A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Urban Water Security: Geospatial Assessment For Water Supply Services In Pune, India
Despite significant advances in geospatial technologies, planners, policy, and decision-makers seldom integrate modern geospatial technologies to serve citizens with adequate water supply services. Several researchers have evaluated water supply services’ performance at the national, state, regional and city level; however, challenges remain to solve inequitable distribution of water supply services at the intra-city level. The current research evaluated water supply services’ performance through geospatial techniques in 141 water supply zones in Pune city. We computed performance indicators and water indexes for each water supply zone, analyzed spatially, and compared each zone based on the performance for water supply services. The results found that 50% of the city’s total water supply zones are high-performing, 26% medium-performing, and 24% low-performing zones for their water supply services. The study provides greater efficiencies in problem-solving, identifies areas of improvement, and enables decision-makers to allocate resources to achieve equitable water supply services to their citizens.
Urban Water Security: Geospatial Assessment For Water Supply Services In Pune, India
Despite significant advances in geospatial technologies, planners, policy, and decision-makers seldom integrate modern geospatial technologies to serve citizens with adequate water supply services. Several researchers have evaluated water supply services’ performance at the national, state, regional and city level; however, challenges remain to solve inequitable distribution of water supply services at the intra-city level. The current research evaluated water supply services’ performance through geospatial techniques in 141 water supply zones in Pune city. We computed performance indicators and water indexes for each water supply zone, analyzed spatially, and compared each zone based on the performance for water supply services. The results found that 50% of the city’s total water supply zones are high-performing, 26% medium-performing, and 24% low-performing zones for their water supply services. The study provides greater efficiencies in problem-solving, identifies areas of improvement, and enables decision-makers to allocate resources to achieve equitable water supply services to their citizens.
Urban Water Security: Geospatial Assessment For Water Supply Services In Pune, India
Jain Tholiya, Jyoti (author) / Chaudhary, Navendu (author)
Urban Water Journal ; 19 ; 616-628
2022-07-03
13 pages
Article (Journal)
Electronic Resource
Unknown
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