Wednesday, June 30, 2010

Tampa restaurant grows green partnership with community garden - St. Petersburg Times

Tampa restaurant grows green partnership with community garden

Tampa restaurant grows green partnership with community garden

By Justin George, Times Staff Writer
In Print: Friday, June 25, 2010


Greg Baker, right, co-owner of the Refinery restaurant, shucks corn that will be included in that week’s menu while employees Eddie Shumard and Barbara Rosenthal prepare the night’s dinner.
Greg Baker, right, co-owner of the Refinery restaurant, shucks  corn that will be included in that week’s menu while employees Eddie  Shumard and Barbara Rosenthal prepare the night’s dinner.

[Photos by STEPHEN J. CODDINGTON | Times]

SEMINOLE HEIGHTS

Greg Baker experiments once a week, mixing and matching whatever the earth gave him into a dish fit for the ever-changing menu at the Refinery.

He clears Thursdays of distractions so he can focus as his tattooed forearms move up and down, chopping and stirring. It would be much easier if Baker relied on ingredients readily available at the supermarket like farmed shrimp from Thailand or tomatoes grown in Mexico, rather than purely Mother Nature.

Linda  Ketley, left, and Jean Cothron spread mulch at the Seminole Heights  Community Gardens, which partners with the Refinery.
[DANIEL WALLACE | Times (2009)]
Linda Ketley, left, and Jean Cothron spread mulch at the Seminole Heights Community Gardens, which partners with the Refinery.

But here, like a growing slice of Tampa area restaurants, the mantra is: local, local, local.

So local, indeed, that they partner with area farmers to supply fresh ingredients, adjusting their menus based on the season.

The Refinery, on N Florida Avenue just south of Hillsborough Avenue, has a circle-of-life partnership with the Seminole Heights Community Garden, on Violet Street, just a nine-minute walk away.

Here's how it works: The restaurant sets aside some garbage, including peels, coffee grounds, eggshells and vegetable waste, then sends a few bucketsful to the garden every day for composting. In exchange, garden members donate to the restaurant whatever they don't sell or use during harvest.

Also, the Refinery's sous chef, Eddie Shumard, persuaded the Suncoast Food Alliance, a marketing and distribution company of locally grown products from 14 farms in Sarasota, Manatee, and Charlotte counties, to deliver produce to the restaurant, as long as other Tampa restaurants joined in on the agreement.

So far, just three local restaurants — the Refinery, Cafe Hey and SideBern's, both in South Tampa — have agreed to partner with the alliance. Organizers hope that more will join this fall.

Still a number of restaurants apparently have other connections. Downtown, Pizzaiolo Bavaro boasts that its ingredients are either imported from Italy or locally grown. Upscale Mise En Place gets its vegetables from a Lithia farm. Cafe Dufrain on Harbour Island posts a symbol on its menu marking dishes made with sustainable, local or organic produce. On customary tours of Bern's Steak House, tuxedo-wearing waiters tell customers that what they ate came from nearby farms.

At times, the Refinery has used exotic Seminole Heights homegrown broccoli leaves, leafy chards or dinosaur kale, adding a certain zeal to Baker's experiments. Servers make it a point of pride to tell customers that a dish was grown by neighborhood gardeners.

"It's a very small amount," Michelle Baker said of the Seminole Heights produce. "We had to mix it with other things to make it stretch. But there's a little bit of pride from using a little bit of it."

Restaurants that use locally grown ingredients are not new, especially in cities such as Portland and Austin, Texas, both places the Bakers have spent time. But it's more trendy to go organic green these days after consumers have been exposed to the onslaught of scare-me-out-of-eating documentaries such as Food, Inc. and Super Size Me, as well as the nonstop health studies repeatedly reminding us of dangerous pesticides, hormones, corn syrup and fill-in-the-blank additives.

What followed was a backlash of restaurants going "local" to feed off of the frenzy. And there's good reason people value local ingredients, Greg Baker said. Vegetables are most nutritionally dense within three days of harvest. Seasonal farming lets the ground rest and recharge itself, protecting a sustainable food source for generations to come. Buying locally supports area farmers.

It's also what Americans did before food got frozen, sterilized, artificially preserved and freeze dried.

"Food is such a personal thing that the frozen-food aisle has stolen from us," Michelle Baker said.

Still, the concept of restaurants using local produce is relatively new in the Tampa Bay area, said John E. Matthews, who owns the Suncoast Food Alliance. He noted that the region is behind compared to New York and cities out west.

In March, the Bakers visited Asheville, N.C., and noticed menus identifying where food originated.

Greg Baker still talks about a small Asheville cafe he visited that had a restaurant garden on-site and the slogan "delivering food with feet, not fuel."

The setup is ideal. The Bakers hope that their efforts with the Seminole Heights Community Garden have the same effect in reducing restaurant waste and helping the environment.

Trade agreements similar to the one the Refinery has with the community garden have occurred in cities such as Indianapolis, Fresno, Calif., and Montgomery, Ala., over the last few months.

Community gardens have sprung up in East Tampa, the University of South Florida and Sulphur Springs. Metropolitan Ministries and several civic groups are planning one in Tampa Heights that would help the homeless learn job skills and raise money for youth programs.

The Seminole Heights garden is in its second year, providing its members a plot of land where they can meet their neighbors, gain a green thumb and grow something they can sell or eat with pride.

"I think it's wonderful," said Linda Ketley, who owns the garden site, "and I think that was their intent all along to grow wonderful organic vegetables and sell them to area restaurants."

Ketley, who is 60, grew up in land-limited London, where she remembers community gardens everywhere. In Seminole Heights, the garden is more of an amenity than a necessity, but one with a purpose: growing momentum for sustainable farming and environmental stewardship.

The Refinery gives the garden a longer reach by exposing its customers to homegrown food that could inspire them to cultivate, too.

"Here's the chance to give wonderful organic vegetables to people who have never had them," Ketley said.

Justin George can be reached at (813) 226-3368 or jgeorge@sptimes.com.


[Last modified: Jun 24, 2010 01:01 PM]
Copyright 2010 St. Petersburg Times

Biofuel Energy Sources

Non-Food, Second Generation Biofuel Energy Sources:
HDSR Trees and Camelina

For food security, fuel is required. The fossil fuel oil business is "antiquated, dirty, dangerous and corrupt," stated Josh Tickell, UN Goodwill Ambassador of Renewable Energy, author and filmmaker of FUEL. For the sake of the environment and humanity, sustainable, compassionate alternatives are urgently required. Two high-value agricultural opportunities for communities throughout the world. These involve:

  1. HDSR Trees - high-yield biomass
  2. Camelina - a sustainable oilseed crop
Evidence-based agricultural solutions are required to reduce our dependence on foreign oil and greenhouse gases; create green collar jobs; and address the world food crisis. Both Camelina and HDSR trees are the two evidence-based agricultural solutions that are addressing these needs and available now. They both:

1. Grow on marginal land, unsuitable for food crops, with low water and other input requirements.
2. Revive marginal, unused land by improving soil quality.


Complimentary Consultation

Learn more about both HDSR tree and Camelina through the overviews below. Then phone Deborah Dupre on (+1) 310.310.1997 for a complimentary consultation with her bio-energy associate who is happy to answer questions about these valuable opportunities to help ensure local, sustainable fuel production.

Soon, you, too can be farming these evidence-based, non-food, biofuel feedstocks that to reduce your community's and our planet's dependence on fossil fuel. You, too can be joining singer and renewable energy advocate, Neil Young in saying, "It's one of the most patriotic things I've ever done." (FUEL 2008.)




HDSR Tree Overview


A High-Density, Short-Rotation (HDSR) tree is a fast growing tree (up to 60 feet in 2-3 years) with high yield of cellulosic biomass per acre. One HDSR tree species was selected due to its variety of exceptionally valuable properties:
  • High yields
  • Regenerates from its own stump after harvest
  • Tolerance of poor quality soil and irrigation water
This species' fast-growing, deep taproot can penetrate 40 feet or more, drawing nutrients, water, contaminants and heavy metals from subsoil to the surface feeding the plant. Its extensive mat-like lateral root system draws from upper soils in an area up to twice the size of the crown of the tree and 12-36 inches deep.

IMPORTANT NOTE: Some HDSR species are known to be highly invasive, making them unsuitable for biomass production. The species and varieties chosen for industry, however, do not produce viable fruit/seeds, rendering them virtually sterile. These trees have been widely used in lumber plantations where they have been demonstrated as completely non-invasive.

Due to its fast growth and aggressive rooting, over the past century, this tree has been extensively used to:
  • Stabilize highly erodible land
  • Phytoremediate contaminated land

Evidence-based
  • Over 20 years, there has been intensive research and development related to the HDSR trees' ability to uptake nitrates, heavy metals, and land contaminants.
  • University of Kentucky and University of Maryland published several papers on exceptional characteristics for mine site reclamation and soil stabilization.
Energy crop

  • Various North American Universities have confirmed wood characteristics, growth properties and soil and climate preferences of this HDSR species.
  • Genetically superior varieties we offer have been successfully proven viable energy crops, based on studies showing their effectiveness for producing Ethanol via Acid Hydrolysis, Thermochemical, Pyrolysis, and Gasification processes.
  • This species provides high density of biomass per acre required for cellulosic biofuel production and other energy uses.
  • This species can be grown on land not used for food production, eliminating the food versus fuel debate.

Renewable Energy Benefits:
  • Regenerates from its stump after harvest so there is no need to replant
  • Land and surrounding area are not devastated after harvest, making this tree a truly renewable resource
  • Massive leaves absorb large quantities of airborne contaminants and sequester carbon, thereby emitting clean, naturally filtered oxygen to the atmosphere
  • Perfect for reforestation
  • Extensive root system stabilizes soil and remediates land
  • Superior uptake of nitrates, heavy metals, contaminants and other elements from hallow and deep sub soils
  • High conversion ratio of nutrients, carbon and other elements to wood fiber
  • Excellent sequestration of carbon dioxide from the air
  • Tolerates wide range of climatic and ecological conditions with low fire risk
Deborah Dupré AEPI's commitment to worldwide fossil fuel oil independence led it to its collaboration with the world leader in developing and producing the world's fastest growing biomass tree for an energy crop.

Truly sustainable
  • Harvesting on an annual basis and then allowing the tree to re-grow from its own stump crates a truly sustainable biomass plantation.
  • Once the trees are established, ongoing plantation maintenance is simple, including fertilization and irrigation (as needed, depending on natural rainfall and age of trees).
  • Natural fertilizers (animal or human waste) can be used to decrease petroleum-based inputs to the plantation.
  • High density of biomass produced per acre allows for many different uses for the biomass including local production of bio-power, biofuel, and other biochemical.

For more information about how you can become a HDSR plantation owner or investor, email info@ecopeaceinternational.com or phone (+1) 310.310.1997 for a free consultation.






Camelina Overview


Another important new player "fueling" the alternative energy market as fossil fuels continue falling short is Camelina:
  • Is an oilseed crop in the Brassica family
  • Is now grown throughout U.S. and Canada where the oilseed is crushed to produce biodiesel
  • Over 10-million road miles have already been grown in U.S. with plans to boost this production to 100 million gallons by 2012.
  • U.S. Energy Bill signed at end of 2007 increases Renewable Fuels Standard (RFS) to 36 billion gallons by 2022.
  • Airline demonstration flights using Camelina biofuel, and subsequent flights confirm the Camelina 2nd-generation biofuel's operational performance capabilities and commercial viability.

Camelina provides sustainable, low-input, biofuel feedstock that does not interfere with food production.

Camelina Benefits:

  • Virtually 100% efficient
  • Harvested and crushed for oil while remaining parts can be used for high-quality, omega-3 rich animal feed
  • Grows on marginal land, unsuitable for food crops and uses little moisture
  • Is an excellent rotational crop to break cycle of continuous, small grain crops requiring excessive petrochemical based fertilizer
  • Can enhance yield of subsequent crops such as wheat by up to 15%
  • Aids in reduction of weed and disease cycles
  • Camelina Biodiesel helps local economies, reduces need for foreign oil supplies on a national level, reduces gashouse emissions
Camelina's four significant advantages in the world of biofuel:

  1. Sustainability - Camelina is the only currently available biodiesel feedstock that is non-food, grows on marginal land, and requires little input, including water. (It is currently being grown in high plains desert with as little as 6-8" of annual rainfall.)
  2. Profitability - Provides high-quality oil for biodiesel production at a $0.o5/lb lower price than competing oil, while also compensating growers with a healthy return for their marginal land use. Equity investor return is in excess of 30% over 5 years.
  3. Scalability - 100 million gallons can be produced with only 1 million acres of Camelina production over the next 5 years; a very small percentage of suitable land available for production of the crop in the U.S., not to mention opportunities internationally.
  4. Flexibility - Makes an ideal oil for development of 2nd generation biofuel products including 'drop-in' transportation and aviation fuel.
Camelina is the only a 90-day crop that can be planted in the fall or spring, allowing the potential for double-cropping with other crops in summer months.
For more information on ways that you can become involved in this 2nd-generation biofuel opportunity and others, email info@ecopeaceinternational.com or phone our office on (+1)310.310.1997 to make an appointment for a complimentary consultation.

Monday, June 14, 2010

Texas AgriLife Extension Service

Texas AgriLife Extension Service

Texas AgriLife Extension Service offers practical, how-to education based on university research. It's available to any resident of Texas. You may read it in the newspaper, hear it on the radio, attend an Extension workshop, order a publication, or just call your county Extension office!

Programs | Volunteer | About | Careers | Employees

build a simple rain barrel

Maryland Environmental Design Program
Build a simple rain  barrel

What is a rain barrel?
A rain barrel is a system that collects and stores rain water from your roof that would otherwise be lost to runoff and diverted to storm drains, streams and the Chesapeake Bay. Composed of a 55 gallon drum, a vinyl hose, PVC couplings, a screen grate to keep debris and insects out, and other off-the-shelf items, a rain barrel is relatively simple and inexpensive to construct and can sit conveniently under any residential gutter down spout.

What are the advantages of a rain barrel?


Picture of rain  barrel Lawn and garden watering make up nearly 40% of total household water use during the summer. A rain barrel collects water and stores it for when you need it most -- during periods of drought -- to water plants, wash your car, or to top a swimming pool. It provides an ample supply of free 'soft water' to homeowners, containing no chlorine, lime or calcium making it ideal for gardens, flower pots, and car and window washing.

A rain barrel will save most homeowners about 1,300 gallons of water during the peak summer months. Saving water not only helps protect the environment, it saves you money and energy (decreased demand for treated tap water). Diverting water from storm drains also decreases the impact of runoff to streams and the Chesapeake Bay. Therefore, a rain barrel is an easy way for you to "Save the Bay" and have a consistent supply of clean, fresh water for outdoor use, FREE.

How Can I purchase a ready-made rain barrel?


Ready-made rain barrels can be purchased from numerous companies. Below are just a few (Listing does not constitute an endorsement by the Department of Natural Resources or the State of Maryland):

  • Arlington Echo (http://www.arlingtonecho.net/Newsflash/Arlington-Echo-Rain-Barrel-Update.html)
  • D&P Industries Incorporated (DPI) produces the Urban Rain Barrel. (503) 286-9866. http://www.therainbarrel.com/index.html
  • Spruce Creek Company produces the Spruce Creek Rainsaver. 1-800-940-0187. http://www.sprucecreekrainsaver.com/

How do I build a simple rain barrel?


Building your own rain barrel is relatively easy. The following approach is relatively inexpensive and hassle free (about $15.00 to build). All of the following materials can be purchased at your local home improvement center or hardware store.

You will need the following materials:

  • One 55-gallon drum
  • 3 1/2ft vinyl hose (3/4" DD x 5/8" ID)
  • One 4" diameter atrium grate
  • One ½" PVC male adapter (will be attached to bottom of rain barrel)
  • One 3" vinyl gutter elbow
  • Waterproof sealant (i.e. plumbers goop, silicone sealant, or pvc cement)
  • One 3/4" x ½" PVC male adapter (will be attached to end of hose and readily adapted to fit standard garden hose)
  • Teflon tape
You will need the following tools:

  • Drill with 3/4" bit (or use hole saw to cut 3/4" hole)
  • Router, jig saw, or coping saw
  • Measuring tape
  • Other items as needed

INSTRUCTIONS


Attaching adapter to bottom of barrel

    PVC male adapter

  1. Using a measuring tape, measure about 1 inch above the bottom of the barrel where the curvature along the bottom rim ends and the barrel side begins to rise toward the top. Using a 3/4" bit (or hole saw), drill a hole through the barrel.

  2. Screw the ½" PVC male adapter into this newly drilled hole. The hard PVC threads cut matching grooves into the soft plastic of the barrel.

  3. Un-screw the ½" PVC male adapter from the hole. Wrap threads w/teflon tape tightly. Coat the threads of the coupler with waterproof sealant. Screw the coated adapter back into the hole and let it sit and dry for 24 hours.

  4. Attach 3 1/2 foot vinyl hose to the PVC male adapter.

    Fitting atrium grate to the top of the barrel (filters out large debris)

    Fitting atrium  gate to the top of the barrel

  5. Using the atrium grate as a template for size, mark a circle at the center of the top of the drum (Locating the rainwater inlet in the center of the barrel allows the barrel to be pivoted without changing the position of the down spout).

  6. Drill a ½" hole in the inside of the marked circle. Use a router, jig or coping saw to further cut within the marked circle until the hole is large enough to accommodate the atrium grate (the atrium grate is used to filter out large debris). Make sure not to make the hole too big–you want the flange of the atrium grate to fit securely on the top of the barrel without falling in. Placing a scrap piece of fine mesh window screen inside or outside of the grate will provide filtering of finer debris and mosquito control.

    Cutting out a notch at top of barrel to hold adapter and hose

    Cutting notch in top of barrel

  7. Using a ½" bit or saw, cut out a notch at the top of the barrel rim (aligned so that it is above the outlet at the bottom of barrel). The notch should be large enough so that the coupler will firmly snap into place (see photo below).

    Elevating the rain barrel

    Modifying the  down spout

  8. The rain barrel is designed to take advantage of gravity. Water will flow from the vinyl hose when the hose is below the barrel. Therefore, place the barrel on cinder blocks or a sturdy wooden crate at least 15 inches from the ground.

    Modifying the down spout to divert water to barrel

  9. Modify the down spout with a gutter elbow to divert water into the barrel (see instruction sheet for details).

Alternative Design Considerations


Simple Rain Barrel

Steps 5 and 6 (using atrium gate) can be by-passed if your gutter filters water prior to entering rain barrel. Most gutter systems have screens to trap leaves and other debris. If you choose to do this, make sure that down spout is placed directly over the outlet at the top of the barrel.

Some rain barrel designs call for an on/off valve instead of adapter and hose. A good on/off valve installed from the inside of the barrel is a sound and sturdy option to minimize leaks. However, this would require you to cut out the top of the barrel to gain access to the inside, which may not be desired if you want to keep the barrel intact. Another option is to directly screw an on/off valve to the side of the barrel without access to the inside. These on/off valves are usually less sturdy and are subject to leaking and breaking. By using the PVC adapter with vinyl hose approach, as specified in this brochure, you have room for other design options if things fail.

Friday, June 11, 2010

Use Do-It-Yourself Tips for Natural Backyard Mosquito Control Systems

Use Do-It-Yourself Tips for Natural Backyard Mosquito Control Systems
Summertime means time for those pesky, disease-bearing mosquitoes and a fresh approach to getting a handle on natural mosquito control systems. Yes, systems, because it takes more than one earth-friendly method to manage mosquitoes and keep them from consuming people and pets.

Some people prefer hiring an exterminator, but they can be expensive and they use toxic chemicals on lawns and flowers which may harm pets and people alike. Do-it-yourself mosquito exterminating with natural products will rid the garden of these pests and provide healthful mosquito control throughout the summer. Mosquitoes are hosts to diseases affecting people like West Nile Virus and parasites that kill pets like heartworm. Protect adults, children and pets from being bitten by making mosquitoes a thing of the past with some of the best mosquito control systems and tricks.

-Place yellow light bulbs in patio lamps for use during evenings and at night during summertime. Orangey-yellow lights do not attract mosquitoes and other flying insects as readily as white bulbs.

-Wear dark colored clothes when working in the yard. Mosquitoes don't seem as attracted to them as to lighter colors.

Natural Products for Use as Mosquito Exterminators

-Add bacillus thuringiensis (BT) to the water in a pond, fountain or birdbath to kill larvae and aid in mosquito control. Standing water provides a breeding ground for mosquitoes. Even the most active waterfalls and fountains have slow spots behind plants and rocks which may become a larvae birthing ground. BT is a completely harmless natural substance that is safe for pets, fish, birds and wild life but is deadly to all kinds of larvae. It is available in liquid form or as a donut-shaped floating dunk for placing in water and may be purchased at gardening stores.

-Spray the entire yard including shrubbery monthly or more often with a mixture of natural pyrethrins, BT and neem oil for backyard mosquito control. The mixture also helps to manage fleas and ticks and to destroy any mosquito hideouts in hidden pockets of standing water.

-Burn citronella candles on the patio when dining out for backyard mosquito control. These candles secrete citronella oil which repels mosquitoes.

-Use a natural insect repellent on skin like neem oil. It's natural, non-toxic and goes a long way toward repelling not only mosquitoes but also other small, biting, flying insects. Neem has a strong odor, so testing it first is recommended.

-Bathe pets in neem shampoo to repel mosquitoes, ticks and fleas and to protect them from disease.

Old-time Zappers Work for Backyard Mosquito Control

-Resort to time tested mosquito exterminator devices like using an insect zapper to zap mosquitoes as they do a fly-by. If listening to mosquitoes sizzle on the coils during dinner is a problem, place the zapper far enough away from the eating area to muffle the sound.

Taking a combined approach to mosquito control in the backyard helps rid the area of disease-laden insects naturally and allows for comfortable outdoor living and entertaining with no fear of being bitten by mosquitoes.

Sources:

http://www.discoverneem.com/neem-sa...
http://www.health-care-clinic.org/a...
http://www.ext.colostate.edu/pubs/i...
http://landscaping.about.com/cs/pes...

Thursday, June 10, 2010

Welcome to GreenCentre Canada | GreenCentre Canada

Welcome to GreenCentre Canada | GreenCentre Canada

What We Do

GreenCentre Canada brings leading Green Chemistry researchers, international industry partners and commercialization expertise under one roof with a common goal of advancing Green Chemistry innovations out of the lab and into the marketplace. Working together, we transform breakthroughs in Green Chemistry into green products and industrial technologies that benefit the world.

GreenCentre Canada is endorsed by universities across Canada and by industries from across the chemical value chain.

Wednesday, June 9, 2010

Water Action Volunteers - Coordinators Resources: Tips for Trainers

Water Action Volunteers - Coordinators Resources: Tips for Trainers

Monitoring Training Tips and Train the Trainer Sessions

Image of people in a training sessionIt is recommended that each local program have a train the trainer session prior to their initial (or annual) training for volunteer stream monitors. A train the trainer session not only helps to maintain uniformity of sampling methods among volunteer monitors who use Water Action Volunteers' stream monitoring protocols, but it allows you, as the local coordinator, to orient those who will be trainers to the training site and schedule. Contact Kris Stepenuck to set up a train the trainer session for your local program.

To support these train the trainer sessions and to provide refresher for those who have been trainers previously, some tips sheets have been developed for trainers. Use links at the right to access tips for training how to monitor biotic index, dissolved oxygen, habitat assessment, stream flow, and transparency.

SSARE Integrated Pest Management for Organic Crops Course - Sustainable Agriculture Research and Education

SSARE Integrated Pest Management for Organic Crops Course - Sustainable Agriculture Research and Education

SSARE Integrated Pest Management for Organic Crops Course
NRCS field agent

Photo courtesy of USDA-NRCS.

This course is designed to achieve widespread incorporation of the principles and practices of sustainable agriculture in the training provided to agricultural professionals in the Southern Region. The Web-based course builds on the basic curricula provided by the National SARE Curriculum Project.

Course modules include:

Cultural Practices for Managing Crop Diseases
Cultural Practices for Managing Insect Pests
Cultural Practices for Managing Weeds
Overview of Biologically-Based IPM
Biological Control of Diseases
Biological Control of Insect Pests
Biological Control of Weeds
Overview of Monitoring & ID Techniques for Insect Pests, Weeds & Diseases
Use of Approved Pesticides in Organic Production
How to Conduct On-Farm Organic Pest Management Research

The course is free, self-guided and self-paced so you can complete them on your own schedule.

ENROLL NOW in Integrated Pest Management for Organic Crops at the eXtension online campus. To access the course, you must first register as a student in the eXtension campus site, and then enroll in this specific course.

Once you have set up your account, you can bookmark the eXtension campus home page and go there directly to log in when you are ready to start or continue the course. You don't need to come back to this page. Detailed information about the course, technological requirements, navigation, and continuing education credits are available at the course home page.

After you log in to the eXtension campus, click on CoursesAgriculture category → Sustainable Agriculture sub-category. Click on the course title.

Enjoy the course!

eXtension Campus Link ===>

Return to national continuing education program home page.

Toward a Sustainable Agriculture

Toward a Sustainable Agriculture

Welcome to Toward a Sustainable Agriculture, a curriculum for high school students!

The curriculum consists of 5 modules:

  1. Introduction to Sustainable Agriculture
  2. Corn, Beans, and Burgers: field crops in sustainable agriculture
  3. Flesh, Fish, and Fowl: animals in sustainable agriculture
  4. Apples, Beets, and Zinnias: sustainable horticulture
  5. A Growing Market: organic agriculture

Table of Contents

About the curriculum

Educators are welcome to adapt and reproduce sections of the curriculum for non-commercial use. This curriculum is a work in progress. We welcome your questions and comments. Please contact:

Diane Mayerfeld
Center for Integrated Agricultural Systems
1535 Observatory Dr.
Madison , WI 53706
(608) 262-8188 or 262-5200

To order a CD of the curriculum, please send a check for $5.00, payable to “UW-Madison CIAS” to:

CIAS
Curriculum Project
1535 Observatory Dr.
Madison , WI 53706

This curriculum was funded in part by a grant from the North Central Region Sustainable Agriculture Research and Education (SARE) Program.

RePVC™ Piping System

RePVC™ Piping System
PVC DWV Pipe with Recycled Content


RePVCRePVC™ Piping System is the first PVC DWV pipe that uses recycled content. This recycled content makes up at least 30% of RePVC™, while the inner and outer skins are made from virgin materials.

RePVC™ is a coextruded, solid-wall Schedule 40 pipe. While it has a green print line to highlight it being environmentally friendly, RePVC™ has the same benefits as other PVC piping systems. It is lightweight, easy to install and non-toxic. RePVC™ is manufactured to ASTM D 4396, ASTM F 1760 and is NSF listed.

Spreadsheets Across the Curriculum

Spreadsheets Across the Curriculum

link Spreadsheets Across the Curriculum at the Science Education Resource Center (SERC)
The SERC site publishes Spreadsheets Across the Curriculum modules created by faculty from a variety of disciplines. These PowerPoint presentations help students build Excel spreadsheets to examine and solve math problems in non-mathematical contexts.

link Request for Instructor Versions
Use this form to request access to the instructor versions of the modules. These versions include all the answers for the assignments filled in.

More Resources

Saturday, June 5, 2010

Campus Sustainability Resource Center | Association for the Advancement of Sustainability in Higher Education (AASHE)

Campus Sustainability Resource Center | Association for the Advancement of Sustainability in Higher Education (AASHE)

Campus Sustainability Resource Center

Parts of the AASHE Resource Center are still under development. Items that are not underlined represent resources that we intend to develop, but have not yet completed. Items followed by a lock icon are (or will be) members-only resources, since we depend on member dues to support their development and maintenance.

Wednesday, June 2, 2010

justfortheloveofit.org | Promoting Skillsharing | Learn Skills, share tools, save money and make great new friends

justfortheloveofit.org | Promoting Skillsharing | Learn Skills, share tools, save money and make great new friends

Philosofree

The Freeconomy Community's aim is to help reconnect people in their local communities through the simple act of sharing. Not only is sharing our resources better for the environment, it saves you money and builds friendships with those people who live closest to you. It is what we call a WIN-WIN-WIN situation.

Everything is shared for FREE on Freeconomy, and no money changes hands between members.

We do not use advertising, we receive no donations or income from the website and it is completely free to join, forever. Why? Just for the love of it!

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