Case Study Of Dft (Deep Flow Technique)- Nft (Nutrient Flow Technique) Hydroponic Planting Patterns In First Middle School Students State 1 And 5 Karangploso Malang

Dina Wahyu Indriani, Inggit Kresna Maharsih, Angky Wahyu Putranto, Y. Wibisono, ambang Dwi Argo, A. Lastriyanto
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Abstract

Farming patterns for urban residents to cultivate crops is a difficult thing to do because of limited land. Currently, the pattern of building residents of the city is apartments and minimalist housing where residents have a narrow land area, critical landconditions and limited amount of water. Therefore, a solution is needed so that city residents can cultivate crops. Based on this, the hydroponic planting pattern is a good alternative for city residents so that they can continue to grow crops in their surrounding environment. The Deep Flow Technique (DFT) method combined with the Nutrient Film Technique system. The purpose of this service activity is the first to organize training on the manufacture of simple DFT-NFT hydroponics, with methods and materials that are safe to use and serve as material for debriefing and providing entrepreneurial motivation for community groups in Malang district. The implementation of this service is at SMP N 1 and SMPN 5 Karangploso, Malang Regency. The webinar participants were attended by 61participants consisting of 8th and 9th grade students, accompanying teachers, and a team of service lecturers. As for the results of this activity 81% of the webinar participants are familiar with the pattern of farming using the DFT NFT hydroponic system well. So that participants have benefited from this activity and these academics are able to apply knowledge to society significantly
深流技术-养分流技术水培种植模式在一、五中学生阶段的案例研究
由于土地有限,城市居民种植农作物的耕作模式是一件困难的事情。目前,城市居民的建筑模式是公寓和极简住宅,居民土地面积狭小,土地条件苛刻,水量有限。因此,需要一个解决方案,使城市居民可以种植农作物。基于此,对于城市居民来说,水培种植模式是一个很好的选择,可以让他们在周围的环境中继续种植作物。深流技术(DFT)方法与营养膜技术系统相结合。这项服务活动的目的是首先组织简单的DFT-NFT水培生产培训,使用安全的方法和材料,并作为汇报材料,为马郎地区的社区团体提供创业动力。这项服务在玛琅县Karangploso的1号和5号SMPN实施。参加网络研讨会的有61名参与者,包括八年级和九年级的学生、陪同教师和一组服务讲师。对于本次活动的结果,81%的网络研讨会参与者熟悉使用DFT - NFT水培系统的耕作模式。因此,参与者从这个活动中受益,这些学者能够将知识应用到社会中
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