A feasibility study to estimate household water footprint in Iran: Adaptation and application of a localized questionnaire

Iran, grappling with the challenges common to arid and semi-arid regions, is confronting a significant freshwater scarcity that exacerbates its water crisis. Central to this issue is the provision of an adequate domestic water supply. This study embarked on adapting a localized water footprint questionnaire to gauge individual household water footprints within the Iranian context. Utilizing a cross-sectional approach, we adapted and validated a water footprint questionnaire tool tailored for Iranian consumers. The original questionnaire, derived from watercalculator.org, comprises 35 questions encompassing direct household water use, direct non-household water use, and indirect water use. Following its translation, cultural adaptation, and validation, the questionnaire was deployed for data collection. The investigation unveiled average water footprints as follows: a direct indoor water footprint (DWF in ) of 133.31±65.54 lpcd, a direct outdoor water footprint (DWF out ) of 1.89±1.73 lpcd, and an indirect water footprint (IWF) of 4284.94±714.33 lpcd, culminating in an overall average water footprint (WF) of 4420.14 ± 695.17 lpcd. Despite the study's limitations, including a sample that may not fully capture all provincial demographics, the findings underscore the practicability of employing this methodology in Iran and the significant potential for water conservation through heightened awareness and the policy-driven implementation of water-efficient practices at the household level. • Validated a water footprint questionnaire tailored for Iranian households, addressing freshwater scarcity. • Found an average water footprint of 4420.14 ± 695.17 lpcd, with indirect use as the major component. • Showcased feasibility of using a culturally adapted questionnaire for water footprint assessment in Iran. • Highlighted potential for water conservation through awareness and policy-driven, water-efficient household practices.

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Publication Details

Journal
Cleaner Water
Published
2024-09-19
DOI
https://doi.org/10.1016/j.clwat.2024.100043
Primary Topic
Child Nutrition and Water Access
Type
article
Field-Weighted Citation Impact
0.00

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article

A feasibility study to estimate household water footprint in Iran: Adaptation and application of a localized questionnaire

Mohammad Hadi Dehghani, Mahdi Hadi, Rezvaneh Barzegar Nemati, Saeedeh Hemmati Borji et al.
Cleaner Water
Child Nutrition and Water Access
article

A feasibility study to estimate household water footprint in Iran: Adaptation and application of a localized questionnaire

Mohammad Hadi Dehghani, Mahdi Hadi, Rezvaneh Barzegar Nemati, Saeedeh Hemmati Borji, Amir Hossein Mahvi
article en

Abstract

Iran, grappling with the challenges common to arid and semi-arid regions, is confronting a significant freshwater scarcity that exacerbates its water crisis. Central to this issue is the provision of an adequate domestic water supply. This study embarked on adapting a localized water footprint questionnaire to gauge individual household water footprints within the Iranian context. Utilizing a cross-sectional approach, we adapted and validated a water footprint questionnaire tool tailored for Iranian consumers. The original questionnaire, derived from watercalculator.org, comprises 35 questions encompassing direct household water use, direct non-household water use, and indirect water use. Following its translation, cultural adaptation, and validation, the questionnaire was deployed for data collection. The investigation unveiled average water footprints as follows: a direct indoor water footprint (DWF in ) of 133.31±65.54 lpcd, a direct outdoor water footprint (DWF out ) of 1.89±1.73 lpcd, and an indirect water footprint (IWF) of 4284.94±714.33 lpcd, culminating in an overall average water footprint (WF) of 4420.14 ± 695.17 lpcd. Despite the study's limitations, including a sample that may not fully capture all provincial demographics, the findings underscore the practicability of employing this methodology in Iran and the significant potential for water conservation through heightened awareness and the policy-driven implementation of water-efficient practices at the household level. • Validated a water footprint questionnaire tailored for Iranian households, addressing freshwater scarcity. • Found an average water footprint of 4420.14 ± 695.17 lpcd, with indirect use as the major component. • Showcased feasibility of using a culturally adapted questionnaire for water footprint assessment in Iran. • Highlighted potential for water conservation through awareness and policy-driven, water-efficient household practices.

Cleaner WaterVol. 2
Tehran University of Medical Sciences (IR)
Tehran University of Medical Sciences and Health Services
Openalex Percentile: Top 81%
Child Nutrition and Water Access
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