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Chicago schools’ garden produce forbidden in the lunchroom

May 31, 2011

A school garden can be a wonderful outdoor classroom. Children can learn a variety of subjects while working with others to grow their own food. But in some school districts the children have the gardens to grow the food, but are forbidden from eating it in their lunchrooms.

When I first read that the Chicago Public Schools are not able to use the produce grown in their more than 40 school gardens in the lunchroom, I was shocked. Why grow it if you can’t consume it? The truth is that due to rules set by the district and its meal provider the food must be either given away, sent home with students, or sold.

“In order to use food in the school food program, it would need to meet specific/certified growing practices,” CPS spokeswoman Monique Bond said.

These requirements would include eliminating all “pesticides and insecticide” applications and using only “commercially prepared organic compost and fertilizers,” said Bob Bloomer, regional vice president of Chartwells-Thompson.

Commercial vendors, though, don’t have to abide by these rules. They can sell the district produce treated with several pesticides and grown in nonorganic fertilizer.

But produce grown by the Chicago High School for Agricultural Sciences on its 25-acre farm wouldn’t make the grade because, for example, it treats its corn with a single pesticide.

The school district touts using some local produce in its lunch program, but the produce that is most local of all — grown right outside their doors — is off limits. Children are being denied the most local and fresh produce of all. How does that make any sense?

According to the CDC, more than one-third of U.S. adults (over 72 million people) and 17% of U.S. children are obese. For Chicago children ages 6-11, the obesity rate is 28%. So in an area where more and more children are overweight or obese and, as evidenced in Jamie Oliver’s Food Revolution, some American first graders can’t identify vegetables, the system is denying them healthy, local food.

Unfortunately, this is happening other school districts as well. Sybil who blogs at Musings of a Milk Maker told me on Facebook that this is also the case at the public school she is trying to get her daughter into.

Andrea Ward isn’t surprised by any of this. She had this to say on Facebook, “Lunch food is a big time business with big time rules and greed. Education is never about the kids (unless you are the one in the trenches–then that’s all you care about). Otherwise, it’s about politics. And politics is about money.”

However, other school districts across the country, such as Auburn School District in Washington state, have been able to adopt a garden to cafeteria plan. The school district’s 1 1/2 acre organic garden and orchard produces “fruits and vegetables for student lunches and snacks in 10 elementary schools. In addition to garden produce, the Auburn School District purchases from local farmers for all 22 schools.” This single garden produces food for all elementary schools during the growing and harvesting seasons.

Joanne White who blogs at Media Mum told me about her son’s elementary school in the Boulder Valley School District, Colo., where the school garden provides produce for its own salad bar. Joanne said, “The kids are fully involved from garden to table. No way Jamie Oliver would find any of them not knowing what a tomato is!”

In other school districts, the students eat what they grow, but not necessarily in the lunchroom, however not for the same reasons that the Chicago Public School District gave.

Karen from Eternal Maternal said her son participated in a school garden program at his elementary school located in Vancouver School District in Washington State. The children ate what they grew, but due to a variety of reasons including not enough of any one ingredient, lack of preparation time, etc., the produce was not used in the school cafeteria. Karen said, “I think it’s very important that kids learn where their food comes from and what it takes to get it to the point that it can be eaten. Providing food for oneself is a basic need. Typically, we don’t have to do it for ourselves until we’re in college and what do we do then? Go to the grocery store and buy a case of Ramen. When children learn to grow food that can sustain themselves, even if only partially, it gives them a sense of accomplishment, raises their awareness of the environment and, whether they realize it or not, raises their level of security because it’s a way they know of to care for themselves.”

At Stylin Momma Katy’s daughter’s charter elementary school in Maryland, all of the children participate in the school garden in one way or another. Her daughter is in kindergarten where they are in charge of pollination. The garden food is not used in the school cafeteria food (which is brought in) and most students bring lunches from home. However, Katy said, “they will sometimes have a sampling station in the lunchroom where the kids can try the foods picked from the garden, or they will use it in cooking class. They also have a school produce stand as a fundraiser.”

After hearing about the practices of different school districts, I have to say I find the reasoning behind Chicago Public School District’s ban on garden food in the lunchroom appalling. I have to agree with Andrea above who said, “it’s about politics. And politics is about money.” If the district had these kids’ best interests at heart, they would find a way to allow the locally grown garden food into the cafeterias.

Despite all of this, I am pleased to hear that many districts — especially inner-city districts like Chicago — have implemented school gardens. Perhaps even if the children are not allowed to eat the food in the lunchroom, they still are learning the valuable life lesson of how to grow it and perhaps are able to take some of it home to their families to enjoy.

Do your children have a school garden? Does the school use the produce in their lunchroom? How do you feel about Chicago’s policy?

Related articles:

Photo credits: Flickr StevenDePolo and Sarz.K

Cross-posted on BlogHer

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Make Your Own Dirt From Scratch: Guest Post

May 16, 2011

I’ve decided to take a little break from blogging (read more about the reasons why), but wanted to continue to provide interesting and insightful content on my blog in the meantime. For a while I will have guest posts from various bloggers interspersed with posts by me when I am moved to write. Thank you for your understanding. — Amy (CDG)

This guest post comes from Julie who blogs at Terminal Verbosity.

Make Your Own Dirt From Scratch

I was hoping to start my own carnival of sorts with “Make Your Own Monday,” but it looks like the folks over at Stop the Ride have beaten me to it with their Make it from Scratch Carnival. So OK, I’ll play and cross-post at BlogHer

I’m starting with something that I’ve been doing for some time, which I know, strictly speaking, is not playing by the MIFS rules (sorry). But I’ve had a lot of questions recently about compost, about how to fertilize without chemicals, and I’ve seen a lot of comments posted on green blogs that indicate that people are confused and bewildered by trying to compost. So my first installment in the Make it from Scratch carnival is making your own dirt, i.e. composting!

What is compost?

Compost is, literally, fertile dirt. That is to say, not the barren gray top soil you’ll find on a building site or in a conventional farmer’s field. This is the good black stuff that smells sweet and makes nice little crumbly clumps. It contains the perfect balance of nutrients that your plants need to be healthy and that the microorganisms and beneficial insects like earth worms–key components of healthy soil–need to thrive.

You can make it yourself using common kitchen and yard wastes that would otherwise go in the landfill using a process Mother Nature has used to recycle things in the natural world since time began. Want a list of things you can put in the compost bin? Plantea lists 163 of them! Then you can use it in place of expensive mulches and chemical fertilizers. As a mulch, compost helps retain moisture and shade a plant’s roots. As a soil amendment, compost breaks up heavy clay soils, allowing more water and air to penetrate to the root zone of garden plants and, if added in high enough quantities over time to keep the organic matter of the garden soil at 4-5%, can provide sufficient nutrients for even nitrogen-hungry vegetable growth.

I love Journey To Forever’s thoughts on Nature’s conspiracy to make more soil:

If you watch carefully to see what nature does as she goes about her daily round of chores, it’s quite easy to start believing that the whole thing is a complicated, secretive conspiracy by soil micro-organisms to beget more soil micro-organisms. Nature’s first concern is always to build more topsoil, and to protect it. It’s easy to see why: no topsoil, not much nature either. The Earth’s green carpet of living things is really just the Soil Creature’s skin.

OK, how do I start?

Now is a great time to start because it’s the beginning of the season and building a pile now will keep the growing season’s clippings and cuttings out of the trash. If you are cramped for space, live in an apartment, or are particularly interested in vermiculture, worm composting might be for you. I’ve never tried this before myself, but it can be effective if you have a smaller quantity of waste (like only kitchen scraps because you live in an apartment) because there is a limit to how much the worms can eat. Check out the great resources at WormCompostingTips:

Worm composting (also known as vermicomposting) is the art of using worms to help you break down the organic waste you produce at home to create fertilizer for your garden. The worms will produce both a liquid fertilizer, and worm castings. Worm castings are a solid, odor free byproduct of worm digestion. You can collect your worm castings periodically and use them as a soil addition, soil conditioner, or even light mulch.

If you have more space, even a patio space for a small compost tumbler, this method will allow you to process a lot more waste. I’m really a fan of worm composting, but our family of four needs between 3-4 5 cubic foot compost bins to make sure we always have space for both food scraps and yard waste, so that quantity would not be feasible for worms.

To make a successful compost pile you need a balance of green materials like grass clippings and food scraps or brown materials like shredded paper, dried leaves, or sawdust. You simply make a bin, either in one of the many commercially available compost bins, in a wooden or chicken wire box somewhere in the neighborhood of 3-6? wide and no more than 3 feet high, or in a pit dug into the ground. If you need more space, build two bins, don’t make one big one or it will be harder to manage and ultimately take too long to break down. We’ve used a combination of these different pile-types all with fairly good success. The most important thing is keeping your bin close enough to the kitchen & yard that are producing the inputs that you’ll actually use the bin as much as possible.

Adding material to your new bin

Here’s where the science behind composting can turn people off. Some books and articles provide diagrams with detailed information on how thick each layer of green and brown material should be, suggest alternating the layers with dirt to speed the process along, and recommend near-daily turning. This can be labor-intensive and frustrating, especially to the beginner. And it’s just not necessary. That’s not to say that those who follow the labor-intensive processes don’t get good compost–they do, and they probably get it quicker than I do, but I spend much less time on my piles and always have plenty of compost for my garden each spring despite my lazy and unscientific methods. ;)

Now, you’re supposed to add two parts green material to one part brown material. However, the fact of the matter is if you are trying to compost all of your yard and kitchen scraps, you will almost always have more nitrogen (green materials) and not enough carbon (brown materials). Then, if you get really excited about the prospects of reducing waste, you’ll start composting things like office paper (shredded works best), junk mail (no glossy colored paper, please, it can contain heavy metal inks), tissues, cotton balls, paper towels, and just about anything else you can get your hands on (paper plates after a picnic, egg cartons, drier lint). In fact, you can compost just about anything with the exception of what VegWeb lists here. But I’m getting ahead of myself!

A site in part shade conserves moisture while lending a bit of the sun’s warmth in cooler weather, which helps the pile continue to cook down. This is necessary here in Colorado, but if you’re in a really wet, warm climate, you may actually want a lid to keep water out.

Water, heat, and oxygen are the other essentials for composting. Compost should maintain the dampness of a wrung-out sponge, which in dry areas means supplemental water at least during the hot summer months. Consider running a drip irrigation line straight into the bin, but don’t forget to move it aside before stirring or emptying the bin!

Speaking of stirring, while occasional stirring allows the compost to break down faster by allowing good oxygen penetration and the mixing of the carbon and nitrogen plant materials, daily or even weekly stirring is not a requirement to produce compost. A frequently-stirred pile may break down in 4-6 weeks, while an unstirred pile may have to wait until the following spring to be used. I use the no- or low-stir method and the end product is the same, it just takes longer to get there, which is fine by me. Also beware of over-stirring: in the winter months stirring compost allows heat to escape the pile and may stop the break-down if the center of the pile falls below 70 degrees Fahrenheit.

If you need a few more scientific tips on composting, the folks at CSU’s Cooperative Extension offer this great fact sheet: Composting Your Yard Waste.

I hope I’ve demystified compost a bit for you and shown you how easy it can be! We literally spend the minute it takes us to walk out our sliding glass door and deposit the day’s food scraps into the bin and spin the tumblers (we purchased tumblers for the winter because food scraps are almost all nitrogen and can get stinky without some turning & additions of copious amounts of shredded junk mail) and each spring we’re rewarded with the best fertilizer nature can provide–no petrochemicals (yes, the stuff you buy at Home Depot, unless it says otherwise, comes from petroleum), no waste in the landfill, very little effort. So go make it from scratch!

Photo credit: Flickr suavehouse113 and normanack

Julie Artz lives in Helsinki, Finland, with her husband, two children, and geriatric cat. She endures the cold by dreaming about her garden in Lyons, Colorado, and writing about life in Finland and anything else that comes to mind on her blog Terminal Verbosity.

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Newly Identified Endocrine Disrupting Chemicals Leach into Food Packaging: Guest Post

May 2, 2011

I’ve decided to take a little break from blogging (read more about the reasons why), but wanted to continue to provide interesting and insightful content on my blog in the meantime. For a while I will have guest posts from various bloggers interspersed with posts by me when I am moved to write. Thank you for your understanding. — Amy (CDG)

Today’s guest post is from Alicia Voorhies who blogs at The Soft Landing.
Post image for Newly Identified Endocrine Disrupting Chemicals Leach into Food Packaging

Newly Identified Endocrine Disrupting Chemicals Leach into Food Packaging

Emily Barrett of Environmental Health Perspectives recently provided a great synopsis of an updated review of food contact materials and their potential to leach endocrine disrupting chemicals (EDC’s) into our food.

Author of the review, Jane Muncke, didn’t mince words when issuing her findings, calling into question the current means of estimating the true level of exposure to EDC’s through food contact materials.  Her conclusions included the following major points:

  • Food packaging is an underestimated source of chemical food contamination
  • Migration into dry foods can be considerable
  • Substances of concern, like endocrine disrupting chemicals, are widely used in food contact materials
  • Risk assessment of endocrine disrupting chemical food contamination is challenging because exposure and effect assessment are not always straight forward

Muncke’s insights have caused me to carefully reconsider which food packaging I choose for my own growing children. Based on her article, I’ll be investigating benzophenones (a known carcinogen) and organotins, two groups of suspected EDC’s, which are legally used in the United States and European Union.

And as Barrett pointed out, we now have even more motivation to choose fresh foods over processed ones.

The guidelines do not consider the collective numbers and toxicity – alone or in combination – of all of the chemicals that can leach from the packaging, the author points out.* In a chemical mix, individual health effects may be magnified. Printing, ink, adhesives, recycled cardboard and the plastic containers can all introduce unwanted chemicals into a single food product, creating a mix with additive or synergystic effects. What’s more, the chemicals may degrade over time or form new compounds that migrate into food. These can go entirely unmeasured since it is nearly impossible to identify and test for them all.

Kids may be at particular risk. Not only are their bodies still developing and hence susceptible to environmental insults, but they tend to eat more packaged foods, a more limited diet and more food for their body weight than adults do. There are similar concerns for pregnant women and their fetuses, as well as obese adults, whose bodies may process these chemicals differently from their trimmer counterparts.

Tips for Reducing Your Exposure to EDC’s in Food Packaging

  1. Avoid PVC in plastic food wrap:  ask your butcher to prepare the cuts of meat you want and wrap it in paper.  Most butcher or freezer paper is coated with wax or polyethylene which are better alternatives. As for blocks of cheese, look for packages with Ziplok style closures, and plastic packages that have been heat-sealed, because most of these bags are made from polyethylene.
  2. Buy fresh or frozen produce packaged in polyethylene bags:  BPA is found in most epoxy linings of aluminum cans, glass jar lids and the bottom of some frozen cardboard boxes – although there a few BPA-free options available
  3. Choose jarred foods when possible – especially those with space between the lid and the food
  4. If you do choose to purchase foods packaged in plastic, do not reuse, cook or heat food in them – even if recommended by the manufacturer; this may include some microwavable meals, so just remove them from the plastic container and heat in glass
  5. Look for non-recycled cardboard boxes when ordering takeout meals like pizza, as they are less likely to contain BPA.
  6. Bring your own reusable coffee cups and to-go containers for leftovers and skip Styrofoam altogether

>> Read the complete research study: Endocrine disrupting chemicals and other substances of concern in food contact materials: An updated review of exposure, effect and risk assessment in the Journal of Steroid Biochemistry and Molecular Biology.

>> Related link: The Breast Cancer Fund has recently released a new study about BPA in food containers.

Photo Source: Flickr via _anh

Alicia Voorhies is a Registered Nurse who left the rat race to pursue her dream of owning a business. She traded working as Director of Nursing in an organization for disabled adults to relax and enjoy her love of medical research in alternative health ideas. She was immediately attracted to the mysteries of toxic plastics and their effect on children and quickly learned that avoiding endocrine-disrupting chemical in common household products can be overwhelming.  While searching for safe alternatives, she quickly realized how limited the available information for parents was – and that’s how her education-based company, The Soft Landing, was born.

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Dye Easter Eggs Naturally – A DIY Tutorial

April 14, 2011

Before you head to the store this weekend to buy your eggs and Easter egg dyeing kits, take a look at this fun and eco-friendly way to dye your eggs naturally with foods and spices like cabbage, blueberries, spinach, tumeric, chili powder and more! It’s a lot of fun for both the kiddos and adults (trust me). ;) My kids and I can’t wait to do this again soon!

…………….

So you want to dye your Easter eggs naturally – without harmful chemicals and artificial colors? While it takes longer than the commercial egg dye kits you buy at the store, dyeing your eggs with natural foods is better for you and your child(ren)’s health, produces much more interesting colors, is better for the environment, and is, quite arguably, more fun!

Why dye with natural colors instead of artificial?
According to Organic.org, “Many food colorings contain color additives such as Red No. 3 and Yellow No. 5, which, according to a 1983 study by the FDA, were found to cause tumors (Red No. 3) and hives (Yellow No. 5).” I wrote about the drawbacks of artificial colors a while back if you’d like to read more on the topic.

It is more time-consuming than using a store-bought conventional egg dye kit (and I highly recommend preparing the egg dye baths a few hours before you plan to dye the eggs with the kiddos), but it is healthier for your kids and the environment. “Dyeing eggs the natural way gives you the opportunity to spend more time with your family, teaching kids to use alternative project methods that are healthier for them and the environment.” I think it will be a lot of fun and a great family project.

You Will Need The Following to Get Started:

  • Hard boiled eggs (preferably white eggs since they take on the dyes better than brown eggs)
  • Ingredients to make your dyes, which I will discuss in more detail below. As a guideline, use up to 4 cups for vegetable solids and 3–4 tablespoons for spices per quart. Mash up fruits.
  • White vinegar (2 Tablespoons for every quart of water)
  • Several pots and bowls
  • Optional: stickers, rubber bands, and crayons for decorating the eggs and making interesting patterns
  • Egg cartons for drying the dyed eggs

Creating Your Colors:

Natural egg dyes can be made from a variety of ingredients. Here’s a list of what I’ve used in the past along with comments on the colors that resulted.

RED

  • 3 cans of beets in cranberry juice (instead of water) – produced a dark reddish hue

PINK

  • Frozen cherries – made a very light pink

RED-ORANGE

  • 3 tablespoons of chili powder produced a nice reddish-orange color

YELLOW

  • 3 Tablespoons of tumeric produced a great yellow

GREEN

  • A mix of canned blueberries and their juice and a few tablespoons of tumeric produced a gorgeous earthy green color

BLUE

  • 3/4 of a head of red cabbage (chopped) made a beautiful blue

GREY BLUE

  • 2 cans of blueberries and their juice made a grey-blueish color

GREY

  • Frozen cherries mixed with blueberries yielded a grey color (not the purple I was going for).

Egg Dyeing Instructions:
In the past I found a couple great web site with tips on “Natural Easter Egg Dyes” and Natural Dye from Organic.org. The natural dyes come from spices like paprika, tumeric and cumin; vegetables like spinach and red cabbage; fruit juices and even coffee. All of your dye ingredients can (and should) be composted after you are done.

On Organic.org, there is a boil method (which produces darker results) and a cold-dip method, which is suggested for children or if you plan to eat the eggs, which is the method we used last year.

The two methods for creating your egg dyes are:

Method 1—Hot
Place eggs in a single layer in a large, nonaluminum pan. Add the dyeing ingredient of your choice—it’s best not to mix until you are comfortable with experimenting. Cover the eggs and other dyeing “agent(s)” with one inch of water. Add 2 tablespoons of white vinegar per quart to help the color adhere to the egg, and bring to a boil. Next, simmer for 20–30 minutes or until the desired shade is achieved. If you cook the eggs longer than 15 minutes, they will become rather tough.

Method 2—Cold
The cold method is the same as the hot method with the following exception. Once ingredients have simmered 20–30 minutes (depending on desired shade), lift or strain the ingredients out of the water and allow the water to cool to room temperature though you may wish to try keeping the ingredients in the colored water to give the egg more texture as the dye will become concentrated in areas where the vegetable touches the egg. Submerge the eggs until the desired color is achieved. You may keep the eggs in the solution overnight as long as it is refrigerated.

The longer the egg stays in the dye, hot or cold, the deeper the hue will be. Using vinegar will also help the color deepen.

Definitely feel free to experiment and try out other foods and spices. For me, that was a big part of what made it so much fun, trying out different things to see what colors would come from them. For example, the dye from the spinach, tumeric, blueberry mix looked orange or brown, but the eggs came out green! And the red cabbage dye was purpley-pink, but the eggs came out blue. It’s a fun science experiment that the whole family can get involved in. Happy egg coloring!

Cleaning Up:
Don’t forget to compost your food/spices dye mixtures when you are done.

Pictures!
The process of making the dyes:

The egg dyes on the stovetop Beets in cranberry juice
Red cabbage Tumeric

And the results:

Red and pink eggsYellow and orange eggs
Green eggsBlue eggs

Links to other people’s natural egg dyeing results:

If you dye your eggs naturally this year or have in the past and have blogged about it, leave me your link and I’ll add it to the list! :)

I’m all about recycling around here. This recycled post, “Dyeing Easter Eggs Naturally,” was originally written for my blog on 4/4/09, and continues to be a popular post year after year.

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Plastic Wrapped Bananas: Guest Post

April 6, 2011

I’ve decided to take a little break from blogging (read more about the reasons why), but wanted to continue to provide interesting and insightful content on my blog in the meantime. I asked for help and my tribe answered my call, so for a while I will have guest posts from various bloggers interspersed with posts by me when I am moved to write. Thank you for your understanding. — Amy (CDG)

Today’s guest post comes from Amy who blogs at An Aussie Mum’s Guide to Eco Friendly Babies.

Plastic Wrapped Bananas. Yes, I’m Serious!

Despite so many people attempting to make a difference for the better, some companies have other ideas. Del Monte have bought out a range of plastic wrapped bananas — to save the environment. Say what? Yes, they claim that the plastic wrapping on the bananas in plastic is “...Designed to provide significant carbon footprint savings by reducing the frequency of deliveries and the amount of waste going to landfill. The packaging is also recyclable.

Looking at the company website suggests the packaged bananas are going into vending machines and convenience stores and will potentially make it easier for people to grab a healthy snack on the go. Surely, there is a better option than non-biodegradable plastic? Even here is Australia, where life is a little slower and so much of the land is still pristine, we are succumbing to the mantra of ‘buy, use, discard’. You can buy ‘healthy’ apple slices from McDonalds- packaged in plastic and dipped in some foul tasting substance to stop browning. Wouldn’t it be cheaper (and eco-friendlier) just to use a whole, unpackaged, untreated apple? There is also the prevalence of cut and packaged vegetables in the supermarkets- celery, carrots, gourmet tomatoes, Asian vegetable mixes and pre-made salads. Are people so inept in the kitchen these days they can’t slice celery? Is there some sort of social benefit to saying “Look, these are upper-class Tomatoes- they come in a packet!”

It’s not just food. If you buy a toaster, you get a whole bunch of Styrofoam, plastic, tie-wires, bubble wrap, warranty cards, brochures for other products (want to buy a coffee machine with that toaster?) and instructions that are 18 pages long because they are in 7 different languages. Retailers receive deliveries that are in boxes three times the needed size and packed with plastic and puffed rice, and usually yet another copy of this months deals (you know, the ones that were sent in the mail, and with the last four orders). The bank who offers e-statements to save paper sends you a quarterly offer for insurance that you already have. In a world where email is so quick and easy, where technology is so advanced, why can’t we start using it for something good? We could email statements, bills, special offers and all the other rubbish that comes through the mail. We can come up with biodegradable, renewal, ecologically sound packaging, or just use some sense and pack smaller and transport less.

Can a single person make a difference? I like to believe so. We can email companies like Del Monte, asking them to come up with a better solution. We can tell suppliers that unless they pack smarter, we will no longer buy from them. We can pressure our schools and encourage our workplaces to adopt ‘nude food’ policies. We can slice our own celery and not buy food with unnecessary wrapping, packagings and labels. We can reduce, reuse, recycle and above all, teach our kids to do the same. After all, it may be one of our kids who eventually heads up a company like Del Monte and finally makes a change… for the better.

Photo credit: Friends Eat

Amy is a working mum of two from Australia. Between her kids (who are nine years apart) she’s been working in the natural health industry, which has opened her eyes to the down side of many aspects of modern life. Since having a new baby she started a journey to find a more natural, holistic way of living. Amy wants to share what she finds with other mums who are looking to change their way of thinking and have happier, healthier, more eco-friendly lives! She blogs at An Aussie Mum’s Guide to Eco Friendly Babies.

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Growing meat in a lab to solve the global food crisis?!

February 14, 2011

Thanks to a scientist in South Carolina, we may soon have something more disturbing to worry about than the recent deregulation of genetically modified alfalfa and the genetically modified fruits and veggies that are increasingly common in the average American’s diet.

drumroll please

Meat that has been created in a laboratory!

Vladimir Mironov — a scientist working for the past 10 years on bioengineering “cultured” meat — thinks meat made in a lab could solve the future world food crisis that’s resulting from diminished land to grow meat the “old-fashioned way.”

Or. Hmmm. I have an idea that could help solve the food crisis. Let’s just stop eating so much meat! Or we could start eating bugs, which are apparently “good to eat and better for the environment.” Um, yeah. Let’s just stick to eating less meat.

Nicolas Genovese — a visiting scholar in cancer cell biology working under a People for the Ethical Treatment of Animals three-year grant to run Dr. Mironov’s meat-growing lab — said, “There’s a yuck factor when people find out meat is grown in a lab. They don’t like to associate technology with food. But there are a lot of products that we eat today that are considered natural that are produced in a similar manner.” Genovese references yogurt as well as wine and beer production.

I’m not sure how one can compare yogurt, which is bacterial fermentation of milk — not to mention something I can make in my own kitchen — with bioengineered meat currently created in a lab.

On one hand, we have milk and cultured yeast, which can easily be made into yogurt in your crock pot in your own home — something I’ve done on several occasions. On the other hand, we have meat that comes from a once living, breathing animal. Yet instead of getting it from an animal, we’re talking about creating it in a “carnery.” If Mironov gets his way, he envisions “football field-sized buildings filled with large bioreactors, or bioreactors the size of a coffee machine in grocery stores, to manufacture what he calls ‘charlem’ — ‘Charleston engineered meat.’”

How are these AT ALL the same?

There’s so much that concerns me about all of this, but especially Mironov’s statement, “Genetically modified food is already normal practice and nobody dies.”

Nobody dies. Is that all that matters — that nobody dies? And who’s to say GM food isn’t killing us slowly? How long have we been guinea pigs eating GM foods? Are there any long-term health studies? Considering it has only been available in the United States since the 1990s, I would venture to guess no, though please correct me if I’m wrong.

Linda Johnson — a naturopathic doctor in New Mexico — speaks to the possible issues of consuming GMO food. She points out:

90% of all corn planted in the U.S. is genetically modified. This corn seed is specially made by Monsanto and engineered to ward off root worm by producing its own pesticide, which you then consume.

So you say you don’t eat corn? If you eat animals that eat corn and they managed to force this food on them, you are eating GM food. Specific animal studies showed that when rats were fed this corn, they developed many reactions that included anemia, increased blood sugar levels, kidney inflammation, blood pressure issues, increased white blood cells and more.

It’s very likely these health problems are affecting humans as well. Since the FDA doesn’t think GM food need to be examined for humans to eat safely, it’s been on the market for a long time.

Johnson adds, “European countries feel there is something wrong with this manipulation of food and they don’t allow it in their countries.
… It is not known what the long-term ramifications of eating food daily that has been genetically modified. What are the damaging effects of a newborn ingesting nothing but formula made with GM ingredients? No one knows.”

So why do we allow it here in the United States?

What are your thoughts about lab meat? Would you eat it? Would you feed it to your kids? Do you think it’s the answer to the global food crisis? Are there positives to this I’m missing? Enlighten me, please.

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Photo credit: Yo My Got

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