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- Alberta; Oil sands; Oil sands industry – Environmental aspects; Water use (1)
- Canada; Flood control; International relations ; United States; United States – Columbia River; United States – Red River of the North; Water-power; Water resources – Management; Water rights (1)
- Hydroelectric power plants; Power resources; Southwest (1)
- New; Sustainability; Texas; Water-power; Water resources development; Water resources – Management (1)
Articles 1 - 3 of 3
Full-Text Articles in Natural Resource Economics
Keynote 2: The Alberta Oil Sands — Wrestling Bitumen Out Of The Wild North, David Rudolph
Keynote 2: The Alberta Oil Sands — Wrestling Bitumen Out Of The Wild North, David Rudolph
North American Energy Water Nexus Roundtable
Athabasca Oil Sand Reserve:
- Oil sands are contained within the Cretaceous McMurray Formation. (149,000 km2)
- 2.5 trillion barrels of extractable oil (~ 25 % of Canada Crude Oil Production)
- Surface mineable deposits cover 2,800 km2
- 450 billion L of process water used annually
- Currently over 130 km2 of tailings ponds (largest man-made structures in the world)
Panel Discussion Presentation: Canada-U.S. Transboundary Perspectives, David Rudolph
Panel Discussion Presentation: Canada-U.S. Transboundary Perspectives, David Rudolph
North American Energy Water Nexus Roundtable
Panel Discussion: U.S.-Canada Transboundary Perspectives
Longest international border in the world: 8,890km, over 3,000km are water!
- Major transboundary river systems (Columbia, Red River)
- 1997 Red River Flood
- Strategies for future power and water needs
- Canadian resource-based economy
Keynote 1: Energy And Water In The Western And Texas Interconnects, Vincent Tidwell
Keynote 1: Energy And Water In The Western And Texas Interconnects, Vincent Tidwell
North American Energy Water Nexus Roundtable
- Estimated Freshwater Withdrawals by Sector: 349 BGD
- U.S. Freshwater Consumption: 100 BGD
- Water for Energy, Energy for Water: Energy and power production requires water; Water production, processing, distribution, and end-use requires energy