Report | Environment New York Research and Policy Center

Shelter from the Storm

In the summer of 1993, residents of the American Midwest experienced the most costly flood in the history of the United States. By the end of that summer, the Mississippi River in St. Louis was 20 feet above flood stage, and levee breaks in Illinois led to the inundation of thousands of acres of land. The flood claimed 48 lives and caused nearly $20 billion in damage.

In the aftermath of the flood, numerous studies were conducted to examine what had gone wrong and what could be done to prevent another flood of this scale. The conclusion: the decades spent building levees and dams to control Mississippi river flooding had actually debilitated our first line of defense against flooding – wetlands.

Scientists now know that wetlands are critical to the global water cycle. They are the kidneys of our national water system, cleaning out sediment and water pollution. They are home to numerous plant and animal species, supporting our nation’s biodiversity. They are also able to store vast amounts of water and are thus an important tool to protect America’s cities and towns from flooding. 

Report | Environment New York Research and Policy Center

Dangerous Inheritance

As a result of global warming, young Americans today are growing up in a different climate than their parents and grandparents experienced. It is warmer than it used to be. Storms pack more of a punch. Rising seas increasingly flood low-lying land. Large wildfires have grown bigger, more frequent and more expensive to control. People are noticing changes in their own backyards, no matter where they live. Pollution from burning coal, oil and gas is the primary cause of global warming. Without urgent action to reduce global warming pollution, children born today will grow up in a more dangerous world. We can protect our children from the most harmful impacts of global warming by reducing carbon pollution and shifting to cleaner sources of energy. The United States has a critical window of opportunity to lead the world in this effort.

Report | Environment America Research & Policy Center

10 Ways to Help Your City Go Solar

Last month's Shining Cities report detailed how cities are good for solar and solar is good for cities. We've seen some impressive strides across the nation to momentously expand our solar capabilities. But we're not where we need to be yet. To obtain a clean energy future your cities and towns need to do even more. Here's how to push them in the right direction! 

Take the 1st step by signing a letter to your decision makers here! 

Report | Environment America Research & Policy Center

10 Ways to Help Your City Go Solar

Last month's Shining Cities report detailed how cities are good for solar and solar is good for cities. We've seen some impressive strides across the nation to momentously expand our solar capabilities. But we're not where we need to be yet. To obtain a clean energy future your cities and towns need to do even more. Here's how to push them in the right direction! 

Take the 1st step by signing a letter to your decision makers here! 

Report | Environment New York Research and Policy Center

Shining Cities

The use of solar power is expanding rapidly across the United States. By the end of 2014, the United States had 20,500 megawatts (MW) of cumulative solar electric capacity, enough to power four million average U.S. homes. This success is the outcome of federal, state and local programs that are working in concert to make solar power accessible to more Americans, thereby cleaning our air, protecting our health, and hedging against volatile electricity prices.

America’s major cities have played key roles in the clean energy revolution and stand to reap significant benefits from solar energy adoption. As population centers, they are home to the largest electricity markets and can have an important influence on the way we power our grid. Many cities are already benefitting from smart policies that encourage investment in solar energy.

As of the end of 2014, 20 cities – representing just 0.1 percent of U.S. land area – account for 6.5 percent of solar photovoltaic (PV) capacity in the United States. The 65 cities in this report have installed 1.3 gigawatts (GW) of solar PV capacity – more solar PV than was installed in the entire country at the end of 2009. 

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