h+e, water 2011

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Page 1: H+E, Water 2011

thirstthemovie.org

Page 2: H+E, Water 2011

StoryofStuff.org

Page 3: H+E, Water 2011

3.2 billion

900,0002.5 million

6.4 billion

liters of waterconsumedliters of waterused to produce

tons of plastic

tons of CO2

106 billionMJ of energy

(17 million )barrels of oil

in 2006

Page 4: H+E, Water 2011

50 million barrels of oil per year

World on the Edge

28 billion bottles of water per year

Page 5: H+E, Water 2011

2,000,000plasticbottles

5 minutesin the US

every

Chris Jordan, Running the Numbers

Page 6: H+E, Water 2011

Water

Page 7: H+E, Water 2011

Water

Page 8: H+E, Water 2011

Less than 0.01%of the Earth’s water is fresh and renewed by the hydrologic cycle.

ThePost CarbonReader

Page 9: H+E, Water 2011

97% in oceans2% in ice caps and glaciers0.001% in atmosphere

Environmental Science

Page 10: H+E, Water 2011

UNwater.org

Page 11: H+E, Water 2011
Page 12: H+E, Water 2011

2 kWh for 1,000 Lof drinkable water from saltwater

ThePost CarbonReader

Page 13: H+E, Water 2011

Beyond drinking,cooking and cleaning

Page 14: H+E, Water 2011

Water Use Worldwide

70% for agriculture

20% for industry

10% for cities and townsThePost CarbonReader

Page 15: H+E, Water 2011
Page 16: H+E, Water 2011
Page 17: H+E, Water 2011

3,000 liters per day

to satisfy dietary needs

5,000 liters per day

to satisfy US dietary habitsThePost CarbonReader

Page 18: H+E, Water 2011

Water Footprint

Total amount of water useddirectly and indirectly by a person, business or nation.

Page 19: H+E, Water 2011

1,800 gallons per day

ThePost CarbonReader

Average US resident’swater footprint

Twice the global average

Page 20: H+E, Water 2011

Ecosystems Services

Page 21: H+E, Water 2011

“Nature is working for you.”

Page 22: H+E, Water 2011

Natural processes support human activities.

$33,000,000,000,000at least worth

collectively

Page 23: H+E, Water 2011

Regulation of water for storage and access

Treatment of waste

Designis theProblem

Page 24: H+E, Water 2011

Desalinization

Page 25: H+E, Water 2011

1 m3 water

2 kWh

(1,000L or 264 gallons)

(11.5 Twinkies)

Page 26: H+E, Water 2011

15.3Billion m3 water per year

1,500 plantsworldwide

0.5% worldwidewater demand

Page 27: H+E, Water 2011

Who owns and controls water?

Page 28: H+E, Water 2011

thirstthemovie.org

Page 29: H+E, Water 2011
Page 30: H+E, Water 2011

Now what?

Page 31: H+E, Water 2011

97% in oceans2% in ice caps and glaciers0.001% in atmosphere

Environmental Science

Page 32: H+E, Water 2011

Less than 0.01%of the Earth’s water is fresh and renewed by the hydrologic cycle.

Page 33: H+E, Water 2011

Water Use Worldwide

70% for agriculture

20% for industry

10% for cities and towns

Page 34: H+E, Water 2011

Increase the price of water.

Adopt water-efficient crops, irrigation and industry.

Reduce meat consumption

Page 35: H+E, Water 2011

Irrigate more efficientlydrip instead of flood irrigation

Boost yields on rain-fed landscould meet 75% of world food needs

Choose less water-intensive diets

Use trade to make thesmartest use of local water

water-scarce regions can import foodto conserve water for drinking andother needs

Page 36: H+E, Water 2011
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hard-path systemscentralizedfew sourceswater as a commodity

soft-path systemsdecentralizedpotentially many sourceswater as a service

Page 40: H+E, Water 2011

Resilience

“The ability of a system to recover from perturbation; the ability to restore, repair or bounce back after a change due to an outside force.”

Page 41: H+E, Water 2011

“Systems that are resilient have a greater chance of lasting, evolving and responding to change.”