Abstract

The term "water quality parameter" refers to the essential conditions that fish need for their normal activities, such as feeding, swimming, spawning, metabolism, and growth. Maintaining optimal water quality is crucial for successful fish farming. Monitoring factors like temperature, pH, and oxygen levels, as well as implementing effective filtration methods, is essential to prevent harmful buildup and maintain a healthy aquatic environment. Regular monitoring of parameters like ammonia and nitrate levels is recommended to ensure the well-being of aquatic creatures. Understanding and controlling water quality is key to achieving high fish production and quality in aquaculture. Water, a vital element for life, is influenced by physical, biological, chemical, and structural properties. Groundwater contamination from various sources like sewage systems, landfills, and agricultural practices poses a significant risk to human health. Monitoring water quality parameters such as pH, temperature, dissolved oxygen, and nutrient levels is essential for aquaculture farming. By studying water quality, researchers can predict environmental changes, assess human impacts on ecosystems, and ensure the health of aquatic habitats.