Human-computer interaction for aquatic animal tracking and monitoring water quality parameters

Abstract

Water monitoring is a crucial task in aquaculture to improve productivity. Researchers have concentrated on using reagent-free sensor setups and wireless sensor setups to monitor water quality parameters such as temperature, PH, dissolved oxygen, total ammonia nitrogen, etc. For shrimp farming, manual monitoring necessitates a competent individual to keep an eye on the pond water quality, shrimp survival habitat, diseased shrimp, appropriate shrimp diet, fertiliser addition to maintain water quality, etc. Manual monitoring is challenging around-the-clock. Aquatic habitat is stressed by abrupt climate changes, dissolved oxygen shortages, temperature variations, and pH level modifications. The aqua fauna becomes ill or dies as a result, which lowers productivity. Therefore, the development of a remote monitoring system for prawn cultivation is necessary. The goal of this research project is to create a system for remote aqua monitoring. The majority of individuals on the planet use smartphones in today's highly technologically evolved environment. These days, farmers are also capable of using smartphones. This encourages the researcher to use Android application development to create a remote aqua monitoring system.