ISSN: 2277-8322 (Online)                                                                   

 International Journal of Recent Research and Review

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Volume-XVII (Issue 2) - JUNE 2024


 

Investigating the Impact of Sewage Farming on Groundwater and Agricultural Soil

 

 

Yuvraj Singh Rathore

Durgesh Nandan

Dr. Ranjan Kumar

 

Keywords: Sewage farming, Ground water, Agriculture soil health and Water pollution.

 

Abstract: Sewage farming, as a method of wastewater reuse in agriculture, presents both potential benefits for irrigation and concerns regarding its impact on groundwater and agricultural soil. To investigate the difficulties of sewage farming on groundwater quality and agricultural soil health. Through a combination of field observations, laboratory analyses, and statistical modeling, this research assesses the extent of contamination, identifies key pollutants, and evaluates their impact on soil fertility and groundwater quality. Through rigorous analysis and interpretation, this research provides valuable insights into the complex interactions between sewage farming, groundwater quality, and agricultural soil health. The findings underscore the need for improved management practices and regulatory measures to mitigate the adverse effects of sewage farming while promoting sustainable agricultural development. Additionally, recommendations are proposed for future research directions and policy interventions aimed at safeguarding water resources and enhancing soil productivity in regions practicing sewage farming.This study investigates the impact of sewage farming on groundwater quality and agricultural soil health. Utilizing wastewater for irrigation has become increasingly common due to water scarcity, yet its long-term effects on the environment and agriculture require thorough examination. This research evaluates groundwater and soil samples from regions practicing sewage farming, analyzing key parameters such as heavy metal concentration, nutrient levels, and microbial contamination. The findings reveal significant alterations in soil chemistry, including increased nutrient content and heavy metal accumulation, which pose potential risks to crop quality and human health. Groundwater analysis indicates varying degrees of contamination, highlighting the need for stringent monitoring and management practices. This study underscores the necessity for sustainable wastewater reuse strategies to precaution environmental and agricultural health, promoting a balance between resource utilization and ecological preservation.

 

 

International Journal of Recent  Research and Review
 

  

 

ISSN: 2277-8322

Vol. XVII, Issue 2
June 2024

 

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PUBLISHED
June 2024
 

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Vol. XVII, Issue 2

 

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Articles

 

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