green building/design

Whether you’re a teacher, parent, school administrator, or homeschooler, you might be interested in taking a look at some of these online resources related to green/environmental education. These websites provide ideas for curriculum, lesson plans, and hands-on activities for teachers and students. Many of these resources are related to K-12 education, but some also apply to higher education.

Best Practices in Green Education (U.S. Green Building Council)

Center for Ecoliteracy

Center for Environmental Education

Children & Nature Network

The Cloud Institute for Sustainability Education

Earth Day Network: Educators’ Network

Eco-Schools USA (National Wildlife Federation)

EE-Link (from the North American Association of Environmental Education)

Energy Education: Teach and Learn (K-12 energy-related lesson plans and activities, from the U.S. Department of Energy)

Energy Kids (U.S. Environmental Information Administration)

National Energy Education Development Project

National Environmental Education Foundation

U.S. EPA Teaching Center and Environmental Education resources

U.S. Green Schools Foundation: Education/Curriculum

Outdoor education is an important branch of environmental education. The concept of “nature-deficit disorder” is described in the bestselling book Last Child in the Woods.

It’s especially important for urban youth, who may never have spent any time outside of their neighborhoods or cities, to be given opportunities to explore and learn in nature/wilderness settings. At-risk youth can benefit greatly from outdoor learning experiences provided by wilderness programs such as Outward Bound, as well as farm-based programs like those offered by the Center for Land-Based Learning.

For additional resources on green curricula, click here. And if you know of other useful resources related to environmental education, please share your suggestions in the Comments section below.

Related Post: Green Schools Resources and Links (mostly related to greening school buildings/facilities)

Share

October 4, 2010
2 comments

Green school buildings have multiple benefits and advantages, including:

  • reduced use of energy and water, and reduced materials waste;
  • lower operating costs, i.e., financial savings that can be used to fund other improvements or activities;
  • a healthier and more comfortable learning (and teaching) environment, resulting in better student performance (including higher test scores), improved health of all of the schools’ occupants (and therefore, fewer sick days), as well as more satisfied teachers and staff; and
  • new opportunities for on-site, hands-on environmental learning.

Whether you’re a teacher, parent, student, school administrator, or building professional, you may be interested in learning more about green schools. Here is a listing of many of the key websites, organizations, guidelines, and initiatives related to green schools, with a focus on school buildings/facilities (design of new buildings, retrofitting existing buildings, as well as the daily operations and maintenance of the buildings). Most of these resources are related to K-12 schools, but some of the information also applies to higher education facilities.


Key Organizations and Information Websites

Collaborative for High Performance Schools (CHPS)

Council of Educational Facility Planners International (CEFPI)

Earth Day Network: Green Your School

Eco-Schools USA (National Wildlife Federation)

EnergySmart Schools (U.S. Department of Energy)

Global Green USA: Green Schools program

Green School Buildings website (U.S. Green Building Council)

Green Schools Alliance

High Performance Schools (U.S. Environmental Protection Agency)

LEED for Schools (Leadership in Energy and Environmental Design Rating System, USGBC)

U.S. Green Schools Foundation

For information on getting financing for green / energy efficiency projects, check out these sites: the National Education Foundation/ U.S. Department of Education’s Qualified School Construction Bonds, the California Energy Commission’s Energy Efficiency loans, PG&E’s School Resource Program (for schools within the PG&E utility area), and the DSIRE Database of State Incentives for Renewables and Efficiency. For additional links related to funding for green projects, see my post on Green Tax Credits, Rebates, and Other Financial Incentives.

Examples of Local and Regional Initiatives


Related Post: Green Curricula and Environmental Learning Activities (i.e., environmental education)

Share

October 1, 2010
[Click here to comment]

Reducing your water use has multiple benefits. In addition to helping to conserve and protect your community’s vital water supplies, saving water also helps you save money and energy.

According to the U.S. EPA, if all U.S. households installed water-efficient fixtures and appliances, the country would save more than 3 trillion gallons of water and more than $18 billion dollars per year.

Conserving water also conserves energy, because energy is used to treat, deliver, and heat water. If one out of every 100 American homes were retrofitted with water-efficient fixtures, that would save about 100 million kWh of electricity per year—avoiding 80,000 tons of greenhouse gas emissions: equivalent to removing nearly 15,000 automobiles from the road for one year. For additional information on the benefits of saving water, see this EPA webpage.

Low-flow fixtures have been on the market for a while. These days, there are also many ultra-low-flow fixtures that conserve even more water without compromising performance. The EPA’s WaterSense program labels ultra-low-flow, highly water-efficient plumbing fixtures that have been independently tested and certified to meet efficiency and performance standards. In addition to being approximately 20% more water-efficient than average products, WaterSense labeled products have been verified to perform “as well or better than their less efficient counterparts.”

To select the most water-efficient plumbing fixtures, you should look for products with certain flow thresholds. The following sections outline the thresholds to be aware of when selecting ultra-low water-use toilets, showerheads, and faucets:

HIGH-EFFICIENCY, WATER-SAVING TOILETS

Toilets are often the source of the most water use (and water wasting) within a home, accounting for nearly 30 percent of an average home’s indoor water consumption. If you have a toilet(s) that uses more than 1.6 gallons of water per flush (gpf)—as do almost all toilets installed before 1994—replace it with one of the following:

  • High-efficiency (or ultra-low-flush) toilet model that uses no more than 1.3 gpf (the current EPA WaterSense standard, as of 2010); or better yet, a…
  • Dual-flush toilet, which has a lower-flush button for liquid waste and a higher-flush button for solid waste; this type of toilet is common in Australia and Europe and is becoming increasingly popular in the U.S. (Dual-flush conversion/retrofit kits are also available to convert a regular toilet into a dual-flush.) Or even better, consider installing a…
  • Composting toilet, which uses little to no water for flushing.

In California, new legislation has mandated that all new toilets sold or installed in the state after 2014 must be high-efficiency toilets. At some point, federal standards might also be raised to this standard.

For commercial/office-building bathrooms, install ultra-low-flush (ULF) urinals in lieu of regular urinals.

[Click for MORE…]

Share

August 25, 2010
[Click here to comment]

Among LEED ND (Neighborhood Development) certified projects that have been built or are currently being built (i.e., construction is already well underway), the following have gotten the highest ratings. All of the developments listed here have achieved either a Gold or Platinum LEED rating.

UNITED STATES

California

Colorado

Connecticut

Maryland

New York

  • SALT (Syracuse Art, Life and Technology) District, Syracuse (Gold, Stage 1): Official Site

North Carolina

Oregon

Tennessee

  • Cummins Station: Gateway to Nashville (Gold, Stage 2): Official Site

Washington DC

CANADA

CHINA

  • Beijing Olympic Village (Gold, Stage 2)
  • Chongqing Tiandi Xincheng Development, Chongqing (Gold, Stage 2)
  • Wuhan Tiandi Mixed-Use Development, Wuhan (Gold, Stage 2)

For more information about LEED ND, as well as info about other certifications and resources related to green neighborhood development, see this earlier post:

Sustainable Neighborhoods and Communities: Certifications, developments, organizations, and websites

Share

August 5, 2010
[Click here to comment]

In these times of unnatural disasters—such as BP’s oil-hemorrhaging drill “spill,” as well as extreme weather events caused by increasing climate volatility—more people are seeking ways to reduce their carbon footprint: i.e., their consumption of fossil fuels (petroleum, coal, and natural gas). We are all essentially junkies—or oiloholics—who don’t know how to live without these substances.

Power plants (especially those that burn coal), transportation (particularly emissions from cars, trucks, and jets), and energy use for homes and buildings (e.g., for heating and cooling) are the primary sources of carbon dioxide emissions and other greenhouse gases, such as nitrous oxide and methane. [For detailed information on the percentage of emissions from different sectors, see the U.S. Energy Information Administration: Emissions of Greenhouse Gases Report and Architecture 2030’s data analysis.]

Until government and industry help shift our infrastructure and economy away from dinosaur fuels and into clean, renewable energy sources, we’ll never be able to get really “clean”—so we should all be pushing for government to end the huge subsidies and tax breaks for dirty energy industries and to support cleaner energy sources (e.g., local solar, wind, tidal power, biomass, and some types of biofuels—a topic for a future post). But we can also do a lot right now, in our everyday lives, to start weaning ourselves off the junk.

In addition to the most obvious steps that can be taken to reduce our direct use of fossil fuels and electricity generated by fossil fuels — such as driving as little as possible and conserving energy and water at home/work/school— there are lots of other ways that each of us can lessen our dependence on filthy fuels. You can do so in every area of your life, from choices you make for your home and household and yard and garden, to your vehicle/transportation, travelfood, and other consumer choices. For example, plastics and many household products (such as common cleaning products and personal care products) contain petrochemicals, most of which are toxic to humans and other animals, so it’s best to choose alternatives to such products (e.g., glass instead of plastic bottles/containers, and natural rather than synthetic chemical ingredients for household/personal products).

I’ve compiled this compendium of several online resources that list specific ways that we can start tackling our individual and collective carbon addiction, to gain a decent measure of independence from dirty energy sources:

Share

July 6, 2010
[Click here to comment]

Take a look at The Green Spotlight’s official Facebook Page for more frequent postings of brief news blurbs and recommended links. And if you have a Facebook account, please consider connecting to the page by clicking on the “Like” button at the top. Feel free to share links, recommendations, or comments with The Green Spotlight community.

Share

July 6, 2010
[Click here to comment]

If you’re thinking about doing a major renovation of your home or building a new home, I hope you’ll avail yourself of the growing number of resources on how to design and build houses that consume very little energy and that produce at least as much energy as they consume (i.e., net-zero-energy homes).

One of the most recent books on this topic is: Energy Free Homes for a Small Planet: A comprehensive guide to the design, construction, and economics of net-zero energy homes, by Ann V. Edminster (Green Building Press, December 2009). The publisher says: “Energy Free is designed to equip building professionals and homeowners alike with a toolkit for creating homes that use no more energy than they produce—this means homes that are free from the vagaries of energy-price fluctuations and that help to free society of the high political and environmental costs of fossil fuels. The author includes…step-by-step guidance on how to make decisions that will yield an energy-free residential project, whether a single-family home or multifamily building, new or existing, in an urban or a rural setting.” For more info about the book, click here.

One approach to designing and renovating homes so that they use very little energy is the Passive House approach, espoused by the Passive House Institute. The Passive House (or Passiv Haus) standard was originally developed in Germany. Passive houses are designed to reduce energy consumption by 80-90% compared to conventional houses. The first new home being built as a Passive House in California is a project of the Community Land Trust Association of West Marin (CLAM). The home, known as the Blue2 House, is an affordable second unit behind another home in Point Reyes Station; the main house was also renovated using some Passive House techniques.  CLAM is chronicling the home’s construction process and progress on a blog.

Other resources worth checking out include: GreenBuildingAdvisor.com, which has published several case studies of net-zero and near-net-zero energy homes; the Home of the Future program from the Sacramento Municipal Utility District (SMUD); the Department of Energy’s Building America program; and Affordable Comfort Inc.’s Thousand Home Challenge and Deep Energy Reductions programs.

Share

June 3, 2010
[Click here to comment]

Homeowners (and renters) are increasingly interested in making green home improvements, and they’re particularly interested in knowing which improvements have a low cost and a clear payback—i.e., a decent Return on Investment, or ROI. Here are some commonly agreed upon suggestions for relatively easy and economical projects that reap surefire savings (in energy, water, and dollars):

  1. Switch to LED and/or compact fluorescent (CFL) light bulbs. (Note: When buying CFLs, look for low-mercury products. Also, because CFLs contain mercury, they cannot be thrown in the trash; they must be recycled by a hazardous waste facility. Some stores, such as Home Depot, collect used CFLs. You can find other places near you that take used CFLs on Earth911.com.)
  2. Switch to WaterSense plumbing fixtures (e.g., dual-flush or other high-efficiency toilets, and ultra-low-flow faucets and showerheads). [MORE INFO here.]
  3. Switch to Energy Star appliances and electronic equipment when it’s time to replace old units. Install an Energy Star ceiling fan(s), to reduce or eliminate your use of air conditioning.
  4. Insulate your hot water pipes and water heater; and add insulation to your attic (and/or walls and basement).
  5. Have a home energy audit done to check for air leaks and identify other inefficiencies; a home performance contractor should then make the needed improvements. More and more companies are springing up to offer these services. (One of the first companies on the scene was Recurve, formerly called Sustainable Spaces.) You can search here for a contractor near you who has been accredited by the Building Performance Institute. If you live in California, check out the information provided by Energy Upgrade California.

For other ideas and helpful cost/benefit assessments, check out this new book: Green Sense for the Home: Rating the Real Payoff from 50 Green Home Projects, by Eric Corey Freed and Kevin Daum (Taunton Press, April 2010). Here’s the publisher’s description of the book: “When does a green home project make financial sense? The authors of this book provide the answer to this and other questions relating to the cost (and relative value) of environmentally friendly home improvements. They evaluate a wide array of projects, including insulating pipes, weatherizing doors and windows, composting and recycling trash, installing a solar hot water heater, installing green countertops, upgrading appliances, building with reclaimed materials, and installing radiant heat.”

Other recent books include Green Home Improvement: 65 Projects That Will Cut Utility Bills, Protect Your Health & Help the Environment by Daniel Chiras, PhD (RS Means) and This Green House: Home Improvements for the Eco-Smart, the Thrifty, and the Do-It-Yourselfer by Joshua Piven (Abrams).

A number of federal, state, and local tax credits, rebates, and other financial incentives are available for installing energy-efficient equipment or renewable energy (e.g., solar) technologies at your residence.

For additional information and tips on green home improvements and retrofits, these are some useful online articles and websites, most of which feature lists of cost-effective improvements:

If you’d like assistance with choosing and implementing your green home improvements or remodeling strategies, I am a green advisor who can provide this type of assistance through email consultations (or phone or in-person consultations). Click here for more info.

Share

May 6, 2010
3 comments

I’d like to let everyone know about these important new books, which were written by a few of my esteemed colleagues. Please click on the links below for more information about each tome:

Thriving Beyond Sustainability: Pathways to a Resilient Society, by Andres Edwards (New Society Publishers) — This book will be available in May (2010), but it can be pre-ordered now. Here’s an excerpt from the publisher’s description of the book: “Thriving Beyond Sustainability draws a collective map of individuals, organizations, and communities from around the world that are committed to building an alternative future—one that strives to restore ecological health; reinvent outmoded institutions; and rejuvenate our environmental, social, and economic systems. The projects and initiatives profiled are meeting the challenges of the day with optimism, hope, and results, leading the way in relocalization, green commerce, ecological design, environmental conservation, and social transformation.” Click here to read reviews of the book, the book’s Foreword (by Bill McKibben), Table of Contents, or an annotated bibliography.

Fundamentals of Integrated Design for Sustainable Building, by Marian Keeler and Bill Burke (John Wiley & Sons, 2009)— This book serves as an in-depth textbook for design students and a comprehensive reference for practitioners. It presents the history, issues, principles, technologies, process, and practice of sustainable building design, as well as case studies of model projects. In addition, it promotes active learning by providing design problems, research exercises, study questions, and discussion topics.

Share

February 25, 2010
[Click here to comment]