Evaluation of spatio-temporal water quality status of Jeera river, Odisha, India

Abstract Jeera River of Bargarh District, Odisha faces serious deterioration due to massive human intervention. It is particularly susceptible to degradation because it receives industrial and waste water emissions from surrounding organizations and municipal bodies. The river was formerly a flouris...

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Main Authors: Aiswarya Pati, Showkat Ahmad Mir, Archana Padhiary, Iswar Baitharu, Binata Nayak
Format: Article
Language:English
Published: Springer 2025-01-01
Series:Discover Water
Subjects:
Online Access:https://doi.org/10.1007/s43832-025-00192-3
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author Aiswarya Pati
Showkat Ahmad Mir
Archana Padhiary
Iswar Baitharu
Binata Nayak
author_facet Aiswarya Pati
Showkat Ahmad Mir
Archana Padhiary
Iswar Baitharu
Binata Nayak
author_sort Aiswarya Pati
collection DOAJ
description Abstract Jeera River of Bargarh District, Odisha faces serious deterioration due to massive human intervention. It is particularly susceptible to degradation because it receives industrial and waste water emissions from surrounding organizations and municipal bodies. The river was formerly a flourishing tributary of the massive Mahanadi River that possessed excellent navigability, an array of aquatic ecosystems, and a well-established basin with an expanding agricultural sector. The current condition of the Jeera River is deplorable, leaving behind only minimal economic and ecological values. The study emphasizes analyzing the seasonal variation of the water quality rating of Jeera River in terms of the Water Quality Index (WQI). WAWQI (Weighed Arithmetic Water Quality Index) values show that almost all sampling sites have poor or unsuitable quality. During the monsoon season, the water quality deteriorated the most, with an average WQI score of 516.430 compared to pre- and post-monsoon with average WQI values of 154.558 and 276.014 respectively. CCMEWQI (Canadian Council of Ministers of Environment Water Quality Index) values indicate that water quality ranges from marginal, and poor to fair. This study concludes that out of the eight sampling sites, station 5 (Dumerpali) is observed to be the most polluted site. Many water quality parameters including iron, turbidity, nitrate, phosphate, E. coli, and Total coliform are found to exceed the permissible limits prescribed by WHO and BIS. Reducing sewage outflow, blocking direct stormwater discharge, and avoiding continuous solid garbage disposal by neighbouring populations are ways to improve river water quality. Graphical abstract
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spelling doaj-art-1c4f0357335b47ebb777748268ca30fb2025-02-02T12:41:53ZengSpringerDiscover Water2730-647X2025-01-015112310.1007/s43832-025-00192-3Evaluation of spatio-temporal water quality status of Jeera river, Odisha, IndiaAiswarya Pati0Showkat Ahmad Mir1Archana Padhiary2Iswar Baitharu3Binata Nayak4School of Life Sciences, Sambalpur UniversitySchool of Life Sciences, Sambalpur UniversitySchool of Life Sciences, Sambalpur UniversityDepartment of Environmental Science, Sambalpur UniversitySchool of Life Sciences, Sambalpur UniversityAbstract Jeera River of Bargarh District, Odisha faces serious deterioration due to massive human intervention. It is particularly susceptible to degradation because it receives industrial and waste water emissions from surrounding organizations and municipal bodies. The river was formerly a flourishing tributary of the massive Mahanadi River that possessed excellent navigability, an array of aquatic ecosystems, and a well-established basin with an expanding agricultural sector. The current condition of the Jeera River is deplorable, leaving behind only minimal economic and ecological values. The study emphasizes analyzing the seasonal variation of the water quality rating of Jeera River in terms of the Water Quality Index (WQI). WAWQI (Weighed Arithmetic Water Quality Index) values show that almost all sampling sites have poor or unsuitable quality. During the monsoon season, the water quality deteriorated the most, with an average WQI score of 516.430 compared to pre- and post-monsoon with average WQI values of 154.558 and 276.014 respectively. CCMEWQI (Canadian Council of Ministers of Environment Water Quality Index) values indicate that water quality ranges from marginal, and poor to fair. This study concludes that out of the eight sampling sites, station 5 (Dumerpali) is observed to be the most polluted site. Many water quality parameters including iron, turbidity, nitrate, phosphate, E. coli, and Total coliform are found to exceed the permissible limits prescribed by WHO and BIS. Reducing sewage outflow, blocking direct stormwater discharge, and avoiding continuous solid garbage disposal by neighbouring populations are ways to improve river water quality. Graphical abstracthttps://doi.org/10.1007/s43832-025-00192-3Jeera riverWater quality Index (WQI)Water quality status (WQS)
spellingShingle Aiswarya Pati
Showkat Ahmad Mir
Archana Padhiary
Iswar Baitharu
Binata Nayak
Evaluation of spatio-temporal water quality status of Jeera river, Odisha, India
Discover Water
Jeera river
Water quality Index (WQI)
Water quality status (WQS)
title Evaluation of spatio-temporal water quality status of Jeera river, Odisha, India
title_full Evaluation of spatio-temporal water quality status of Jeera river, Odisha, India
title_fullStr Evaluation of spatio-temporal water quality status of Jeera river, Odisha, India
title_full_unstemmed Evaluation of spatio-temporal water quality status of Jeera river, Odisha, India
title_short Evaluation of spatio-temporal water quality status of Jeera river, Odisha, India
title_sort evaluation of spatio temporal water quality status of jeera river odisha india
topic Jeera river
Water quality Index (WQI)
Water quality status (WQS)
url https://doi.org/10.1007/s43832-025-00192-3
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