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The Global Water Crisis: Addressing an Urgent Security - Unu-inweh ...

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If the market value of water is more signific<strong>an</strong>t th<strong>an</strong> most people realize, water’s non-market values are simply staggering.<br />

<strong>Water</strong>sheds provide benefits that literally enable, <strong>an</strong>d enrich, life on Earth. <strong>The</strong> non-market value of a watershed includes<br />

water supply, water treatment, ecosystem support, hydrologic stabilization, carbon storage, pest control, climate regulation,<br />

cultural benefits to indigenous communities, <strong>an</strong>d recreational benefits <strong>an</strong>d opportunities for a wide r<strong>an</strong>ge of l<strong>an</strong>d users.<br />

M<strong>an</strong>y consider these benefits to be priceless, but by placing a dollar value to them, environmental economists are able to<br />

reveal values that are generally hidden from common decision-making metrics, <strong>an</strong>d these values are of larger magnitude<br />

th<strong>an</strong> ordinary market values. For example, the non-market value of C<strong>an</strong>ada’s Mackenzie River Basin is estimated to be<br />

CAD $570.6 billion per year, over 13.5 times the economic value of the extraction industries in the watershed (Anielski<br />

<strong>an</strong>d Wilson, 2010).<br />

2. <strong>The</strong> Economic Opportunity in <strong>Addressing</strong> <strong>Water</strong> Risks<br />

2.1. Risks<br />

As contamination, unsustainable withdrawals, <strong>an</strong>d climate ch<strong>an</strong>ge are threatening the global supply of fresh water,<br />

population growth, urb<strong>an</strong>ization <strong>an</strong>d rising incomes are steadily increasing the global dem<strong>an</strong>d. M<strong>an</strong>y countries are now<br />

facing the reality of a sizable gap between the amount of water they c<strong>an</strong> reliably supply to their economies, <strong>an</strong>d the<br />

amount that is actually needed. By 2030, given average economic growth <strong>an</strong>d assuming no efficiency gains, global water<br />

requirements could exceed the current accessible, reliable supply by 40% (2030 <strong>Water</strong> Resources Group, 2009). <strong>The</strong><br />

situation will be worse in some developing regions, where it is expected that one-third of the global population will be<br />

living in basins with a water deficit greater th<strong>an</strong> 50% (2030 <strong>Water</strong> Resources Group, 2009).<br />

<strong>The</strong> greatest increase in water dem<strong>an</strong>ds will come from China, the US <strong>an</strong>d India due to population growth, increasing<br />

irrigation for food production, <strong>an</strong>d growth in GDP (Lux Research, 2008). By 2030, dem<strong>an</strong>d for water in India <strong>an</strong>d China, the<br />

most populous nations on Earth, will exceed their current supplies (2030 <strong>Water</strong> Resources Group, 2009). <strong>The</strong> strain on the<br />

world’s agricultural <strong>an</strong>d industrial sectors will be subst<strong>an</strong>tial, as these countries’ populations move towards middle-class<br />

diets <strong>an</strong>d consumption patterns. <strong>The</strong> lack of available water will be compounded by issues of water quality. Pollution in<br />

China is already so widespread that 21% of available surface water resources are unfit even for agriculture (2030 <strong>Water</strong><br />

Resources Group, 2009).<br />

In addition to risks to global <strong>an</strong>d national economies, individual sectors are now beginning to identify water as a subst<strong>an</strong>tial<br />

risk to their bottom-line (Carbon Disclosure Project, 2011). <strong>The</strong> power-generation, mining, semi-conductor m<strong>an</strong>ufacturing,<br />

<strong>an</strong>d food <strong>an</strong>d beverage sectors are particularly exposed to water-related risks (JP Morg<strong>an</strong>, 2008). M<strong>an</strong>y businesses are<br />

already suffering water-related impacts. In 2011, Kimberley-Clark reported a US $2 million loss at a facility in Malaysia,<br />

while <strong>The</strong> Southern Comp<strong>an</strong>y reported US $200 million in un<strong>an</strong>ticipated electricity costs in the US (Carbon Disclosure<br />

Project, 2011). <strong>The</strong> first case resulted in curtailment of production; the second, compensating for reduced hydroelectricity<br />

production. Ultimately, both impacts were the effects of drought (Carbon Disclosure Project, 2011).<br />

Risk m<strong>an</strong>agement is complicated by the fact that exposure to water scarcity <strong>an</strong>d pollution is not limited to onsite production<br />

processes, but extends all along supply chains (JP Morg<strong>an</strong>, 2008). It will be further complicated by climate ch<strong>an</strong>ge, which<br />

is making the prediction of key climate variables increasingly difficult <strong>an</strong>d exposing all sectors to the impacts of floods<br />

<strong>an</strong>d droughts.<br />

2.2. Opportunities<br />

Where there is risk, there is often opportunity. Fin<strong>an</strong>cial <strong>an</strong>alysts are now predicting tremendous growth potential for the<br />

water sector, particularly for those businesses focused on efficiency, re-use <strong>an</strong>d source diversification (Lux Research, 2008).<br />

In fact, revenues of the world’s water-related businesses are forecasted to rise from US $522 billion in 2007 to nearly US<br />

$1 trillion by 2020 (Lux Research, 2008). <strong>The</strong> challenge to meet rising water dem<strong>an</strong>d presents myriad opportunities, in<br />

several key areas, including the following:<br />

60 <strong>The</strong> <strong>Global</strong> <strong>Water</strong> <strong>Crisis</strong>: <strong>Addressing</strong> <strong>an</strong> <strong>Urgent</strong> <strong>Security</strong> Issue

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