Read the full story in Science Daily.
Chemicals found in everyday plastics materials are linked to cardiovascular disease, type-2 diabetes and high blood pressure in men, according to researchers.
Read the full story from Lawrence Berkeley National Lab.
By using advanced lighting and automated shades, scientists from the Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab) found that occupants on one floor of a high-rise office building in New York City were able to reduce lighting energy usage by nearly 80 percent in some areas.
The dramatic results emerged at a “living laboratory” set up to test four sets of technologies on one 40,000 square-foot floor of a building.
Read the full story in Grist.
Sixteen months ago, the coal-fired Huntley Generating Station, which sits on the banks of the Niagara River, stopped producing power for first time since World War I.
Erie County lost its largest air and water polluter. But the town of Tonawanda, a working class Buffalo suburb 13 miles downstream of America’s most storied waterfalls, also lost its biggest taxpayer.
The impact of Huntley’s decade-long slowdown — and finally shutdown — hit this upstate New York community like a punch to the gut.
Read the full story at EnvironmentalResearchWeb.
Governments and schools are not communicating the most effective ways for individuals to reduce their carbon footprints, according to new research.
Read the full story in Grist.
Skeptics have long sought to validate their views by injecting them into respectable media outlets. And they’ve frequently been successful. Here’s a short history of climate misinformation infiltrating the mainstream news media.
Read the full story in the Washington Post.
The curators of the Museum of Natural History at the University of Louisiana-Monroe got grim news this March from the school’s director: The museum’s research collection had to be moved out of its current home. The reason? The space was needed for expanded track facilities.
This report reflects work performed under contract with the U.S. Department of Energy, Office of Energy Efficiency and Renewable Energy. The research focused on applying the result of EPRI’s 2014 US Energy Efficiency Potential Study which was conducted at the Census division level and developing a method to apply the division level results to the state level by customer class and by end-use.
The state allocation shows that every state has a large amount of electric energy efficiency potential that can be utilized as a cost-effective energy resource. This cost-effective electric potential grows over time as equipment reaches the end of its useful life and is replaced by a cost-effective efficient replacement. In total GWh, this energy efficiency economic potential in 2035 ranges from 901 GWh in Vermont to 87,336 GWh in Texas, reflective of the both electric loads and the types electric services in each state.
Finally, to understand the potential to bring additional technologies to market and the impact that added incentives can have on energy efficiency potential, the national model and state allocations were re-run with differing levels of incentives. These results, which vary by state, show both the direct impact of incentives as well as potential opportunities to increase energy efficiency through cost reductions.