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首页> 外文期刊>Acta Agriculturae Slovenica >Influence of chemical and organic fertilizer on growth, yield and essential oil of dragonhead (Dracocephalum moldavica L.) plant
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Influence of chemical and organic fertilizer on growth, yield and essential oil of dragonhead (Dracocephalum moldavica L.) plant

机译:化学和有机肥料对龙头植物Dracocephalum Moldavica L.的生长,产量和精油的影响

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Two field experiments were carried out to study the response of Dracocephalum moldavica L. to NPK fertilizer and different application techniques of MOG organic fertilizer in two regions of Iran (Piranshahr with cold Mediterranean climate and clay loam soil,? Maragheh with cool sub-humid temperate climate and sandy loam? soil). MOG is bio-organic fertilizer with plant origin and contains different natural enzymes and amino acids. In current study following treatments have been applied: NPK (a complete NPK 20-20-20, 90 kg fertilizer ha -1 ); MOG 1 (soil application of MOG organic fertilizer at sowing stage); MOG 2 (foliar application of MOG organic fertilizer at early stage of flowering); MOG 3 (soil application of MOG organic fertilizer at sowing and at 5 to 6 leaf stage); MOG 4 (soil application of MOG organic fertilizer at sowing and at 5 to 6 leaf stage with foliar application at early stage of flowering). Results indicated that all MOG treatments overcome the chemical fertilizers in both locations. However, plants grown in Piranshahr were more responsive to MOG fertilizer treatments than those grown in Mragheh. Overall, it could be concluded that utilization of MOG fertilizer as both soil and foliar application (MOG 4 ) may increase content and yield of essential oil, which could be suggested as a suitable alternative for chemical fertilizers.
机译:在伊朗的两个地区(Piranshahr,地中海气候寒冷,粘土壤土,Maragheh,凉爽的亚湿温带地区)进行了两个田间试验,研究了Dracocephalum mouldavica L.对NPK肥料的响应以及MOG有机肥料的不同施用技术。气候和沙质壤土)。 MOG是具有植物来源的生物有机肥料,并且包含不同的天然酶和氨基酸。在当前的研究中,已经采用了以下处理方法:NPK(完整NPK 20-20-20,90 kg肥料ha -1); MOG 1(MOG有机肥料在播种期的土壤施用); MOG 2(在开花初期叶面施用MOG有机肥料); MOG 3(播种和5至6片叶期施用MOG有机肥料); MOG 4(MOG有机肥料在播种时和在叶的5至6个叶期施肥,在开花的早期叶面施肥)。结果表明,所有MOG处理均克服了两个地点的化肥。但是,与在Mragheh中生长的植物相比,在Piranshahr中生长的植物对MOG肥料的处理更为敏感。总体而言,可以得出结论,将MOG肥料同时应用于土壤和叶面施用(MOG 4)可能会增加精油的含量和产量,这可能被建议作为化学肥料的合适替代品。

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