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August 28, 2006

Punahou named #1 Green School in America for 2006

In their list of the nation's top "Green" Schools, independant environmental and health newsletter "The Green Guide" placed Punahou School at the top. http://www.thegreenguide.com/doc.mhtml?i=115&s=toptenschools

The Top 10 Green Schools in the U.S.: 2006
by P.W. McRandle and Sara Smiley Smith

The pressure is on for kids to achieve high marks from a very early age, with college choices and future salaries hanging in the balance. But many schools are failing to prepare children on two fronts—by not providing them healthy environments in which to do their best, and by neglecting to integrate the environment into their curriculum, particularly in terms of outdoors learning and using the natural world as a teaching tool. A healthy school building is no small matter when nationwide asthma attacks result in 14 million missed school days each year and exposure to peanuts and tree nuts can prove fatal. Beyond eliminating allergens and chemical contaminants, schools need to better the conditions in which kids perform, offering more daylight (shown to boost test scores when glare and noise are eliminated), providing healthy meals, and cycling out stale air.

At the same time, parents, teachers and administrators are asking themselves if our model for teaching is so good, why are the people graduating from our premiere educational institutions making such shortsighted decisions about the world? By preparing children to take responsibility for the wellbeing of the natural world, schools provide our best opportunity in the long run to solve problems such as global warming. The green schools in this year's survey ensure students are grounded in the fundamentals and expand children's relationships to the wider, natural world. Whether it be maintaining lo'i in Hawaii, stocking salmon in a Northwest stream, or mapping the depths of Wisconsin lakes, these schools help build a child's sense of place in the world that goes beyond their SAT scores.

Healthy Minds in Healthy Schools
The indoor environment is critical when it comes both to improving academic performance and maintaining students' health. Whether at school or at home, children face cancer risks from breathing hazardous volatile organic chemicals (VOCs) that are every bit as serious as those incurred from breathing second hand smoke, according to a study in Environmental Health Perspectives (in press). Formaldehyde, which can offgas from plywood and pressboard furnishings, and 1,4-dichlorobenzene, found in mothballs and deodorizers, posed the greatest cancer risks, according to measurements from air samplers worn by teens in New York and Los Angeles. But by adhering to green construction standards, such as those of the U.S. Green Building Council's Leadership in Energy and Environmental Design (LEED), schools can remove the worst offenders from the classroom. Formaldehyde emitting particle boards, for example, can be replaced by no-VOC wheatboard. Mold reduction and use of green cleaning products will improve indoor air quality and help eliminate triggers for asthmatic attacks.

Proper nutrition is also imperative for children's health, especially given that 15 percent of kids aged six to 11 are overweight. While soft drink manufacturers have agreed to remove their products from school vending machines by 2009, many schools are choosing to keep soft drink and candy (and in some cases vending machines themselves) off campus. Some are taking the further steps of offering organic and fresher, local foods in their cafeterias, as well as organic gardens for kids to plant and harvest. At the Michael E. Capuano Child Center (see #7 below), teachers not only discuss nutrition in class, but sit with pre-kindergarteners at lunch to encourage them to eat vegetables and fruit.

In some cases, states are stepping in to mandate greener policies. New York requires schools to use green cleaners, while Kentucky has banned sales of non-cafeteria foods on campus and limits the fat and sugar content of drinks sold in elementary schools. And New Jersey requires that all new schools be built according to LEED standards.

Green design and construction can also increase natural light, which saves energy and improves children's test scores, according to studies done in Seattle, Washington; Fort Collins, Colorado; and Capistrano, California. And many schools save energy on the cheap by opening windows rather than switching on the A/C. "Getting the kids involved is key," says Karen Cozie, mother of a nine year old and 12 year old who've gone to Washburn Elementary (see #8 below), noting that they are developing greener habits like recycling paper and turning off lights in empty classrooms.

Saving the Earth, Boosting Grades
As small farms continue to be absorbed by larger ones and as suburbs swell, Americans are losing contact with their natural environs. Yet people have "an inherent affinity for the natural world," noted Stephen Kellert, Ph.D, professor of social ecology at Yale in Building For Life (2005, Island Press, $34.95). Kellert adds that this affinity, which he calls "biophilia," is a "weak genetic tendency whose full and functional development depends on sufficient experience, learning and cultural support," all of which schools are in an ideal position to provide. In giving students the chance to have an immediate impact on their surroundings through wetland restoration projects, removing invasive plants such as ivy and blackberry bushes, and similar projects, the green schools below are not only improving their physical environment but also developing students' intellectual, emotional and physical capacities. Kellert notes that "young people need to engage the natural world repeatedly and in multiple ways to mature effectively."

At some of our top schools, parents have trouble prying their kids away from the land. Susan Englander, whose 19-year-old son Jacob attended One World Montessori (see #10 below), said her son's first choice for a college was Deep Springs, a two-year college and a ranch, which requires students to get up at 4 a.m. to milk the cows and make their own butter before attending courses.

The Criteria
To update our 2005 list of green schools, this April The Green Guide sent out invitations to over 2,500 schools to participate in its 2006 green schools survey, garnering in-depth responses from 67 of the most environmentally-committed K-12's in the U.S. The survey covered 10 categories, listed below, with up to 10 points awarded per category, for a maximum of 100 points.

1. Green Building and Construction: We asked administrators if the school was built or remodeled using LEED guidelines, if it received certification and, if so, what level (standard, silver, gold or platinum). Seventeen schools were built—and three remodeled—according to green standards. We also checked if the green factors below were considered:
a) Site Location
b) Indoor Air Quality
c) Energy Efficiency
d) Material Selection
e) Waste Management

2. Electricity Supply: Almost 40 percent of U.S. emissions of the greenhouse gas carbon dioxide (CO2) comes from electric utilities. We asked about use of renewable energy to reduce CO2 output, specifically whether schools had on-site or off-site solar, wind, hydroelectric or other sources of energy. On-site solar proved the most popular; eight schools possessed it in some form.

3. Food: Here we asked whether schools offered organic food and relied on local growers, as well as whether they reused dishes and silverware. Twelve schools served organic food, while 18 had committed to using local sources. We also asked if the school allowed vending machines and, if so, what they contained (candy, chips, and soda on one hand, or juice, water, healthy snacks, and fruit on the other). Seventeen schools in our survey did not allow vending machines on campus and only seven allowed candy to be sold in them.

4. Recycling: Schools indicated if they had a recycling program and which materials, ranging from aluminum to ink cartridges, and electronic equipment to plastic, were recycled. Almost all schools surveyed had recycling programs covering many of the materials listed.

5. Procurement Policies: Institutions that commit to purchasing recycled, low-toxicity goods both help build the marketplace and maintain air quality and other green standards. We asked if the school had an environmental procurement policy and, if so, which factors it took into account. Factors included recycled content, life cycle analysis, energy use, water use, toxicity, length of usable life. We also left space for the school to mention other considerations. Twenty-three schools had environmental procurement policies, with recycled content and energy use the most frequently cited factors. We also asked if the schools looked for Green Seal certification for office and other products (only five did) as well as take-back programs for electronic equipment (17 here). Lastly, we considered methods of reducing paper usage, such as e-mailing newsletters and assignments.

6. Transportation: Recognizing that many of the new "box" schools lie some distance from city centers, adding considerable commute times, we asked about alternative options for faculty, students and staff, including carpooling, bicycle lanes and public transport. Since inhaling diesel fumes can damage lungs and trigger asthmatic episodes, we also checked if schools had a policy to prevent buses idling on school grounds—13 schools had such policies.

7. Environmental Curriculum: Connecting students' intellectual and emotional lives with their environs is one of the most significant outcomes a green education can have. As Stephen Kellert noted at a recent green schools conference, "the human brain is tied to sensory features and patterns in the natural environment" offering the chance to enrich the learning experience immeasurably by engaging kids in studies out of doors. Here we asked schools if they had an environmental curriculum and if so, what exactly it covered; almost two-thirds of respondents did have one.

8. Environmental Contaminants: This was the most detailed portion of the survey, with questions concentrating on threats to indoor air quality. We asked about the elimination of pesticides and whether the least toxic practices, known as "integrated pest management," are used indoors and outdoors. Twenty-two schools responded positively. Use of green cleaners reduces the exposure of staff, students and faculty to chlorine, ammonia and other caustic chemicals. Nineteen schools reported using them; half of those respondents relied on a third-party certifier like Green Seal to ensure the cleaners' eco-friendly status. Because of the widespread threats posed by lead in paint, asbestos, mold and arsenic in pressure-treated wood used in playground equipment, we checked on management policies for each of these contaminants. Finally, we asked about routine monitoring of air and water quality.

9. School Green Spaces: Flower and vegetable gardens, trails and woodland areas offer students unique learning opportunities, ranging from wildlife observation to planting and harvesting their own organic produce in "edible schoolyard" programs. We asked about varieties of green spaces, as well as landscaping with native plants (which helps reduce water and pesticide use). While 25 schools do prioritize using native plants, only four had edible schoolyards programs.

10. Environmental Quality: Once respondents had completed the questions above covering the range of environmental concerns, they were asked to rate their schools' overall commitment to environmental quality, from low to very high. Thirteen respondents selected low or moderate and 18 high to very high, while 36 did not respond.

The Top 10 Schools
On this year's list, our top 10 actually contains 11 schools, owing to two tied scores in the eighth and tenth places. Six of these 11 are public, indicating that environmental improvements are within reach of all schools, public or private. Nine of our previous year's top 10 are within this year's top 20; a lack of survey data accounts for the only missing school from 2005.

1) 1st Place: Punahou School (private), Honolulu, HI; score: 77.4
"Living on an island," says Dave White, seventh-grade science teacher at Punahou's Case Middle School, "we've got to feel the urgency now." Resources such as water, fuel, forests, landfill space and food, are all limited. And as White notes, in Hawaii, the rules for preservation and land use are a little different from those in practice elsewhere—Hawaii's environment contains a mix of native and exotic species. The same can be said of Case, from its waterless urinals to its photovoltaic arrays, the school mixes the commonplace with the unusual, offering students opportunities to test their limits, while ensuring a rigorous education in the fundamentals. Built according to LEED standards and likely to receive a gold level of certification, Case Middle School is just one part of the 75-acre Punahou campus, an institution now in its 165th year. Healthy eating is promoted across the entire campus, housing classes K through 12, and candy is kept out of vending machines. Green cleaning products and the elimination of pesticides indoors and out help maintain healthy breathing spaces. As for building and renovation, all future construction on Punahou's campus will be done to LEED standards as well. And as part of Punahou's ongoing environmental efforts, last year (2005-2006), the school held a school-wide summit on sustainability. At the four-day summit, students, teachers and staff developed food, energy, water, waste and transportation initiatives for the school to implement; results will be carefully tracked over the next five years.

For practical experience and community service, students can work on the Hawaiian plant nursery—White's "thing," as he calls it. Kids propagate and share with the community native Hawaiian hibiscus (Kokio ke'o ke'o), Ti plants, Kalo ("taro" root), milo seedlings and Ma'o (a Hawaiian cotton that's so pest resistant that mainland cotton growers are trying to crossbreed it with standard cotton). The lessons take root. Says parent Melissa Benjamin, "we drove by the Ala Wai Canal, and my older daughter said, ‘Look, there are the plants that we planted to help clean up the canal!'"

August 27, 2006

Hawaii 2050

According to the website http://www.hawaii2050.org,
"In looking forward to the future of our state, the objectives of Hawaii 2050 are to:
# Create a new state planning process that will:
(1) guide the decisions of our policymakers, our communities, and individuals to create a sustainable Hawaii; and
(2) reflect the collective values, priorities, and aspirations of residents throughout the State about the kind of Hawaii we want.

# Engage and involve as many residents as possible in an open and meaningful discussion about Hawaii’s preferred future.

# Establish a mechanism to ensure that our unique islands and way of life are maintained and sustained for current and future generations to enjoy."

Again, from the website,
"Background:
Hawaii 2050 seeks to engage in a dynamic and inclusive process, reaching out to all communities in a variety of settings to ensure maximum participation and communication.

Planning for a New Sustainable Hawaii:
The development of the Hawaii 2050 Sustainability Plan is long overdue. Hawaii has changed dramatically over the past three decades when the first Hawaii State Plan was adopted in 1978.
Today, there is an urgent need to assess the visionary guidance of the Hawaii State Plan in light of major global changes that have altered the lives of all of us who call Hawaii home. The Hawaii 2050 Sustainability Plan is one of the most comprehensive and important public policy and strategic planning activities embarked on by State government in three decades. The State Auditor has been designated to oversee this challenging task."

August 25, 2006

Guide to Green Electronics

Greenpeace International has recently ranked major electronics companies on their use of chemicals and recycling programs (if any) for their products. The findings were startling, and may make you think twice before buying that Motorola RAZR or a product from Lenovo (who recently acquired IBM's Thinkpad line).

Greenpeace looked at 14 major companies and ranked them on a comprehensive scale based on many catagories that deal with the use and policies regarding using chemicals to recycling initiatives and programs.

At the top are Nokia and Dell. These companies "believe that as producers they should bear individual responsibility for taking back and reusing or recycling their own-brand discarded products." Nokia also stopped the use of PVC (polyvinyl chloride) and BFRs (brominated flame retardants). Dell is trying to eliminate the use of these in their products as well.

The article goes on to say that "with a [an is implied] average score of only 4/10 it is clear that the electronics industry has a long way to go before it can make any claims to being a green industry."

The scores were as follows:
Nokia - 7
Dell - 7
Hewlett Packard - 5.7
Sony Ericsson - 5.3
Samsung - 5
Sony 4.7
LGE - 4.3
Panasonic - 3.3
Toshiba - 3
Fujitsu-Siements - 3
Apple - 2.7
Acer - 2.3
Motorola - 1.7
Lenovo - 1.3

You can read the full article at Your Guide to Green Electronics (or in Adobe PDF format) and view the detailed explanations and ratings for each company.

August 21, 2006

Bringing Sustainability Today

As we continue to enter into the twenty-first century, we are reminded everyday of the challenges and the problems that still plague us from the past.

Our world today, populated by over six billion people, is using up more resources than ever and is on the rise. With the price of oil skyrocketing, our dependence on it not declining, and this precious resource running out, we will soon need to evaluate the path that we are taking. Other natural resources are taking big hits as well—the Amazon rainforest, or the lungs of the world, along with many other forests are disappearing to make way for development and profit.

However, as we hurdle further into this century, we continue to make great advances. Although it may have taken a long time for us to recognize it, we do have the capacity and ability, if we devote ourselves to it, to reverse these problems.

For us to be able to reverse and change these problems of the past, we must find the people dedicated and willing to take it upon them to make a stance. I believe that we already have found those people.

But what it really boils down to is that sustainability is important. For all of us, it is our world, and it may be the only world that we’ll ever have. It is important, because we’re going to have to live in it and it’ll be the only world for our future generations.

The idea of sustainability only began with a few people. But the change will come as a result of many. Punahou School, recognized not only nationally, but also on the world stage, is leading the way towards a better future. By building the Case Middle School today, we have not only invested in today, but also for the future. And to further encourage sustainability across the campus, a web-log dedicated to provide information on the broad topic of sustainability was established and is currently being compiled through the help of students.

These moves and changes, along with Punahou School’s commitment for all future campus developments to be in accordance with LEED standards, is leading in its vision and ideas and is helping to bring sustainability to today.

August 11, 2006

The Omnivore's Dilemma

I've just finished reading Michael Pollan's book The Omnivore's Dilemma.. The book has three sections. The first is on industrial agriculture, which is where most of get our food, and which is predominantly based on corn. Pollan estimates that 80% of the food that most of us eat is either directly or indirectly a corn derivative, and tells why that should concern us. The second entry is a narrative of a couple of weeks he spent living and working on a successful organic farm. The third section is on hunting and foraging as food alternatives.

The summary makes this sound very dry. It isn't. Pollan is a very intelligent and very funny writer, and what he has to say in this book makes for dramatic - and I would say indispensable - reading. There's more information on his web site http://www.michaelpollan.com/omnivore.php

There's also a pretty good short video interview with him that you can see if you go to Amazon and search for the book.

Water for LIfe

The Honolulu Board of Water Supply has a very nice 30-page brochure called "Water for LIfe" that has sections on "How Oahu Makes Our Water," "Rain Forests and the Water Cycle," and 'Creating a Sustainable Future," among others. It's available at the offices at 630 S. Beretania Street. It's also available as a PDF on their web site: http://www.hbws.org. (Click on the link at the bottom of their home page.)

August 10, 2006

Water and Sustainability

Put together by the independant research firm Pacific Institute, out of Oakland, California, this site provides some basic information about Water and Sustainability. Topics include "Global Water Crisis", "Water Effeciency", "Water Privitization", "Water and Conflict", "Climate Change", and "Water for Schools". There is also some regional information pertaining to Califoria that serve as interesting case studies. Reports and research are also availible to view.

Altered Oceans

Overfishing, industrial pollution, and the destrction of wetlands are some of the unsustainable and unresponsible human actions that have helped to alter the state of the worlds oceans for the worse. The Los Angeles Times recently put together a wonderfully informative and interactive report about the grim reality of one of the greatest resources on earth, whose health is directly related to our health.
http://www.latimes.com/oceans

August 9, 2006

Hawaii's Energy Future

This site is about Hawaii's possible future incorporating alternative fuels to serve our energy demands. It talks about some efforts already happening around the states, and explanations on how methods harnessing energy work. Among the methods they explain are Geothermal, Landfill Fass, Biomass, Wind, and Biofuels which can be grown in Hawaii.

Among the methods they explain are Geothermal, Landfill Fass, Biomass, Wind, and Biofuels which can be grown in Hawaii. This site also explains energy saving methods such as Sea Water Air Conditioning (similar to our ice cooling system at Punahou School), and Ocean Thermal Energy Conversion.

Energy Conservation at Punahou School

Energy Conservation has been a concern to Punahou for generations. There are many ways that Punahou has developed facilities and proceedures that conserve energy. These steps to conserve help the whole community and often also save in energy costs to the school. The entry is an interview with Steve Piper and a spread sheet of energy consumption in 2004-2005.

Facilities & Grounds
Even before Case Middle School, many facilities on the Punahou School campus were built to take advantage of the natural resources. The Winne Units, designed by Vladmir Ossipoff, take advantage of natural lighting and the naturally cooling trade winds. Looking at the Winne Unit’s classrooms, you can recognize the large exterior windows that are above the hallways and walkways. These windows are situated to take advantage of the natural light that filters in and save on electricity and create a better environment. Another key feature of the Winne Units is the windows and large lanai doors that open to the outdoors. The windows and front door of each classroom allow for natural cross ventilation. For many years, this method created natural cooling for these units.

Another facility on the campus that was designed with natural resources in mind was the Athletic Complex. The locker room facilities are three stories underground. Architect, John Hara, used natural light in the locker room through the large skylights which cuts back on the use of artificial lighting and electricity consumption.

The current updating cycle for lighting at Punahou School calls for replacement of lamps, ballasts, and wiring, about every seven years; Bingham is being updated in the summer of 2006. These scheduled upgrades keep up with the advances in the technology of lighting, saving money on electricity and also creating a better environment in the classrooms.

Certain types of lighting facilitate better learning and an overall better classroom environment. For example, natural lighting is best but depending on the design of the building, it may not be the most effective. Full spectrum lighting is more natural than conventional fluorescent but uses more energy. Punahou School has considered this full spectrum lighting in the past. However, when studied closer, the full spectrum lighting was only a little more “natural” than other types and the cost of the energy outweighed the small gain. Older buildings are illuminated by a combination of natural light and fluorescent light.

Almost all the facilities at Punahou School are air-conditioned excluding some of the athletic facilities and the cafeteria. The new Case Middle School boasts an advanced state-of-the-art ice plant that creates ice during the night and allows the ice to melt during the day, which cools the air. This system of air conditioning also saves money on electricity as HECO charges less for electricity during off-peak hours and this system cuts back on peak hour usage.

The Eighth Grade Gates Creative Learning Center in the Case Middle School is equipped with photovoltaic technology. The cells mounted on the roof generate electricity, which is stored in batteries, and is then used over the course of the day. The panels keep the batteries charged up. At this time, only the Gates Learning Center is utilizing this source, and Kuaihelani will be connected soon.

Although the Case Middle School cost more than $60-million dollars, Punahou School was concerned with the benefit for the community as it made a cost-benefit analysis. Punahou School has committed itself to leading the way towards sustainability on the local level as well as the national level.


Energy Consumption
Punahou School as a whole is leading the way in many ways. The Dr. Richard T. and Hazel M. Mamiya Science Center in 1999 won an award from Hawaii Electric Company for the best use of energy. Now with the Case Middle School has been awarded a Gold certification from the United States Green Building Council for Leadership in Energy and Environmental Design (LEED). We can truly say that Punahou School is ahead of its time. However, in some ways, Punahou can improve and further limit its energy consumption.

For many years, there have been many myths and rumors concerning the amount electricity an average computer will use. One case of this myth is that leaving your computer on is better for the computer and its components. However, this is not true. In fact, just one computer left on overnight will use more electricity than a refrigerator. Although sleep or stand-by modes are advertised to use very little power, they still do use energy and this energy is wasted. Computers, as well, give off heat and also give off CO2. Today’s software allows computers to be automated so they can be timed to shut down and to restart.

On the current image (the copy of the operating system on a computer) set-up by the IT Department, computers are not set-up to automatically shut down at specific time. In computer lab environments like that in the basement of Cooke Library, software such as Apple Remote Desktop 3 can be deployed. Deploying this will allow an administrator to remotely manage both PC (Microsoft Windows) and Apple (Macintosh) computers and this makes shutting down multiple computers as simple as pushing a button, to some extent.

The attached document prepared by Karen Lovell give statistics on energy use by Punahou in 2004-2005 school year.
Download file


Information gathered on Thursday July 20, 2006, in an interview with Mr. Steven Piper, Director of Physical Plant at Punahou School discussing topics of sustainability.

Travis Dos Santos-Tam '09


Punahou's Water Usage

Punahou is unique in that the water used on campus comes from an artisian well on campus. To get information about how we use this water and statistics about our reduced water consumption, read this entry.

In 1996, after a study of water consumption, the State of Hawaii created rules and regulations that limited the annual amount of water used for private entities such as Punahou. At the time of the study, Punahou was consuming between 210,000 and 220,000 gallons of water a day per year. The State suggested that the school reduce that amount to 140,000 gallons a day per year. Though it would be simple for the school to not abide by these regulations and simply pay a fine every year, it was decided that being socially conscious was a priority. Because Punahou does not pay for their water, the decision was looked at as an investment to the environment. A compromise was reached in which Punahou would aim to use 158,000 gallons of water a day per year.

To figure out how to reduce water consumption, the Physical Plant had to analyze how water was being used at Punahou. The two areas that used the most water are grounds maintenance and bathroom/locker room facilities.

Before taking a closer look at the school’s water use, the sprinkler system at the school was operated manually. Time of day wasn’t always considered in deciding when to turn on the system, and sometimes it was accidentally left on overnight. To make the system more effective, the sprinklers were changed to low flow models and the system is active at night limiting water evaporation. Also, the plant material is being reviewed to further minimize the use of water. Bermuda grass is replacing the less water-hungry varieties of Seashore, El Toro, and Paspalum grasses.

To improve water efficiency in the bathroom and locker room facilities, the toilets, sink faucets, and shower heads were changed to low flow fixtures. The toilets now use 1.5 gallons of water per flush instead of the previous 3 gallons.

In the planning and construction of Case Middle School, great attention was paid to creating an efficient and sustainable facility. At the school, there is storage for 24,000 gallons of recycled water that is used mainly for irrigation. As this recycled water is used throughout the day, Case is able to conserve 35,000 gallons of water per day! Ka Punahou, the on campus spring, helps to keep the holding tanks full.

As grounds maintenance and bathroom facilities are the main consumers of water on campus, much consideration was given to how those facilities could be created in a sustainable way for Case Middle School. The landscaping consists of plants that require minimal watering, and waterless urinals save 5,000 gallons of water per day.

Today, Punahou School consumes an average of 140,000 gallons of water per day. With careful thought and planning, the Physical Plant has managed to reduce consumption by 60,000 gallons per day in five years, despite the increased total size of the campus and additional landscaping. There is even a goal to reduce the daily water consumption by 50%. Perhaps with an increased awareness and continued close technical attention to the matter, it will happen!

Statistics documenting the use of water on campus in 2004-2005 are in the attached document.
Download file


Information gathered on Thursday July 20, 2006, in interview with Mr. Steven Piper, Director of Physical Plant at Punahou School

Piper Grosswendt '07

August 8, 2006

Recycle Hawaii

http://www.recyclehawaii.org/

This is a really good website on the very basics of recycling. It has comprehensive lists and tips on what, how and where to recycle. This site also has lots of flyers and handouts on everything from used motor oil, to plastic recycling to cleaning up toxic waste sites. The only thing is this site focuses a lot on recycling in rural areas, which isn't as relevant to us.

This site has a lot of good resources on different types of recyling. It has recycling center locations, composting advice, toxin alternitive and clean-up tips. It also has links to government sites on recycling. It seems reliable because its run by a non-profit education orginization.

August 7, 2006

More Children's Books About Sustainability

http://www.azdeq.gov/function/education/read.html

This website has a long list of books about sustainability. They are divided into 3 sections:
1. Books for younger children and students
2. Books for older children and young adults
3. Books for teachers, parents, and adults
A brief annotated bibliography, as well as publication date and suggested age range are provided for each title.

Sing Along for Sustainability!

http://www.earth911.org/master.asp?s=kids&a=kids/songs/songs.asp

Every classroom has musical learners, and what better way to learn about the environment than singing! This site has fun songs about sustainability, re-written to match popular tunes. You can even use Windows media player to hear the song!

Children's Books About Sustainability

http://www.epa.state.oh.us/kids/html/book_nook.html

This site has an annotated bibliography of some books that would be good to introduce children to the idea of sustainability. Most of the books we have already heard of (The Lorax, Magic Tree House Rainforest Research Guide, etc.) but there is also a list of 75 books (without summary) that are useful too.

Craft Projects You Can Make with Recycled Materials!

http://www.make-stuff.com/recycling/index.html

This website shows you many different craft projects you can make with items that you might otherwise throw away! So if you can't put it in the recycle bin, you can at least re-use it! Find many creative projects to make using film canisters, CD cases, berry baskets, baby food jars, tuna cans, and even garden hoses! Instructions are also included on how to make your own recycled paper.

Remarkable Recycling Facts

http://www.clearwater-fl.com/gov/depts/solid_waste/docs_pub/facts.asp

This site has some great facts about the resources we save by recycling paper, plastic, aluminum, and steel. Just skip over the parts about recycling locations in their city to find useful facts such as: recycled plastic is made into clothing, flower pots, and car bumpers. Recycling one aluminum can saves enough electricity to run a TV for THREE HOURS! The steel from recycled appliances in just one year could build 160 football stadiums! This site really shows what an impact your recycling makes.

August 1, 2006

Recycle Hawaii

http://www.recyclehawaii.org/
This site gives an incredible amount of information and research on how Hawaii is taking care of our waste. It shows what different opportunities Hawaii has and how we are taking care of things. It also gives out many different resources and websites.

Recycle Hawaii

http://www.recyclehawaii.org/
This site gives an incredible amount of information and research on how Hawaii is taking care of our waste. It shows what different opportunities Hawaii has and how we are taking care of things. It also gives out many different resources and websites.

Trash Goes To School

Trash Goes To School website gives ideas for all kinds of different projects to reduce waste. They are categorized by age and it also gives a lot of background information on how it will help. It is very easy to navigate through and the ideas are useful, fun and realistic.

Facts on Fuel

http://www.factsonfuel.com/

I saw a commercial for this site on CNN. It is consumer info and also contains background scientific information on oil, natural gas, and new energy technologies. Geared towards adults, suitable for high school research.

Igniting Creative Energy Challenge

http://www.ignitingcreativeenergy.org/index1.html

This is a national challenge with competitions for K-5, 6-8, 9-12, and faculty. The prize this is year is a trip to Hawaii (oh well) but perhaps some of you would like to enter anyway?

Link Page...LOOK AT IT!

http://www.energyquest.ca.gov/links/index.php?pagetype=energyed#energy

GO TO THIS WEBSITE. THERE ARE ALL KINDS OF GOOD LINKS. JUST GO TO IT.

The Energy Story

http://www.energyquest.ca.gov/story/index.html#table

Learn about all kinds of energy on this California Energy Commission educational site. Click on the chapter you want to read about. I remember doing an energy project in Mrs. Lam's eighth grade science class for which I had to find out the basics of every known energy source and then give a research presentation about a specific one that I was assigned to. I wish I had this web address back then!

This site is excellent because it contains easy to understand scientific explanations of all different kinds of energy. Written like a middle-school science textbook with illustrations.