City-Level Net-Zero Building Plans 

Cambridge: Getting to Net Zero Plan
The Net Zero Task Force endeavored to respond to the need to reduce the carbon footprint of the built environment and map out an aggressive course to mitigate the effects of climate change. The result of this process is the development of a vetted 25-year action strategy that sets the foundation for ongoing governance and collaboration leading us to our climate goals. The significance of this plan is that it is comprehensive; it addresses both new and existing buildings and sets target dates for net zero new construction across all sectors. Furthermore, the recommendations are achievable, and at the same time bold in their vision.

New York City: One City—Built to Last
What does it mean for a city to be built to last? In a city that is built to last, our homes and workplaces will require less energy for heating, cooling, and power. The energy those buildings will need comes from renewable sources that do not pollute our air and water or dangerously increase global temperatures. Residents of a city built to last are protected from rising sea levels and extreme weather

Toronto: Zero Emissions Buildings Framework
As the City of Toronto adds an estimated 24,400 more people per year, the demand for both residential and non-residential developments is growing. In fact, between 2011 and 2015, the City added an additional 85,166 residential units and 2.69 million square meters of non-residential floor area, making Toronto one of the fastest growing cities in North America. This report presents the results of a two-part study designed to identify an effective means of updating the TGS greenhouse gas and energy efficiency measures that is both feasible for the construction industry and that addresses the city’s climate, energy and resilience goals.

Vancouver: Zero Emissions Building Plan
This Plan lays out four action strategies to require the majority of new buildings in Vancouver use 100% renewable energy and have no operational greenhouse gas emissions by 2025 and that all new buildings achieve these outcomes by 2030.

Carbon Neutral Boston

4 Ways Cities Can Become Climate Heroes
A description on the four actions cities should focus on to have the maximum effect on reducing greenhouse gases. The article warns against doing a little of everything. The four main areas cities should focus on are: decarbonize the grid; make buildings work better; change how people get around; and use less and waste less.

MIT Study: Energy-Efficient Construction the Key to Lowering Urban Carbon Emissions
The study analyzes how extensively local planning policies could either complement the Clean Power Plan (CPP) of 2015 or compensate for its absence. The CPP is intended to reduce greenhouse gas emissions from power plants. The take-home message is that cities can do a lot at the local level with housing stock.

Energy: Sustainable Communities
Instead of “greening” individual houses, entire blocks of homes are retrofit into a single efficient unit. To bring in renewable power, solar panels are installed on buildings throughout the area and send the energy to a smart microgrid. Excess solar energy will be stored via flywheels housed in a communal building.The residents will also share electric cars which will have access to more than two dozen local charging stations. These measures should reduce annual electricity consumption by more than half and bring carbon emissions to zero.

A Zero Net Energy Building Pilot Study: Low Energy Strategies for Weygand Residence Hall at Bridgewater State University
Residence Halls provide a unique educational opportunity for students, since they can learn about and experience a lifestyle that embodies sustainable practices and engages them as active participants in reducing energy use for the building. The Massachusetts State College Building Authority (MSCBA) and Bridgewater State University (BSU) took advantage of a Zero Net Energy Building (ZNEB) pilot study to research design strategies and building systems that will advance the planning and design of future residence halls. This study positioned BSU to implement several strategies that reduced energy consumption at Weygand Hall and provided lessons learned for future residential hall designs.

Getting to Zero: Final Report of the Massachusetts Zero Net Energy Buildings Task Force (2009)
The imperative is clear: we must find new ways to create clean and local energy, reduce our energy consumption, and remake our society to support a low carbon infrastructure. With buildings contributing close to 40 percent of greenhouse gas emissions and consuming 40 percent of energy in the U.S., energy efficiency and renewable energy technologies must become central to the way we design and build.

Businesses Want Stronger Clean Energy Mandates
As many companies across Massachusetts are embracing renewable energy as a business decision, it is essential that the state keep pace by strengthening policies that enhance access to clean energy.  The Massachusetts Renewable Portfolio Standard lays the foundation for clean energy investments by requiring utility companies to provide a minimum percentage of their electricity sales from renewable sources—ensuring the commonwealth invests in cost-effective, competitive, and local energy.

Energy Markets

Study Proves Clean Energy Can Power New England’s Future
The regional grid operator ISO-New England‘s long-awaited Operational Fuel-Security Analysis shows that more renewables, not more gas, will keep New England’s electric power system reliable – especially during winter cold-snaps. That supports what Conservation Law Foundation, and the markets, have been saying now for several years – New England doesn’t need more gas-fired power plants or expensive pipelines to keep the lights on and our homes warm on the coldest winter nights.

The Simple Reason Most Power Utilities Suck
There is one key fact about utilities that average people need to know in order to understand utilities’ dysfunction. US power utilities almost universally operate under what is called cost-of-service regulation (COSR). In a nutshell, they make money by building stuff.

Electricity Prices Plummet as Gas, Wind Gain Traction and Demand Stalls
It is too late for coal. The rapid rise of wind and natural gas as sources of electricity is roiling U.S. power markets, forcing more companies to close older generating plants.

Fracked “Natural” Gas and Methane

Compendium of Scientific, Medical, and Media Findings Demonstrating Risks and Harms of Fracking (Unconventional Gas and Oil Extraction) (5th Edition)
Concerned Health Professionals of New York and the Nobel Peace Prize-winning group, Physicians for Social Responsibility released its report on the health risks and harms of unconventional gas and oil extraction. The report draws on news investigations, government assessments and more than 1,200 peer-reviewed research articles. It finds that fracking – shooting chemical-laden fluid into deep rock layers to release oil and gas – is poisoning the air, contaminating the water and imperiling the health of Americans across the country.

Effect of Methane on Climate Change Could be 25% Greater Than We Thought
The research re-affirms the scientific basis for focusing on carbon dioxide emissions, but also highlights that methane must not be ignored if the world wants to consider all options to curb global warming.

Natural Gas Is No Bargain
According to Efficiency Vermont, “the efficiency and cost savings of switching to heat pumps can be significant.” Not to mention that heat pumps can be powered from renewable sources, whereas “natural gas” is fracked methane that travels all the way from Alberta, Canada, and “when methane emissions are included, the greenhouse gas footprint of shale gas is significantly larger than that of conventional gas, coal, and oil.”

Climate Change Policy

Soil Carbon Restoration: Can Biology Do the Job?
This paper describes our current problems with weather extremes caused by atmospheric greenhouse gases and proposes a solution based on farming practices that can store and stabilize large amounts of carbon underground and will lead to healthier food, more resilient farms, and less extreme weather.