Author:
Wu Guoyong,Cheng Jianwei,Yang Fan,Riaz Noman
Abstract
IntroductionWith rapid economic and social development, surging demand for domestic water, and the increasing shortage of water resources, the applications of intermittent water supply systems have become more common in rural China and other developing countries. The accompanying hygiene risks require our more attention.MethodsBased on the Grossman model, this paper conducted an IV-Oprobit model to investigate whether and how intermittent water supply affect rural residents' self-rated health status. Our data came from “China Karst Rural Economic Survey (CKRS)”, which covers 8 provinces and 641 villages in rural China's karst region.Results and discussionWe found that: (1) Intermittent water supply has adverse effects on the self-rated health status of rural residents. Compared with the rural residents under continuous water supply, the probability of “fair” health status under intermittent water supply significantly increases by 18.2%, while the probability of “excellent” significantly reduces by 58.8%. (2) Residents' water storage behavior and sanitary water habit are important mechanisms for intermittent water supply to affect residents' self-rated health status; (3) Intermittent water supply has a greater impact on the self-rated health of females and the groups with lower education levels. The results of our study have the following policy implications: relevant departments should make a rational plan about water supply methods and improve related supporting measures; we should strengthen health education for rural residents on water behavior to standardize their water storage and sanitary water behavior; government should enhance the pertinence of policy implementation and favor specific measures to specific populations.
Subject
Public Health, Environmental and Occupational Health
Reference43 articles.
1. The consolidation of drinking water safety in rural China during the 13th Five-Year Plan period: current situation, problems, and countermeasures;Hansong;Water Resources Development Research,2017
2. Intermittent water supply systems: causal factors, problems and solution options;Simukonda;Urban Water J.,2018
3. Intermittent water supply: prevalence, practice, and microbial water quality;Kumpel;Environ Sci Technol.,2016
4. Influence of intermittent and continuous modes of water supply on domestic water consumption;Andey;Water Resour Manage.,2009
5. Intermittentwater supply management, household adaptation, and drinking water quality: A comparative study in two Chinese Provinces;Li;Water.,2020