Assessing Opportunities and Difficulties in Hydroponic Farming

Suresh Kumar, Shylendra Kumar, J. Lal
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Abstract

Background: Hydroponics or water-culture-based agricultural systems are devoted to a reasonable prospect for future farming agriculture production. Especially in that region where the fertility of agricultural land is continuously going to there is a decline in groundwater level for irrigation. Hydroponics-based agriculture system realizes an admiring action towards an eco-friendly system and innovative technique to overcome challenges concerning food safety. Hydroponics is an advanced agriculture technique in which the plants grow without soil and without any pesticide use. It is used to grow plants, vegetables and shrubs on vertical as well as horizontal basis in the series and parallel. It could be applied via glass pots, clay pots, PVC pipes and useless plastic buckets and bottles. Methods: In the present study vegetables, flowering plants and shrubs were grown successfully by the use of mainly three techniques of hydroponics namely Kratky, Wick and DFT methods. This study was continued for two and half years (4th July 2020 to 21st March 2021 and December 2019 to April 2020) with controlled pH and TDS of the nutrient solution and conducted at different Indian climatic, weather and seasonal conditions at Markanda National College,Shahabad Markanda and at the researcher’s home. Several vegetables and plants were grown from Kratky, Wick and DFT hydroponics methods under continuous monitoring of pH and TDS of nutrient solutions. Result: During the conduction of this study of the growth of mustard, ladyfinger, spinach, marigold, daisy basil (Tulsi), cucumber, cauliflower, broccoli, tomatoes, peas, peppermint, coriander leaves plants in different sessions; some challenges and opportunities were discussed. The main objective of this research study is to spread awareness about novel types of advanced future agricultural techniques or farming among the farmers and masses, who have an interest in agriculture but cannot fulfill their ambitions towards agriculture farming due to scarcity of agricultural land. The results obtained from the growth of vegetable and plant through hydroponics methods province us to follow an idea to use of such agricultural techniques. We have grown several below said crops/vegetables two or three times and face several problems. It is an opportunity to overcome the world’s food scarcity at a large scale, if adopted by a large population all over the world.
评估水培农业的机遇和困难
背景:水培或以水栽培为基础的农业系统致力于未来农业生产的合理前景。特别是在农业土地肥力不断下降的地区,用于灌溉的地下水位下降。基于水培法的农业系统实现了对生态友好系统和创新技术的令人钦佩的行动,以克服有关食品安全的挑战。水培法是一种先进的农业技术,植物在没有土壤和任何农药的情况下生长。它用于种植植物、蔬菜和灌木,在垂直和水平的基础上,在串联和平行。它可以通过玻璃罐、陶罐、PVC管和无用的塑料桶和瓶子来应用。方法:本研究主要采用Kratky、Wick和DFT三种水培技术成功栽培蔬菜、开花植物和灌木。该研究持续了两年半(2020年7月4日至2021年3月21日和2019年12月至2020年4月),控制了营养液的pH和TDS,并在不同的印度气候、天气和季节条件下在马尔坎达国立学院、Shahabad Markanda和研究人员家中进行。在连续监测营养液pH和TDS的条件下,采用Kratky、Wick和DFT水培法种植蔬菜和植物。结果:在本研究进行过程中,芥菜、瓢虫、菠菜、万寿菊、雏菊罗勒(Tulsi)、黄瓜、花椰菜、西兰花、西红柿、豌豆、薄荷、香菜叶等植物在不同时段的生长情况;讨论了一些挑战和机遇。本研究的主要目的是在农民和群众中传播对新型先进未来农业技术或耕作的认识,他们对农业感兴趣,但由于农业用地稀缺,无法实现他们对农业耕作的雄心。通过水培法栽培蔬菜和植物的结果,为我们提供了一种利用水培农业技术的思路。我们已经种植了以下几种作物/蔬菜两三次,面临着一些问题。如果世界各地的大量人口都采用这种方法,这将是一个大规模克服世界粮食短缺的机会。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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