Effects of Varying Nutrient Solution to Brassica Rapa “Bokchoy” Grow Under Hydroponic System

Angel Lhi Dela Cruz, Chinitt P. Sinco, Ma. Lourdes S. Cantor, Michelle T. Viña, J. G. Bolaños, Romeo Jr. B. Bordios
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Abstract

The fact that farming is dependent on available land becomes even more complex when the climate is changing drastically. From this perspective, soilless system production is advantageous since it allows farmers to utilize land that has been unproductive due to pollution or illness, while simultaneously reducing the quantity of water consumed. According to the discussion and conclusions that accompany the results, the growth and development of Brassica rapa are affected by the nutrients it receives in treatments. The concentrations of nutrient solutions have a significant impact on the growth of Brassica rapa. As the number of Brassica rapa layers increases, the Brassica rapa yield increases and improves, particularly in terms of plant yield. The effects of nutritional solutions on plant growth, fresh weight, water consumption, and the number of nutrients in leaf tissue demonstrated that the interactions between factors are not the same. According to the findings of the study, the collected nutrients could be used as fertilizer. Therefore, hydroponic systems will require less mineral fertilizer. The environmental temperature is one of the most important abiotic factors that could slow down the process of development, production, and spread. Based on the data, it is feasible to conclude that the cultivar is more resistant to cold stress.
不同营养液对水培条件下油菜生长的影响
当气候急剧变化时,农业依赖于可用土地的事实变得更加复杂。从这个角度来看,无土系统生产是有利的,因为它允许农民利用由于污染或疾病而失去生产力的土地,同时减少用水量。根据讨论和结果所附的结论,油菜的生长发育受到处理中所接受的营养物质的影响。营养液浓度对油菜生长有显著影响。随着油菜层数的增加,油菜产量增加和改善,特别是在植株产量方面。营养液对植物生长、鲜重、水分消耗和叶组织养分数量的影响表明,各因素之间的相互作用并不相同。根据研究结果,收集的养分可以用作肥料。因此,水培系统将需要较少的矿物肥料。环境温度是影响植物生长、繁殖和传播的重要非生物因素之一。根据这些数据,可以得出该品种对冷胁迫的抗性更强的结论。
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