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Water quality and quantity will become the principal limiting factor for sustainable development in many countries across the world. “Everything living is created from water” is an ancient quotation, which closely describes the importance of water. Water insecurity is a social dilemma in the recent decades because of several factors. Moreover, the widespread presence of arsenic in groundwater, salinity in both surface and groundwater, and the insidious disaster of drought make the water insecure and the population faces water risk in their daily life. Safe drinking water as well as health problems is an issue of concern in many countries on all continents, particularly in Southeast and South Asia. Therefore, this chapter provides water insecurity issues in a broader viewpoint especially focusing on salinity, arsenic, and drought disaster that together enhance vulnerability of water sector.

“The earthquake reveals new springs.”– Nietzsche

In this chapter, the title theme of “Disaster by Design” is explored and justified. Even from early times, the Aral Region was subject to alterations of natural conditions due to human intervention, often deliberate and designed. After the final conquest by Russia, the region became a fixed colony as part of the Soviet Union, ripe for exploitation characteristic of the Soviet approach to nature broadly and to stigmatized areas specifically. The Aral region was selected for irrigated cotton and other cultivation even though the consequences for desiccation of the sea, desertification, and salinization were understood. The decision was so calculated that even a cost–benefit analysis was offered to show that the Aral fishery was worth but a fraction of the cotton potential. The destruction of the region was made possible by a Soviet system of central planning and peripheral control. The brief glimmer of hope for the region evidenced during glasnost was the only moment where the Aral's fate was not sealed. The outcome is a model of ecological disaster by design, an environmental injustice, and an indication of the abusive nature of authoritarian power.

Public–private partnerships (PPPs) have been demonstrated to be an effective (although not universally successful) tool for the delivery of infrastructure and infrastructure-based services. For PPPs to achieve optimum results, the service outputs should be inclusive, i.e., they should be available to as wide a spectrum of society as possible, regardless of income level, gender or ethnic background. In developing countries, many PPPs are reliant upon user fees to create the revenue streams that enable private parties to provide such basic services as power, water, wastewater and transport. When these user fees act as barriers to service access (i.e., they are unaffordable to potential recipients of the service), what are the policy and contractual options which may make the services more universally accessible? This chapter examines three PPP projects from different sectors which have utilized creative mechanisms to enhance affordability and expand the user base: the Pamir Power project in eastern Tajikistan; the urban water PPP in Dakar, Senegal and the East Coast Toll Road in Tamil Nadu, India. Based upon these examples, the chapter will draw conclusions on how this experience can be more broadly applied and made a part of the PPP planning process in developing countries to achieve more affordable and sustainable growth.

Chilika Lagoon is the largest brackishwater lagoon in the Indian subcontinent, situated at latitude 19°28′ and 19°54′ north and longitude 85°05′ and 85°38′ east (Fig. 2.1). The lagoon extends from the southwest corner of Puri and Khurdra districts to the adjoining Ganjam district of Orissa state. The pear-shaped lagoon is around 64.3km long and its width varies from 18to 5km. It is connected to the sea through irregular water channels with several small sandy and usually ephemeral islands (CDA, 2008). The average lagoon area is 1,055km² which increases to 1,165km² during the rainy season and shrinks to 906km² during the summer season. Chilika Lagoon becomes less saline during the rainy season due to flood waters from 52 rivers and rivulets. It becomes more saline during the dry season as the supply of flood water is cut off when the south wind begins to blow and saline waters enter from the Bay of Bengal at high (Patro, 2001). The lagoon has three hydrologic subsystems (Mahanadi delta, western catchments, and the Bay of Bengal) influencing the hydrological regimes as shown in Fig. 2.1. The total inflow of freshwater from the Mahanadi delta has been estimated to be 4,912 million cubic meter, accounting for 80 percent of the total water flow. The maximum discharge of 3,182 million cubic meter comes from Makara River, followed by Bhargavi River (1,108 million cubic meter) and Luna River (428 million cubic meter) (CDA, 2008). Meanwhile, the western catchments account for 20 percent of the total fresh water flow.

This project analyses water consumption data in residential college of Universiti Kebangsaan Malaysia (UKM) by eliciting the main water metre reading from each residential college. The study found that the average water consumption per student in colleges ranged above 200 litres/day, much higher than the World Health Organization’s recommended level of 165 litres/day. The high water consumption could be related to irrational use of water among the students and staff as well as water loss due to leakage. To detect the water loss in a water network, the reading of water metre during minimum night flow (MNF) time was taken between 1 a.m. and 5 a.m. From the study, it could be seen that most of the residential colleges recorded high MNF level (more than 0.97 litres/second), which indicates the presence of leakage within the water network in the college. The findings from this study indicated that the water consumption in UKM can be reduced by minimising the loss of non-revenue water and educating the people to use water moderately. Saving the water resources will help to reduce water utility bill and strengthen UKM against the threat of water crisis.

The aim of this chapter is to determine the need for water management and accounting.

This chapter first gives an overview of water-related business risks and exposes the need for sound corporate water management and accounting; it then critically examines water-related issues from an accountability perspective. Furthermore, it gives an overview of Australian Standardised Water Accounting (SWA) and General Purpose Water Accounting (GPWA) as possible practices to strengthen water disclosure.

The present study confirms the need for, and the importance of, transparent, high-quality, credible and comparable water disclosure. Water is considered a public good and involves a public interest and, consequently, public responsibility for its usage, management and protection. Following this line of reasoning, the chapter draws attention to the need for accountability to be ‘public’ or at least shared between crucial stakeholders (government – at national and international levels, water industries, communities, environmentalists, NGOs, etc.).

Company efforts are commonly focused on internal and self-referred operations. The different and conflicting uses that may be made of water, and the fact that water is geographically and temporally sensitive, necessitate a search for more flexible and more extended forms of accountability. An implication of these findings is the need and opportunity to switch focus from a single/private perspective to a more general/public one, with benefits for all the stakeholders.

This research enhances our understanding of water management and accounting and may serve as a sound base for future studies on this challenging topic.

Water resources play a significant role in economic growth and socio-economic development. Jordan experiences water scarcity. As the water resources can be used in manufacturing and agriculture, their sustainable use and solutions to water scarcity problem can contribute to the sustainable economic and socio-economic development in Jordan. Furthermore, there are political and economic aspects of Jordan’s water scarcity. Jordan is trying to solve its water scarcity problem through projects. Based on an in-depth literature review, this chapter aims to investigate Jordan’s water scarcity problem, highlighting its political and economic aspects and their impacts on socio-economic development, and to propose solutions to the water scarcity problem in Jordan. Water is vital for economic development and political stability in Jordan. It is important for Jordan to use its water resources in an efficient, effective and sustainable way so that socio-economic development of Jordan can be supported. Unsustainable use of water resources can cause depletion of Jordan’s scarce water resources, which can exacerbate magnitude of water resource problem and hinder socio-economic development. This chapter can be beneficial to economists, politicians and academics.

Water has been called the oil of the 21st century. Global water consumption is rising steeply and the lack of adequate supplies of quality water is a problem in many parts of the world. Water is one of the most abundant elements of earth, covering nearly 1,400 million cubic kilometers, nearly 70 percent of the planet's surface. However, only a very minor portion of this huge volume is actually usable. The rest forms oceans and polar ice caps. Availability of usable water is further limited by the fact that it cannot be easily exported over long distances.