3. Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution Factors of Climate of
of Water Disruption Conflict
4. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution Factors of Climate of
of Water Disruption Conflict
5. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Unique Among the Universe
6. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
The Water Planet
7. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
The Four Rocky Planets
8. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Water is Life
9. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
World Water
source: U.S. Geological Survey
326,000,000,000,000,000,000
75% 75%
10. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
World Water
source: United States Geological Survey
3%
97%
11. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution of Water Earth
source: United States Geological Survey
fresh water - 3%
ocean - 97%
12. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution of Water Fresh
source: United States Geological Survey
surface - .3%
other - .9%
ground - 30.1%
glaciers - 68.7%
13. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution of Water Glaciers & Ice Pack
Greenland Antarctica
14. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution of Water Ground Water Aquifers
source: United States Geological Survey
15. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution of Water Surface
source: United States Geological Survey
rivers - 2%
swamps - 11%
lakes - 87%
16. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution of Water Rivers
source: United States Geological Survey
17. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution of Water Swamps
source: United States Geological Survey
18. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution of Water Lakes
source: United States Geological Survey
19. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution of Water
source: United States Geological Survey
Earth Fresh Surface
Less than 1% of all water is potable.
20. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Hydrological Cycle
21. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Hydrological Cycle
22. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Hydrological Cycle
23. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Hydrological Cycle
24. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Hydrological Cycle
25. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Resources
26. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Peak Supply & Substitution
Consumption
Time
27. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Peak Supply & Substitution
Consumption
Time
28. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Renewable Water Resources
source: The World’s Water by Peter H. Gleik
17%
7,620 km3/yr
29. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Renewable Water Resources
source: The World’s Water by Peter H. Gleik
17%
7,620 km3/yr
30%
17,140 km3/yr
30. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Renewable Water Resources
source: The World’s Water by Peter H. Gleik
14%
8,336 km3/yr
17%
7,620 km3/yr
30%
17,140 km3/yr
31. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Renewable Water Resources
source: The World’s Water by Peter H. Gleik
14%
8,336 km3/yr
17%
7,620 km3/yr
30% 10%
17,140 km3/yr 5,724 km3/yr
32. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Renewable Water Resources
source: The World’s Water by Peter H. Gleik
14% 26%
8,336 km3/yr 14,872 km3/yr
17%
7,620 km3/yr
30% 10%
17,140 km3/yr 5,724 km3/yr
33. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Renewable Water Resources
source: The World’s Water by Peter H. Gleik
14% 26%
8,336 km3/yr 14,872 km3/yr
17%
7,620 km3/yr
30% 10% 3%
17,140 km3/yr 5,724 km3/yr 1,669 km3/yr
34. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Renewable Water Resources
source: The World’s Water by Peter H. Gleik
14% 26%
8,336 km3/yr 14,872 km3/yr
17%
10% 731m 4b 58%
7,620 km3/yr
8% 568m
30% 10% 3%
17,140 km3/yr 5,724 km3/yr 1,669 km3/yr
6% 383m 15% 1b 3% 21m
35. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Renewable Water Resources
source: The World’s Water by Peter H. Gleik
3,300 km3/yr
4,498 km3/yr
3,069 km3/yr
2,838 km3/yr
8,233 km3/yr
36. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Renewable Water Resources
source: The World’s Water by Peter H. Gleik
3,300 km3/yr
4,498 km3/yr
.9 km3/yr
.1 km3/yr
3,069 km3/yr
.6 km3/yr
.2 km3/yr
.02 km3/yr
2,838 km3/yr
8,233 km3/yr
37. Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution Factors of Climate of
of Water Disruption Conflict
38. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
39. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Sumatra Indonesia December 2004
source: Digital Globe
40. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Sumatra Indonesia December 2004
source: Digital Globe
41. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
New Orleans LA August 2005
42. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Atlanta GA September 2009
source: MSNBC
43. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Lake Chad 1963 - 2001
source: NASA
44. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Amazon River October 2005
source: Daniel Beltra/Greenpeace
45. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Changes in Precipitation
-50% -40% -30% -20% -10% 0% 10% 20% 30% 40% 50%
46. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Portage Glacier
source: NOAA Photo Collection and Gary Braasch
1914 2004
47. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Receding Glaciers
source: June 2007 National Geographic Magazine - cumulative change in average thickness from 1977 to 2005
World Glaciers
Name Location Change
Careser Glacier Italy -35.5%
Place Glacier Canada -33.6%
Sarennes Glacier France -30.8%
South Cascade Glacier United States -27.9%
Saint Sorlin Glacier France -22.3%
Gries Glacier Switzerland -22.1%
Hintereisferner Glacier Austria -20.6%
Gulkana Glacier United States -16.2%
Tsentralniy Tuyuksuyskiy Glacier Kazakhstan -16.1%
Austre Broeggerbreen Glacier Norway -15.3%
48. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Mount Kilimanjaro Africa 1993
source: NASA Earth Observatory Snow and Ice on Kilimanjaro via Wikimedia Commons
49. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Mount Kilimanjaro Africa 2000
source: NASA Earth Observatory Snow and Ice on Kilimanjaro via Wikimedia Commons
50. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
CA Reservoirs Current Conditions: February 25, 2010
source: California Department of Water Resources
Shasta Reservoir
55% | 72%
Lake Oroville
48% | 62%
Folsom Lake
71% | 91%
Trinity Lake
49% | 58%
Don Pedro Reservoir
83% | 107%
New Melones Exchequer Reservoir
52% | 85% 60% | 86%
Millerton Lake
93% | 132%
San Luis Reservoir Pine Flat Reservoir
19% | 33% 44% | 75%
Pyramid Lake Castaic Lake
97% | 103% 74% | 86%
51. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Folsom Lake CA November 2008
source: California Department of Water Resources
52. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Hoover Dam
source: Lynn Betts via Wikimedia Commons
53. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Three Gorges Dam
source: Dan Kamminga via Wikimedia Commons
54. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
World Dams
source: The World’s Water by Peter H. Gleik
5,430 31,340
8,010
979 1,269 577
55. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Aral Sea 2000 - 2009
source: photos by Bresson Thomas
56. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Aral Sea
source: Staecker via Wikimedia Commons
57. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Per Capita Water Use Per Day
source: United Nations - 2006 Human Development Report
US: 151 gallons
58. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Per Capita Water Use Per Day
source: United Nations - 2006 Human Development Report
Australia: 130 gallons
59. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Per Capita Water Use Per Day
source: United Nations - 2006 Human Development Report
Japan: 99 gallons
60. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Per Capita Water Use Per Day
source: United Nations - 2006 Human Development Report
Mexico: 96 gallons
61. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Per Capita Water Use Per Day
source: United Nations - 2006 Human Development Report
EU: 69 gallons
62. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Per Capita Water Use Per Day
source: United Nations - 2006 Human Development Report
Brazil: 49 gallons
63. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Per Capita Water Use Per Day
source: United Nations - 2006 Human Development Report
UK: 39 gallons
64. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Per Capita Water Use Per Day
source: United Nations - 2006 Human Development Report
India: 36 gallons
65. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Per Capita Water Use Per Day
source: United Nations - 2006 Human Development Report
China: 22 gallons
66. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Per Capita Water Use Per Day
source: United Nations - 2006 Human Development Report
Water Poverty Threshold: 13 gallons
67. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Per Capita Water Use Per Day
source: United Nations - 2006 Human Development Report
Africa: 5 gallons
68. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Water Use By Sector
source: The World’s Water by Peter H. Gleik
North & Central America South America Europe
Africa Asia Oceania
69. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
U.S. Per Capita Water Use Per Day
source: 2000 USGS Water Use Report
State Use (gallons/day) Per Capita
California 51,200,000,000 139 gal./day
Texas 29,600,000,000 121 gal./day
Florida 20,100,000,000 109 gal./day
Idaho 19,500,000,000 1,272 gal./day
Illinois 13,700,000,000 106 gal./day
Colorado 12,600,000,000 255 gal./day
Nebraska 12,300,000,000 689 gal./day
New York 12,100,000,000 62 gal./day
North Carolina 11,400,000,000 123 gal./day
Ohio 11,100,000,000 96 gal./day
70. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
U.S. Per Capita Water Use Per Day
source: 2000 USGS Water Use Report
State Use (gallons/day) Per Capita
California 51,200,000,000 139 gal./day
Texas 29,600,000,000 121 gal./day
Florida 20,100,000,000 109 gal./day
Idaho 19,500,000,000 1,272 gal./day
Illinois 13,700,000,000 106 gal./day
Colorado 12,600,000,000 255 gal./day
Nebraska 12,300,000,000 689 gal./day
New York 12,100,000,000 62 gal./day
North Carolina 11,400,000,000 123 gal./day
Ohio 11,100,000,000 96 gal./day
71. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
U.S. Per Capita Water Use Per Day
source: 2000 USGS Water Use Report
State Use (gallons/day) Per Capita
California 51,200,000,000 139 gal./day
Texas 29,600,000,000 121 gal./day
Florida 20,100,000,000 109 gal./day
Idaho 19,500,000,000 1,272 gal./day
Illinois Miami/Dade County
13,700,000,000 106 gal./day
Colorado 143 gal./day
12,600,000,000 255 gal./day
Nebraska 12,300,000,000 689 gal./day
New York 12,100,000,000 62 gal./day
North Carolina 11,400,000,000 123 gal./day
Ohio 11,100,000,000 96 gal./day
72. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
U.S. Per Capita Water Use Per Day
source: 2000 USGS Water Use Report
State Use (gallons/day) Per Capita
California 51,200,000,000 139 gal./day
Texas 29,600,000,000 121 gal./day
Florida 20,100,000,000 109 gal./day
Idaho 19,500,000,000 1,272 gal./day
Illinois Los Angeles County
13,700,000,000 106 gal./day
Colorado 168 gal./day
12,600,000,000 255 gal./day
Nebraska 12,300,000,000 689 gal./day
New York 12,100,000,000 62 gal./day
North Carolina 11,400,000,000 123 gal./day
Ohio 11,100,000,000 96 gal./day
73. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
U.S. Per Capita Water Use Per Day
source: 2000 USGS Water Use Report
State Use (gallons/day) Per Capita
California 51,200,000,000 139 gal./day
Texas 29,600,000,000 121 gal./day
Florida 20,100,000,000 109 gal./day
Idaho 19,500,000,000 1,272 gal./day
Illinois Phoenix
13,700,000,000 106 gal./day
Colorado 200 gal./day
12,600,000,000 255 gal./day
Nebraska 12,300,000,000 689 gal./day
New York 12,100,000,000 62 gal./day
North Carolina 11,400,000,000 123 gal./day
Ohio 11,100,000,000 96 gal./day
74. Distribution of Water Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
U.S. Per Capita Water Use Per Day
source: 2000 USGS Water Use Report
State Use (gallons/day) Per Capita
California 51,200,000,000 139 gal./day
Texas 29,600,000,000 121 gal./day
Florida 20,100,000,000 109 gal./day
Idaho 19,500,000,000 1,272 gal./day
Illinois Las Vegas
13,700,000,000 106 gal./day
Colorado 255 gal./day
12,600,000,000 255 gal./day
Nebraska 12,300,000,000 689 gal./day
New York 12,100,000,000 62 gal./day
North Carolina 11,400,000,000 123 gal./day
Ohio 11,100,000,000 96 gal./day
75. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Los Angeles Water Supply Sources
source: Los Angeles Department of Water and Power
Mono Lake
LA Aqueduct
Owens Lake
Las Vegas
San Francisco
Colorado River Aqueduct
California Aqueduct
Colorado River
Los Angeles Phoenix
San Diego
76. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Domestic Water Use
source: American Water Works Association Research Foundation
77. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Domestic Water Use
source: American Water Works Association Research Foundation
toilet - 11%
washer - 8%
shower - 7%
faucet - 6%
dishwasher - 1%
other - 2%
78. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Domestic Water Use
source: American Water Works Association Research Foundation
toilet - 11%
washer - 8%
misc. outdoor - 10%
leaks - 6%
shower - 7%
faucet - 6%
dishwasher - 1%
other - 2%
landscaping - 49%
79. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Embodied Water
source: gangulybiswarup via Wikimedia Commons
80. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Embodied Water
source: Professor Arjen Y. Hoekstra, Twente Water Centre, University of Twente, the Netherlands
Food Unit Liters Food Unit Liters
Apple or Pear 1 kg 700 Maize 1 kg 900
Banana 1 kg 800 Mango 1 kg 1,600
Beef 1 kg 15,500 Milk 250 ml cup 250
Beer (from barley) 250 ml glass 75 Olives 1 kg 4,400
Bread 1 kg 1,300 Orange 1 kg 460
Cabbage 1 kg 200 Peach 1 kg 1,200
Cheese 1 kg 5,000 Pork 1 kg 4,800
Chicken 1 kg 3,900 Potato 1 kg 250
Chocolate 1 kg 24,000 Rice 1 kg 3,400
Coffee 125 ml cup 140 Sugar (from sugar cane) 1 kg 1,500
Cucumber or Pumpkin 1 kg 240 Tea 250 ml cup 30
Groundnuts (in shell) 1 kg 3,100 Tomato 1 kg 180
Lettuce 1 kg 130 Wine 125 ml glass 120
81. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Embodied Water
source: Professor Arjen Y. Hoekstra, Twente Water Centre, University of Twente, the Netherlands
Food Unit Liters Food Unit Liters
Apple or Pear 1 kg 700 Maize 1 kg 900
Banana 1 kg 800 Mango 1 kg 1,600
Beef 1 kg 15,500 Milk 250 ml cup 250
Beer (from barley) 250 ml glass 75 Olives 1 kg 4,400
Bread 1 kg 1,300 Orange 1 kg 460
Cabbage 1 kg 200 Peach 1 kg 1,200
Cheese 1 kg 5,000 Pork 1 kg 4,800
Chicken 1 kg 3,900 Potato 1 kg 250
Chocolate 1 kg 24,000 Rice 1 kg 3,400
Coffee 125 ml cup 140 Sugar (from sugar cane) 1 kg 1,500
Cucumber or Pumpkin 1 kg 240 Tea 250 ml cup 30
Groundnuts (in shell) 1 kg 3,100 Tomato 1 kg 180
Lettuce 1 kg 130 Wine 125 ml glass 120
82. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Embodied Water
source: Professor Arjen Y. Hoekstra, Twente Water Centre, University of Twente, the Netherlands
4,000 gallons for
2 pounds of beef
83. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Pollution Dead Zones
source: Goddard Space Flight Center
84. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Pollution Algae Bloom
source: Midwest Lakes Policy Center
85. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Pollution Contaminated Rivers
source: Tejiendo el mundo
86. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Pollution Contaminated Rivers
source: unknown
87. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Ocean Gyres
North Atlantic
Gyre
North Pacific Gyre
Indian Ocean
South Gyre South Pacific Gyre
Atlantic South
Gyre Atlantic
Gyre
88. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Great Pacific Garbage Patch
89. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Great Pacific Garbage Patch
source: Chris Jordan Photography
90. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Great Pacific Garbage Patch
source: Chris Jordan Photography
91. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Privatization Bottled Water
92. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Privatization Bottled Water
93. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Privatization Bottled Water
source: Tapped - 2007 U.S. Bottled Water Sales
29 billion bottles
94. Factors of Disruption Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Privatization Municipal Water
International Monetary United Nations The World Bank The World Trade
Fund Organization
95. Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Distribution Factors of Climate of
of Water Disruption Conflict
96. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
“If the wars of this century were fought
over oil, the wars of the next century will
be fought over water - unless we change
our approach to managing this precious
and vital resource.”
Ismail Serageldin
First chairperson of the Global Water Partnership
97. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Consumption vs. Yemen
98. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Consumption vs. Yemen
source: ai@ce via Flickr
99. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Consumption vs. Yemen
source: knowledgeallianz via Wikimedia Commons
100. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Consumption vs. Yemen
source: knowledgeallianz via Wikimedia Commons
101. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Urban vs. Rural
102. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Urban vs. Rural
source: NOAA George E. Marsh Album
103. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Urban vs. Rural
source: United States Department of Agriculture; Image Number: 00di0971
104. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Urban vs. Rural
source: Highway Hogs
105. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Urban vs. Rural
source: Fish & Wildlife Service public domain photographs by Peter Johnson
106. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Urban vs. Rural
source: Minyoung Choi via Wikimedia Commons
107. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Urban vs. Rural
LA Aqueduct
Las Vegas
San Francisco
Colorado River Aqueduct
California Aqueduct
Colorado River
Los Angeles Phoenix
San Diego
108. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Climate vs. China
109. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Climate vs. China
source: NASA
40% of the world’s population depends on
the Himalayan watershed for water Yellow River
Indus River Yangtze River
Salween River
Mekong River
Brahmaputra River
Ganges River
110. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Climate vs. China
source: NASA
111. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Climate vs. China
source: Edward Burtynsky Photography
112. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Climate vs. China
source: CHina Digital Times
113. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Climate vs. China Neighboring Provinces 2005
source: Rueters/China News Photo
114. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Consumption vs. Yemen
115. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Privatization vs. Fryeburg
source: JPL via Wunderground
116. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Privatization vs. Fryeburg
117. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Privatization vs. Bolivia
118. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Privatization vs. Bolivia
source: Omer Koren via Wikimedia Commons
119. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Privatization vs. Bolivia
source: Duncan Green, Head of Research for Oxfam GB
120. Climate of Conflict Water Wars Rising Demand vs. Diminishing Supply 2010 MiaGreen threadcollaborative
Privatization vs. Bolivia
source: Ferdinand Reus via Wikimedia Commons
121. “Whiskey is for drinking;
water is for fighting over.”
Mark Twain
122. ! ! kevin@threadcollaborative.com
questions?
thank
you