Politics & Policy
Hydropower turbines have become increasingly more fish-friendly as wildlife impacts have grown. This brief history highlights some fish preservation strategies and concludes with a promising fish-friendly turbine model by the Alden laboratories.... Read More
What role does DC (direct current) power played in our society today compared to the initial years of electricity distribution? Energy Technology & Policy Spring 2013, Dr. Michael Webber, UT Austin.
A brief introduction to the process of water supply of the Cutzamala Water Supply System to the Valley of Mexico. Energy Technology & Policy Spring 2013, Dr. Michael Webber, UT Austin.
This video gives an overview of the costs and benefits of bottled water. Energy Technology & Policy Spring 2013, Dr. Michael Webber, UT Austin.
The tension between environmental impact, population and technology led scientist Paul Ehrlich, John Holdren and Barry Commoner to formulate an equation that describes the relationship between these forces, which came to be known as the IPAT... Read More
Documents the newest addition to the University of Mississippi Green Fund Energy Proposals. Composting Program. The University Green Fund introduces new projects every year to bring awareness to sustainability measures across campus. This year the... Read More
Will Bedwell, the Director of Campaigning for the Ole Miss Green Fund, speaks about 3 sustainability projects on the University of Mississippi campus. Composting projects, more hydration stations and H2otty Toddy reusable water bottles are helping... Read More
University of Mississippi
This video shows the importance of food sustainability and spotlights Ole Miss and local organizations who promote the cause! It started out my Journalism 102 project, but it’s much more than that now. It's an awareness.
Cathy Grace, Geology Profesor at the University of Mississippi also known as Ole Miss, takes you inside her world through her thoughts on the environment and how she plans on improving her home to better the Earth.
Landfills use a combination of machinery that sucks methane out of trash, transports it across the landfill through pipes and then converts it to useable clean energy.