All across California, businesses, farms, government agencies, schools and nonprofits are demonstrating that action to reduce heat-trapping emissions can improve competitiveness and strengthen the bottom line. Energy efficiency measures and clean energy projects reduce waste, cut energy costs, limit exposure to fossil fuel price spikes, and attract environmentally aware customers.
Coal- and natural gas-fired power plants pollute our air, are major contributors to global warming, and consume vast amounts of water—harming our rivers and lakes and leaving less water for other uses. Wind energy has none of these problems. It produces no air pollution, makes no contribution to global warming, and uses no water.
America has more than doubled its use of wind power since the beginning of 2008 and we are starting to reap the environmental rewards. Wind energy now displaces about 68 million metric tons of global warming pollution each year—as much as is produced by 13 million cars. And wind energy now saves more than enough water nationwide to meet the needs of a city the size of Boston.
Solar energy makes sense for California’s schools. This first-of-its-kind report presents case studies from 18 California school districts that have installed solar energy projects at nearly 200 schools combined, illustrating the environmental, economic and educational benefits of going solar in our schools.
Reducing global warming pollution is critical to protecting California’s environment, but doing so can also deliver big rewards for our state’s economy. This report highlights eight organizations that have made investments in clean energy solutions, together reducing their emissions of global warming pollution by the equivalent of nearly 270 million pounds of carbon dioxide per year while saving approximately $3.60 million annually.
Global warming is happening now and its effects are being felt in the United States and around the world. Among the expected consequences of global warming is an increase in the heaviest rain and snow storms, fueled by increased evaporation and the ability of a warmer atmosphere to hold more moisture.