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Thinking Outside the Water Can:
From Consumption to Conservation of Water Resources

Hari Srinivas
Concept Note Series E-044. June 2015

Abstract:
Water scarcity has become an increasingly urgent concern for cities, towns, and villages worldwide as water demand continues to exceed available supply. The depletion and contamination of groundwater, driven by unsustainable consumption patterns, inadequate catchment management, and pollution from multiple sources, have created a complex challenge requiring both macro- and micro-level action.

While policy and technological solutions exist at national and global scales, real progress depends on household-level awareness, behaviour change, and informed decision making. This concept note highlights the importance of integrating awareness, research, monitoring, and technology choices into everyday life to achieve sustainable water use. By shifting from a culture of consumption to one of conservation, communities can ensure the long-term security and quality of their water resources.

Keywords:
water conservation, groundwater contamination, urban water management, sustainable consumption, awareness and behaviour change, water policy, household decision making, catchment management

Data Snippets

  1. Global Water Stress According to the United Nations World Water Development Report (2024), over 2.4 billion people live in water-stressed countries, and nearly one-quarter of the global population faces extremely high water stress where withdrawals exceed 80 percent of available supply.

  2. Urban Water Demand Growth The OECD estimates that urban water demand will increase by 55 percent by 2050, largely due to industrialization, population growth, and higher living standards in developing regions.

  3. Groundwater Depletion Satellite data from NASA�fs GRACE mission show that groundwater reserves in northern India, the North China Plain, and the Central Valley of California are being depleted at rates of 20?50 millimeters per year, making them among the most rapidly disappearing aquifers in the world.

  4. Pollution from Agriculture The FAO reports that over 70 percent of freshwater withdrawals globally go to agriculture, which is also the largest source of water pollution, with runoff containing fertilizers, pesticides, and animal waste affecting rivers and groundwater.
Most cities, towns and villages are facing water stress - their reserves of water is depleting, while the demand for water is increasing. Each day, they are finding that water is more scarce. Much of the rain that falls on their catchment areas either evaporates, or becomes run-off as surface water, with a small percentage that replenishing scarce ground water.

Geology of the catchment areas plays a critical role in ground water contamination. Contaminated ground water can remain in such areas for days or even decades, affecting future generations that will increasingly be depend on ground water.

Water pollution (and as an extension, ground water contamination) comes from thousands of sources, including siltation, nutrients, bacteria, oxygen-depleting substances, metals, pesticides, herbicides, toxic chemicals, and other habitat-altering materials. Much of these sources are directly related to our daily lifestyle choices and values that we place on the environment. We need to make ourselves aware of the impact and effects of these choices and values to water sources, and the environment at large.

Maintaining an adequate supply of usable water is increasingly a challenge. The demand for water needed to serve agriculture, industry, sanitation, and domestic consumption increases along with population, development, and economic growth. Water resources are required for many aspects of power generation, waste processing, new home construction, new industries and recreation.

All this has meant that the mean daily demand for water has consistently outstripped the mean flow of available water. This hardly takes into account the other effects/impacts of scarce water - on fish and other forms of aquatic life, for example.

The World Health Organization estimates that good health and cleanliness requires a daily supply of about eight gallons of water per person. But current levels far exceed this requirement - Americans consume 170 gallons; Europeans about 60 gallons.

While a number of actions can be taken at the macro (global, national and sub-national levels) to mitigate these doomsday scenarios, the real challenge lies in interpreting such scenarios in terms of action that is needed at the micro (individual and household levels) that have eventual and cumulative (and positive) macro impacts.

Simple steps can be taken in and around the home. Installing high-efficiency shower heads and taps, low-flush toilets, go a long way in conserving water on an annual basis. Cleaning and repairing leaky fixtures are another way. Clearly behaviour patterns - a conscious and consistent behaviour that reduces the use of water is critical.

Simulating citizens' conservation is essential for preserving our water. Looked at from an individual's point of view, a water conservation programme will require the following issues to be incorporated:

Awareness and information disclosure

While this has become a clich�Eof sorts, generating awareness of the impacts and effects of everyday lifestyles and choices simply has to continue, probably in a more intensive manner. Information should flow not only from local governments and water engineers, but also from those groups and individuals that are actually affected from water scarcity or contamination.

The problems related to water is visible - but what awareness needs to be generated? At what level? Who are the target groups? What is the message to be disseminated? Who should disseminate? Where will information for awareness building come from? Who 'owns' that information?

Researching and monitoring

Monitoring local water bodies and catchment areas, and constant research and analysis is an essential aspect of an integrated approach that generates a body of information and results that will again enable appropriate and critical decisions to be taken. Research and monitoring not only involves local universities or government agencies, but the community itself - especially in the monitoring of rivers and lakes on a regular basis.

What aspects of water bodies - rivers and lakes, for example - need to be monitored? Who should do the monitoring? What methods and skills will be need for this purpose? Where will the results be documented and informed to a larger audience?

Decision making and technology choices

This is the ultimate objective of any water conservation programme - to provide individuals and households with sufficient information and technology choices in order to take the appropriate decisions that will result in the appropriate choices and desired outcomes.

How do households make decisions regarding water use and conservation? What incentives - carrots and sticks - are necessary to change behaviour patterns? What technology choices are available for changing water consumption patterns? How, when and where should such info be provided to individuals and households?


Creative Commons License
This work by GDRC is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License. You are free to share and adapt this piece of work for your own purposes, as long as it is appropriately cited. More info: http://creativecommons.org/licenses/by-sa/4.0/


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Contact: Hari Srinivas - [email protected]