Prabhakar Shukla Knihy

Focusing on the ecological challenges faced by the lakes in the Nainital region, this research evaluates the impact of urbanization on water quality and conservation efforts. It assesses various factors, including water quality parameters such as pH, dissolved oxygen, and contaminants, comparing them with historical data. A water quality index was developed to gauge the lakes' health, revealing improvements in dissolved oxygen levels. The study highlights both successes and areas needing further attention in conservation initiatives, emphasizing the importance of ongoing efforts for sustainability.

The research paper evaluates pollution abatement efforts for the River Ganga, highlighting the shortcomings of major initiatives like the Ganga Action Plan, which primarily targeted large cities while neglecting smaller urban areas and rural contributions to pollution. By analyzing point source discharges from Haridwar to Garhmukteshwar, the study identifies seven key pollution sources using a combination of field visits, satellite data, and various official records. The findings underscore the need for a more comprehensive approach to effectively improve the river's water quality.

The research paper evaluates the cumulative effects of pollution on the Ganga River, focusing on water quality, river flow, and floodplain ecosystems. Utilizing methods like the QUAL2K modeling software for water quality and hydrological assessments for river flow, the study reveals significant degradation in water quality and insufficient flow during lean periods, compromising the river's environmental health. Additionally, the floodplain ecosystem is shown to be severely impacted by various human activities, highlighting the need for integrated environmental management strategies.

The study focuses on the water quality of the River Hindon, a crucial water source for western Uttar Pradesh, India. Originating in the lower Himalayas, the river faces severe drought conditions during non-monsoon months, rendering it dry in many areas. Key water quality parameters such as BOD, DO, pH, turbidity, and total phosphate were analyzed through samples collected in January and April 2013. The findings indicate poor water quality, making it unsuitable for any use, as assessed by the National Sanitation Foundation Water Quality Index.

This book, Volume 2, complements "Environmental Processes and Management: Tools and Practices" and offers a science-based approach to project management in environmental projects. It covers groundwater engineering, decision-making, and emphasizes the importance of understanding technological, economic, and social dimensions. It's a valuable resource for professionals, students, and researchers in environmental management.