Going Green? 12 Ways to Reduce Your Impact on the Food, Water and Energy Nexus
When going green, consider these actions which can help ease tensions within the food/water/energy nexus.
GRACE Communications Foundation
Food/Water/Energy Nexus
Renewables and Efficiency
Power Plants Kill Fish
Blog Series
Freeing the Grid
Red Tape and Green Power
When going green, consider these actions which can help ease tensions within the food/water/energy nexus.
Many older thermoelectric power plants require tremendous amounts of water for cooling. This animation takes you through the process and illustrates why there are such devastating consequences for fish and other aquatic life.
In a new video produced by Brainvise for the Vote Solar Initiative, renewable energy policies that let you spin your electric meter backwards are explained in a simple, engaging manner through sharp animation.
It takes a significant amount of water to create energy, and a significant amount of energy to move and treat water.
Many New York power plants are withdrawing cooling water - and injuring or killing aquatic life - even when they are not generating any electricity.
With all eyes on New York State's rumored upcoming moves on shale-gas hydraulic fracturing (fracking), a recent Washington Post op-ed by New York City Mayor, Michael Bloomberg, and fracking pioneer, George Mitchell, weighed in on the possibility of
We're experiencing the food, water and energy nexus first-hand. The worst drought since 1956 will likely produce significant impacts on food and fuel prices and could cause urban water supplies in some regions of the country to dry up.
Are fish are shutting down power plants in protest? Or is the record-breaking heat and drought causing some big problems for both this summer?
Radioactive Bluefin Tuna, caught off California's coast had cesium-134 and cesium-137 in their systems.
Livestock farming contributes to 18% of the global warming effect, more than emissions from every car, train and plane on Earth.
The United States led the world with $48.1 billion in clean energy investments in 2011.
The earth receives 1500 times as much energy than humans use from the sun each day.
$ of a gal. of gas includes: cost of Crude Oil 76%; Refining Costs and Profits 6%; Distribution, Marketing, and Retail Costs and Profits 6%; Taxes 12%
Red tape can add up: Local permitting and inspection add $0.50 per watt, or $2,516 per residential install, to the cost of solar.
A US resident uses about 11,500 kWh of electricity per year.
With 5% of the earth's population, the U.S. consumes 20% of the world's total energy.
200,000: The number of electric drive vehicles - hybrids, extended range and battery - that have been purchased in the United States in 2012.
Of all sources of energy consumed in the United States, oil provides the largest share at 36 percent.
Creating a gallon of ethanol consumes about 100 gallons of freshwater. In some regions, ethanol production can take three or more times that amount.
It takes 520 million MWh of electricity per year to move, treat and heat water in the U.S. this is 13% of the total U.S. electrical consumption.
Analysts predict that over the next decade, $800 billion - $1.2 trillion will be invested in the solar industry globally.
26 percent of energy used in homes is for lighting and other appliances
The transportation sector made up 28 percent of US energy conumption in 2011