Please use this identifier to cite or link to this item: http://hdl.handle.net/10603/560381
Title: Advancedcontrolstrategiesto Enhanceproductivitiesofcropin Indianirrigationsystem
Researcher: Ghutke Pratik C
Guide(s): Agrawal Rahul
Keywords: Engineering
Engineering and Technology
Engineering Electrical and Electronic
University: Sandip University
Completed Date: 2022
Abstract: India s agriculture industry is in a declining trend, which hurts ecosystem production capacity. The issue in the domain must be resolved as soon as possible so that it can return its vibrancy and resume its rising trajectory Based on the concept, the study proposes an e-Agriculture application. Farmers require informationthroughoutthefarmingcycletomakeinformeddecisions. Theworld is getting increasingly automated as technology advances, with manual tasks being replaced by automated ones that are more energy-efficient and require fewer people. The functioning water tools exploit the usage of Arduino Uno to address agriculture sector issues with water infrastructure and accessible water assets. Variation in annual rainfall owing to unseasonably dry weather conditions can diminish buoyant yields dramatically. Irrigation is the process of supplying water to the root zone at the appropriate time. Plants extract water from moist soil and release it into the atmosphere through evapotranspiration (ET), while also absorbing nutrients from the soil with the water for root zone growth. The plant is unable to receive nutrients and water when the availability of water in the root zone falls below a certain level. The application of the proper amountofwaterattherighttime,totherightsectionoftheplant,isrequiredby scientific scheduling. This needs constant monitoring of soil moisture content at the root zone, as well as the implementation of a pre-programmed watering schedule based on the plant s nature, growth, soil type, and environment. As a result, sensors must be positioned in the right area in the soil near the root zone toobtain arepresentative moisture statusfor scientificirrigation scheduling. Regardless of public perceptions of the agricultural process, the reality is that today s agriculture business is more data-driven, precise, and intelligent than ever before. The fast rise of Internet-of-Things (IoT)-based technologies have changed nearly every business, including smart agriculture, which has newline
Pagination: 143
URI: http://hdl.handle.net/10603/560381
Appears in Departments:Electrical Engineering

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