Paper Contents
Abstract
Aquaculture, commonly referred to as aqua farming, is a technique used to generate food and other commercial goods, restore habitats and replenish natural stocks, as well as to increase the numbers of threatened and endangered species. These days the demand for shrimps has been increased. So this project is introduced to increase the shrimp culture by promoting healthy environment for shrimps with a least man power. Rural farmers in poor countries practice aqua farming to produce food. Traditional methods and techniques are being used by farmers in aquaculture. Prawn culture production using controlled environments has significantly increased, yet losses are enormous because of manual equipment and managerial failure. Building an prawn culture by monitoring and controlling the system is the main goal of this project. Using a traditional approach, farmers measure the aquaculture's water quality, water level, oxygen level and PH level are manually measured and monitored by farmers. In this project, we brought a microcontroller-based smart prawn culture model that measures water quality (pH, water level, temperature) and provide automatic feeding for prawn culture. This system ensures the survival of aquatic life, and ensures the quality of growth and development.
Copyright
Copyright © 2023 M.Ramyasri. This is an open access article distributed under the Creative Commons Attribution License.
