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Build your own Arduino-based chlorine (Cl) and pH meter for water quality testing. This project explores how to use Arduino to create a portable and cost-effective solution for measuring pH levels and chlorine concentration, ideal for educational purposes, hobbyists, and simple environmental monitoring applications, providing a practical understanding of sensor integration and data acquisition.

Explore critical methods for waterborne virus detection and viral identification within complex water systems. Understanding these processes is vital for ensuring public health, maintaining water quality, and preventing the spread of pathogen contamination. This resource delves into the latest techniques and challenges in environmental virology to safeguard our water sources.

This comprehensive resource, 'Water Quality Sampling And Analysis 1st Edition,' provides a foundational guide to understanding and implementing best practices in water quality assessment. It covers essential water sampling techniques, analytical methodologies, and data interpretation required for accurate environmental water testing and monitoring. Ideal for students and professionals, this text is crucial for anyone involved in ensuring water safety and compliance.

This resource provides an in-depth look into the essential concepts and practical applications for effectively monitoring ecological impacts within various flowing water environments. Discover best practices for assessing the health of aquatic ecosystems, understanding environmental changes, and implementing robust monitoring programs in rivers and streams.

Plymouth University has developed a comprehensive BMWP score system designed to survey and monitor river pollution levels. This advanced tool aids in assessing water quality and supporting vital aquatic environmental health initiatives, providing critical data for conservation efforts.