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The Composter Newsletter
Solana Center for Environmental Innovation

Solana Center

November 2009
In This Issue
Upcoming Workshops
Congrats Grads!
Day Without a Bag
Upcoming Events
Worms!
Composting at SDA
Why should I compost?
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Spread the word about composting!

Forward this issue to a Friend

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Upcoming
Workshops

Diane instructing Quail workshop
All workshops are FREE
and open to the public

Yoga Swami
Saturday, December 5th, 2009
12 p.m. - 2 p.m.
912 S. Coast Hwy 101
Encinitas, CA 92024

San Diego Zoo
Saturday, January 9th, 2010
8 - 10 a.m.
Otto Center, 1 block south of main entrance
Backyard Composting and Vermicomposting
*registration limited to 25*

San Diego Botanic Gardens (formerly Quail Gardens)
Saturday, January 23rd, 2010
10 a.m. - 12 p.m.
230 Quail Gardens Drive
Backyard Composting and Vermicomposting


Click here to Pre-Register!

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Congratulations to Our New Master Composter Graduates!
MC Course F09

30 students completed the Master Composter Course this Fall in Encinitas! Congratulations to all of our graduates!

The next course will be in the Spring in the City of San Diego. Stay posted to our website for the dates and times of this upcoming course!
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Solana Center for Environmental Innovation
137 N. El Camino Real
Encinitas, CA 92024
(760) 436-7986
www.solanacenter.org

Visit the Solana Composter Blog!

Become a Solana Center Volunteer!
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 Day Without A Bag

Thursday,
December 17th, 2009
5-7pm

Day Without A Bag

Get your free reusable bag at grocery stores and pharmacies throughout Encinitas.
Sponsored by participating retailers and the City of Encinitas.
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"Rotline" Question of the week:

If it's cold outside, will my compost bin still heat up?

Click here to find out or lend your expertise and experience.
 
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Upcoming Events
class
Electronic Waste Collection Event
Saturday, January 30th, 2010
9am-12pm
at the Solana Center


Accepted items: Monitors, laptops, televisions, DVD players, telephones, cell phones, computers, PDA's, copiers/printers, fax machines, and much more...
We DO NOT accept: household hazardous wastes, batteries, large household appliances, & CFLs
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Wriggle your way into my heart!
Different kinds of worms that compost

"Earthworm" is the common name for over 2,500 species of Earthworm. But not all species are suitable for vermicomposting or the compost bin. Earthworker worms do not eat a large volume of organic material, do not reproduce well in confinement, and do not thrive when their burrow systems are disturbed. Vermicomposting worms on the other hand, reproduce quickly, eat large amounts of organic material, and tolerate disturbance.

red wigglerRed Wigglers
Eisenia fetida
Red wigglers are the most common type of vermicomposting worms. They are rust brown in color with striping between segments. Adults can grow to about 3 inches in length, they prefer temperatures between 59-77 degrees F, and cocoons hatch between 35 and 70 days. Red wigglers work well for vermicomposting because of their high reproductive rate, ability to survive in varying conditions, and because under perfect conditions, they can eat their body weight in food everyday. Red wigglers are not soil dwellers and will likely perish if added to a garden.

Red TigerRed Tiger
Eisenia andrei
The tiger worm is a close relative of the red wiggler and shares very similar vermicomposting abilities. They are dark red or purple in color and can grow up to 3 inches long. They prefer temperatures between 64 and 72 degrees F and can process large volumes of organic material. They are often not separated from red wigglers by commercial growers.

Red WormRedworms

Lumbricus rubellus
This worm works well for vermicomposting and bait as well. It is said to be irresistible to fish. This worm is dark red to maroon in color with no striping between segments. They can grow up to 3 inches in length and prefer temperatures between 64 and 72 degrees F. Redworms cocoons hatch in 12 to 16 weeks. This worm can potentially do double duty as a vermicomposter and earthworker.

NightcrawlerNightcrawlers
Lumbricus terrestris
Nightcrawlers are not ideal worms for vermicomposting bins. Nightcrawlers are deep dwellers that can burrow up to 6 feet into the ground. Nightcrawlers do not like their burrows to be disturbed and prefer temperatures around 50 degrees F. They can grow up to 12 inches in length and prefer to eat leaf litter and mulch. Nightcrawlers are earthworkers, performing  an important role in soil mixing, taking organic matter from the surface into deeper layers of the soil.

For more information on worms, please check out The Worm Book by Loren Nancarrow or Worms Eat My Garbage by Mary Appelhof (available at the Solana Center). For a list of worm retailers in the San Diego area, please click here.


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Zero-Waste High School
San Dieguito Academy
by: Mariesa Acosta

MariesaAs an intern with the Solana Center, I am concentrating my year's research on the impact of composting and recycling programs on the volume of a school's total daily waste. The first school that I have been involved with is San Dieguito Academy, located in Encinitas. Initial research showed that SDA students throw away an average of 198.2 lbs of recyclable materials daily. This includes items such as bottles, cans, paper, and 116 lbs of compostable materials. When projected, this data shows that SDA throws away 37,063 lbs of recyclable materials annually. These outrageous numbers sparked the interest of the school's environmental club, Project Zero Waste. Senior Sean Fogarty and Junior Alexa Shapiro have led the club's movement to introduce school-wide recycling and composting programs in order to improve these statistics.
           
Through working with the Solana Center, and with donations by the City of Encinitas, our first big step was the introduction of the Smith and Hawken Biostack compost bins to the SDA Garden. Eight in total, these Biostacks were donated to SDA as part of the Master Composter Training Course, classwhere local residents are taught to be fluent in every aspect of composting. Throughout a five week course, SDA student Sean and I, along with thirty-five other San Diego county residents, learned everything from the basic components of static composting, to the delicate circumstances required for vermicomposting, and even the intricate workings of large-scale composting, such as at the Miramar Greenery. The Biostacks were filled and turned weekly. This hands-on learning approach really helped both me and the students at SDA to begin understanding the potential of composting at their school.
 
SDA Worm BinThe next step along our journey was the establishment of a large vermicomposting bin. The Encinitas Rotary Club donated funds and volunteer hours to Solana Center for the construction of a large school worm bin for SDA. With the involvement of SDA students, Solana Center workers, and thanks to the donations by the Rotarians, an 8-foot long vermicomposting bin was constructed on site at the SDA campus, and ten pounds of red wigglers, a composting worm, were added to the bin. Worm tea and finished compost harvested from SDA's bins will be used in the school garden.

So far, our hard work has been paying off. Now there are three forms of recycling available to the SDA student body: recycling, composting, and vermicomposting. With even further involvement of the SDA Garden Club, the Culinary Arts program, and even the kitchen and landscaping crews, this school hopes to completely close-the-loop and truly become a Zero Waste School.

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Have composting questions??
Ask the "Rotline"! Click here to email your question or call (760) 436-7986 ext. 222.

Be sure to check the Solana Composter Blog for the "Rotline" Question of the Week!

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Why should I compost? I'm not growing vegetables.
By: David Emmerson, LCCHS Science Teacher and Solana Center Master Composter

Kitchen waste, yard clippings, paper, coffee grounds, and other organic materials that are produced in the home are all considered "biodegradable". This term has a positive connotation, especially to us environmentalists. It means that they can be broken down into their raw materials by a variety of living organisms such as microbes (helpful bacteria, protozoa and fungi), earthworms and many different arthropods. Many of our choices at stores are based on purchasing materials that will biodegrade or "rot".  The theory is that the materials will then be reincorporated as plant nutrients and find their way back into the food chain in a healthy ecosystem.
 
In the United States and in many other developed countries, we over-produce and generate a lot of waste. We have become a throw-away society, keeping our homes neat and tidy by either rinsing things down our drains or putting wastes in plastic bags out on the curb where it all goes out of sight, out of mind. The illusion is that we have solved our problems and shouldn't worry because the waste will biodegrade on its own. We sometimes further the cause by putting "green" waste into special bins to be picked up separately to be kept out of landfills. However, most of us don't realize is that almost all of the biodegradable material that we flush, rinse or throw out is going to end up breaking down in an anaerobic environment either as sewage sludge or in most cases in landfills. The separated green waste most often gets used as ADC, "Alternate Daily Cover" to top off the day's trash which is then layered over the next day, so it gets buried anyhow. Locally, the cities of San Diego and Oceanside have composting facilities where green waste collected at the curb can be taken to be composted or mulched. But if you do not live in those cities or in an area where composting facilities are available, you do not necessarily keep it out of the landfill by separating it.

Continue reading the article by clicking here.

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