Last Call at the Oasis, a documentary by Participant Media, sheds light on the complications and problems facing our water use and highlights entrepreneurs creating innovative solutions to the global water crisis.
The average American used 99 gallons of water per day yet only 1% of the world’s water is fresh, clean and drinkable. With increasing population, pollution and global warming, water has become the most sought-after resource and soon to be, the most valued commodity in the world. We are facing a global water crisis.
Participant Media, founded by Jeffrey Skoll (former President of eBay and current visionary at and founder of the Skoll Foundation) creates films and documentaries that raise awareness for social causes and is a catalyst for social action and change.
Last Call at the Oasis, Participant Media’s first film of 2012, is a call to action on the big screen for the global water crisis.
Global Water Crisis Films
The Participant Media 'Last Call at the Oasis' Documentary
Trend Themes
1. Global Water Consciousness - Creating more awareness on the global water crisis and promoting the need for innovative solutions to solve the growing demand of water supply.
2. Sustainable Water Solutions - Encouraging the development of sustainable solutions for treating and reusing non-potable water for agricultural and industrial needs.
3. Water Stewardship - Promoting the efficient use of water resources and reducing wastage through the adoption of smart water technologies.
Industry Implications
1. Water Treatment - Opportunities for the development and marketing of innovative technologies and solutions for treating and purifying non-potable sources of water for domestic and industrial use.
2. Agriculture - Developing sustainable irrigation methods and practices for dry farming and crop production in areas affected by droughts and water scarcity.
3. Renewable Energy - Opportunities for the development and promotion of renewable energy technologies and resources to reduce water consumption and minimize water wastage in energy production.