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Cultivation of plants under Artificial Environmental Parameters to Increase Productivity Rate

机译:人工环境参数下栽培植物,提高生产率率

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In 2017, according to FAO, agricultural productivity is increasing at a rate of 1.5% per year which is nearly 1% lesser than the early 2000's. But the growth rate of population in India is 1.9% per annum according to the 2001 census. This means that we are in desperate need for increase in productivity to suffice our population. In this thesis, an automated greenhouse was built for checking the stability of the factors necessary for a plant's growth. This project uses three sensors- soil moisture sensor to keep track of the moisture, temperature and humidity sensor to monitor the weather and LDR to check the presence of light. There are three actuators- a cooling fan, DC pump and a light bulb. Results showed that when all the factors of plant growth are stabilized, then it is possible to grow a plant in 50 days which normally takes 80 days for its growth.
机译:2017年,根据粮农组织的据,农业生产力以每年1.5%的速度增加,比2000年初较小的速度近1%。 但根据2001年人口普查,印度人口的增长率为1.9%。 这意味着我们绝望地需要提高生产力以足够的人口。 本文建立了一个自动化温室,用于检查植物增长所需的因素的稳定性。 该项目采用三个传感器 - 土壤湿度传感器跟踪水分,温度和湿度传感器,以监测天气和LDR以检查光的存在。 有三个执行器 - 冷却风扇,直流泵和灯泡。 结果表明,当植物生长的所有因素都稳定时,在50天内可以生长植物,通常需要80天的生长。

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