓cv的统一运行。chandler分别于2018年10月12日和13日和2019年10月12日和13日在1m x 1m的床上种植,间距为20 cm x 20 cm,填充8种不同的生长介质组合,即沙子(100%),泥炭苔藓(100%),蛭石(100%),珍珠岩(100%),泥炭苔藓:蛭石(50%:50%),泥炭苔藓:珍珠岩(50%:50%),泥炭苔藓:蛭石:珍珠岩(50%:50%),泥炭苔藓:蛭石:珍珠岩(33.3%:33.3%:33.3%),泥炭苔藓:蛭石:珍珠岩(33.3%:33.3%)。苗期采用微灌灌溉,结果期采用滴灌灌溉,每隔1 ~ 2 d进行灌溉,宏量和微量元素施肥处理均采用可溶性肥料施肥。灌溉水分为两种处理,即顶水为对照,肥水为宏微量元素(%),即NP、K、Ca、Fe、Zn、B、Cu和Mn(1 - 2 - 20.3 - 0.1 - 0.2 - 0.10.2和0.1)。试验采用分畦设计布置,主畦布置基质培养基,次畦布置不施肥或加肥灌溉水,分3个重复。
EFFECT OF DIFFERENT SUBSTRATE MEDIA AND IRRIGATION ON FLOWERING AND PRODUCTION OF STRAWBERRY (Fragaria spp)
The present experiment was carried out in greenhouse during 2018/2019 and 2019/2020 seasons to determine the effects of substrates media / combination and macro and micro nutrients within irrigation water. Uniform runners of strawberry cv. chandler were selected and planted in 12 and 13 th October 2018 and 2019 seasons, respectively, at a distance of 20 cm x 20 cm in 1m x 1m beds filled with eight different growing media combinations viz, sand (100%), peat moss (100%), vermiculite (100%), perlite (100%), peat moss: vermiculite (50% :50%), peat moss : perlite (50% :50%), vermiculite : perlite (50% :50%), and peat moss: vermiculite: perlite (33.3%: 33.3% : 33.3%) with three replications.The plants were irrigated at 1-2 days interval through micro drip irrigation during the initial stages and through drip irrigation during fruiting stages, while the treatments of macro and micro-nutrients dose of fertilizers were applied through fertigation using soluble fertilizers. The irrigation water was included two treatments, i.e. top water used as control, and fertilizer water which included macro and micro – nutrients, (%) i.e. NP K Ca – Fe – Zn – B – Cu and Mn (1 – 2 – 20.3 – 0.1 – 0.2 – 0.10.2 and 0.1), respectively. The experiment was performed in the layout of split plot design, where, the substrate media was distributed at the main plot, while the irrigation water without or with fertilizers was distributed at the sub plot in three replications.