Abstract

This article adds to the literature on the investigation of water use behavior of people under their daily routines. A self-administrated survey of water users was conducted for both graduate and undergraduate students at Boğaziçi University, Turkey in 2019. This study quantifies and maps the water footprint (WF) of Boğaziçi University (BU). It reports preferences of students and personnel in terms of indoor water use, outdoor water use, and virtual water use such as transportation, shopping, and dietary preferences. Water footprints are estimated per person for both engineering students and all students of BU. WF of an average BU student is above the average WF of Turkey as well as the average global WF. The attributes that influence the water use behavior of people were broadly categorized into two groups, which were dietary preferences and shopping preferences. Moreover, the eating pattern of a person regarding whether a person consumes meat was the largest contributor to the WF of BU. The results of this study can help to develop a basic understanding of WF and how it is affected by people's choices. This study is also unique by calculating water footprint in terms of direct and virtual water footprint by considering people’s daily choices in Turkey.

Highlights

  • Water is vital for humans since it is used in the production of crops and grains, production of industrial materials as well as everyday materials

  • This study provides insight into the water footprint of a university campus by investigating water use behaviors

  • This study investigates indoor water use, outdoor water use, and virtual water use of the members of Boğaziçi University

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Summary

Introduction

Water is vital for humans since it is used in the production of crops and grains, production of industrial materials as well as everyday materials. To determine the average water use in washing dishes, frequency of dishwashing and dishwashing per time were multiplied with the assigned flow rate of the method whether it is handwashing, using the conventional dishwasher, energy/ water-efficient dishwasher, or using disposable dishes or eating out; the result is divided by the number of people in the house to determine the water use per capita.

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