首页> 外文期刊>Journal of Central European Agriculture >Impact of biofertilisers and agrometeorological conditions on phenological growth of pepper (Capsicum annuum L.) in organic agriculture
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Impact of biofertilisers and agrometeorological conditions on phenological growth of pepper (Capsicum annuum L.) in organic agriculture

机译:生物肥料和农业气象条件对有机农业中辣椒(Capsicum annuum L.)物候生长的影响

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The pepper has a relatively large share in the general structure of the vegetable production in Bulgaria. The objective of this research was to investigate the influence of biofertiliser Emosan (HemoZym NK, Hemozym Bio N5) in combination with biofertilisers Lumbrical and Boneprot, as well as the influence of certain agrometeorological conditions on the phenological growth of pepper cv. ‘Sofiiska Kapiya’. This experiment was carried out in 2009 – 2011 on the experimental fields ofthe Agroecological Centre at the Agricultural University Plovdiv (Bulgaria). The pepper was grown using existing technology for mid-early field production, according to the principles of organic agriculture. The agroclimatic characteristics were taken on the basis of data of twenty-four-hour performance of meteorological factors. In thethree years of the experiment the temperature conditions during the period of active vegetation of the pepper (June - July - August) were above the average, which was in conjunction with the global trends. The application of biofertiliser Emosan, in combination with basic fertilization with biofertilisers Boneprot and Lumbrical and under the impact of suitable agrometeorological conditions, had a positive impact on the pepper plants. Pepper plants showed earlier entry into the main phenophases under field conditions of organic farming.
机译:辣椒在保加利亚蔬菜生产的总体结构中占有相对较大的份额。这项研究的目的是研究生物肥料Emosan(HemoZym NK,Hemozym Bio N5)结合生物肥料Lumbrical和Boneprot的影响,以及某些农业气象条件对辣椒简历的物候生长的影响。 ‘Sofiiska Kapiya’。该实验于2009年至2011年在普罗夫迪夫农业大学(保加利亚)农业生态中心的实验场上进行。根据有机农业的原理,辣椒是使用现有技术进行中早期田间生产的。农业气候特征是根据气象因子二十四小时表现的数据得出的。在实验的三年中,辣椒活跃植被时期(6月-7月-8月)的温度条件高于平均水平,这与全球趋势相吻合。在适当的农业气象条件的影响下,生物肥料Emosan的应用与生物肥料Boneprot和Lumbrical的基本施肥相结合,对辣椒植物产生了积极影响。辣椒植物在有机耕作的田间条件下显示出较早进入主要表相。

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