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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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:

And the results:

Links to other people’s natural egg dyeing results:

• Michelle at What’s Cooking Blog tried three different concoctions and got three lovely results
• Phyllis at Ima On and Off the Bima created Passover eggs using cilantro leaves and onion skins
• Shutterbug Mama, who had good luck using turmeric and curry powder, paprika, and blueberries
• Inexplicable Ways tried out a variety of ingredients and got some beautiful results
• Green Baby Guide – Natural Silhouette Easter Egg Dyeing

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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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.

Related articles:

• How to Avoid Genetically Modified Foods
• Understanding Organic Food Labels, Benefits, and Claims
• Help Say No To Genetically Engineered Alfalfa
• In Vitro Meat: Science Fiction or Global Solution?
• Millions Against Monsanto
• 10 Things Monsanto Does Not Want You to Know
• Why You Should Care About Genetically Modified Alfalfa

Photo credit: Yo My Got

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I recently read about a new Swiss study claiming that the ingredient titanium dioxide (TiO2) nanoparticles — widely used as a white pigment in sunscreen, toothpaste and cosmetics — provokes similar inflammatory effects on the lungs as asbestos. Yes, that asbestos. The stuff that can cause serious illnesses, “including malignant lung cancer, mesothelioma (a formerly rare cancer strongly associated with exposure to amphibole asbestos), and asbestosis (a type of pneumoconiosis).”

According to Jürg Tschopp, the lead researcher and professor of biochemistry at Lausanne University, “With titanium dioxide you accumulate, like asbestos, particles in the lung. You get chronic inflammation and this can last ten or 15 years and the next step is cancer.” Tschopp is concerned that nanoparticles could be the “asbestos of the future.” However, he also admitted in his findings that he would not immediately stop using sunscreen and toothpaste, but believes more caution and regulation are needed.

This begs the question: do you take the risk of avoiding sunscreen and exposing your skin to cancer-causing ultraviolet rays or do you use the sunscreen and risk the exposure to chemicals that may give you cancer anyway?

Huma Khamis of the consumer association of western Switzerland calls the sunscreen dilemma “a big problem,” but states “the immediate risks of not using cream [sunscreen] and sunbathing are greater than those of exposure to products containing titanium dioxide nanoparticles.”

Yet this isn’t the first time an ingredient in sunscreen has been called into question. I wrote about the chemical oxybenzone nearly three years ago. Oxybenzone — one of the commonly used ingredients in most sunscreens – has been linked to allergies, hormone disruption, and cell damage. It is also a “penetration enhancer, a chemical that helps other chemicals penetrate the skin.”

The primary sunscreen I’ve been using on my kids for the past several years — California Baby — does not contain oxybenzone and even tested quite well on the Environmental Working Group’s Skin Deep Cosmetics Safety Database. However when I rechecked the ingredients I noticed titanium dioxide was listed; although it did not specify whether the TiO2 was the suspect nanoparticles or not. At first I freaked out thinking I’ve been putting something potentially cancer-causing on my kids, but after asking a few Twitter friends (@YourOrganicLife and @ErinEly) their opinion, I decided to contact the company directly. I received an automated response indicating that “California Baby utilizes coated micronized titanium dioxide (TiO2 for short) as the active ingredient for our sunscreens.” I believe that means it is not nanoparticles, but I’ve asked for clarification from California Baby just to be sure (and will update here when I hear back from them).

I do my best to make informed choices regarding my kids’ health and safety. However, I’m not a chemist or a physicist and I can’t test every chemical out there. I have to rely upon others (the government?) to test for X, Y, and Z’s chemical safety, but it seems all too often that chemicals are assumed to be safe until proven otherwise. I don’t like to think of my kids (or anyone’s children for that matter) being used as guinea pigs and I don’t think it’s too much to ask that products and chemicals are tested before they are available for mass consumption. Do you?

Where does this leave me? I’ll stick to trying to limit our exposure to the sun during peak hours for starters. I already tend to do that, but this is a good reminder to continue. I may avoid sunscreen containing titanium dioxide all together and only purchase sunscreen in which zinc oxide is the active ingredient. (Badger makes a good one that I’ve used on my kids in the past.) Of course, we’ll continue to wear our hats and sunglasses — the kids’ eye doctor just reminded me about how important that is — as much as possible outdoors. Another thing I plan to do is buy some sun-protective swimwear for when summer rolls around again. The less exposed skin, the better.

Lastly, I will hope that testing will continue on the various chemicals in sunscreen, cosmetics and everything else we rely on both for ourselves and our children on a regular basis. I will sign petitions. I will blog. I will raise awareness.

Safe Sun Tips

• Minimize sun exposure between 10 a.m. and 4 p.m. when the greatest amount of ultraviolet light exists.
• Wear Hats. Each inch of hat brim can lower your lifetime risk of skin cancer by 10%. A hat brim of four inches or greater is recommended.
• Wear UV-blocking clothing.
• Wear protective eyewear. Sunglasses with UV-blocking filters are very important.

Related links:

• No Such Thing As Chemical Free In Cleaning & Beauty Products. Really. Really really. by Jennifer Taggart of The Smart Mama
• New Study Finds Only 8 Percent of Sunscreens are Safe and Effective by Healthy Child, Healthy World
• Protecting your kids against Vitamin D deficiency by Tasha Gerken of FYI Living
• Environmental Working Group’s Skin Deep Cosmetics Safety Database
• EWG’s 2010 Sunscreen Guide
• Titanium Dioxide (TiO2) Nanoparticles In Household Products Linked To Cancer In Mice from Science 2.0

Photo credit: Flickr Noodle93

Cross-posted on BlogHer.

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I have to admit I’m freaking out a little bit that there are only 10 days until Christmas! I felt like I had so much time and suddenly Christmas is right around the corner! I think I’m pretty set on gifts for the kids, but still need to mail a few packages and figure out what I’m getting for my husband.

For those of you who are still wracking your brains, check out the suggestions below. You’re sure to find a green idea or two to help you on your merry way. :)

Last Minute Green Gifts

• From 5 Minutes for Going Green: Last Minute Green Gift Ideas including handmade coffee sleeves. Some of the items listed on 5MFGG are no longer available, but you can find lots of other cool green gifts on Etsy.
• From GreenWala: 3 Last Minute Green Gift Ideas to Please Any Techy including Recompute, a desktop computer that addresses sustainability during manufacturing, usage and disposal; the full life cycle of an object.
• From Green Baby Guide: Low Cost Children’s Presents: Getting Creative With Thrift Store Gifts for Kids including ideas like a Dress Up Treasure Chest and a Sporting Kit.
• From PlanetGreen: 7 Charities that Stretch Your Budget–and Your Impact–This Christmas including Kiva, Charity: Water, and Donors Choose.
• From Four Green Steps: Last Minute Gift Ideas including salt lamps, books and upcycled decor.
• From Green Your Family: DIY Less Expensive & Day Before Gift Baskets including tips for making various themed gift baskets from a Food Lover Theme Basket to a Brush Green for Kids Theme Basket.
• From One Million Acts of Green: Give the Gift of Green Facebook Application. Pledge to complete an act of green – no need to spend even a dime giving this green gift.
• From yours truly Crunchy Domestic Goddess: Giving Kids the Gift of Experiences, Not Just Stuff

Now for some Eco-friendly Gift Wrap Ideas

• From Fun Times Guide Living Green: 8 Ways To Wrap Presents Without The Use of Wrapping Paper
• From Green Agenda: Eco-friendly Gift Wrap Ideas

Do you have tips for other last minute green gifts or eco-friendly wrapping ideas? Please share them in the comments. :)

Disclosure: Rockfish Interactive, in partnership with Cisco, is compensating me for my considerable time on this project. However, my ideas, words, and opinions are my own and are not influenced by this compensation. See what the other ambassadors have to say about One Million Acts of Green: Green and Clean Mom, Green Your Décor and Condo Blues.

Photo via Perspicacious.org: Paper bag gift wrap

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When you think of the holiday season, what comes to mind?

Family? Friends? Christmas trees? Decorations? Presents? Candles? Food? Mistletoe?
How about lead, polyvinyl chloride (PVC) and other toxins?

In Danika Carter’s post All I want for Christmas is Lead-free Decorations, she points out that most artificial Christmas trees are made from PVC (vinyl) and the many problems associated with PVC.

• It off gasses
• contains phthalates
• breaks down in heat and sun
• contains lead which becomes lead dust and spreads throughout your home
• Doesn’t biodegrade and is difficult to recycle

This is one of the reasons we are opting for a real tree this year (which we are finally going to get tomorrow – can’t wait!). :)

Danika also points out that reports have shown that “the cords on most holiday lights contain lead at higher levels that what is allowable for toys.” A Michigan-based group called The Ecology Center tested 68 light sets and found four out of five of those sets contained detectable levels of lead.

While most people don’t stick electrical cords in their mouths, they do touch them with their hands (and then touch food or their faces?) and all of the twisting and turning the cords while wrapping them around the tree or — in my house, the banister — can lead to lead dust in the air.

Lead is a potent poison that can affect individuals at any age. Children with developing bodies are especially vulnerable because their rapidly developing nervous systems are particularly sensitive to the effects of lead. Exposure to lead can have a wide range of effects on a child’s development and behavior. Even when exposed to small amounts of lead levels, children may appear inattentive, hyperactive and irritable. Children with greater lead levels may also have problems with learning and reading, delayed growth and hearing loss. At high levels, lead can cause permanent brain damage and even death.

To avoid possible lead contamination, it is advised that people either wear gloves when handling holiday lights or wash their hands afterward. I’m not sure what you can do about the possible lead dust in the air other than avoid strands of lights that contain lead in the first place. Or just don’t decorate at all. Yeah, bah humbug and all of that. :P

Actually, Alicia from The Soft Landing had some tips for safer holiday lights. “As we discussed in a recent article, locating PVC-free and lead-free light strings proved impossible, so your best bet is to focused on tracking down RoHS compliant products. We found Environmental Lights to be an invaluable source of well-researched options and SAFbaby also confirmed that Ikea offers safer light strands as well.”

Also, word to the wise… Definitely don’t let your 6-month-old sit on the floor surrounded by lights (which she grabs with her hot little hands) so you can take some cute pictures. Uh, yeah, I totally did that when Ava was a baby. Crappy parent award right here! Holla! Ugh.

There is more information available from HealthyStuff.org about the Lead and Holiday Lights studies.

Are you concerned about lead exposure from your tree and/or lights? What changes might you try to make to avoid it?

I’m rethinking my decision to wrap our banister in lights and garland this year. Sure it looks pretty, but when my kids touch it nearly every time they come down the stairs, that ain’t cool, people. That ain’t cool. Maybe I’ll have them wear gloves in the house? Or not. :P Next year I think we will only have lights on the tree in the house. Any other lighted decorations will be outside only. At least that will minimize our exposure a bit. I’m also trying to have my kids wash their hands whenever they handle any lights and cords this year (which is so much better than throwing them into a pile of lights, don’t you think?). ;) Live and learn and then learn some more.

While we’re on the subject of the holidays and learning, don’t forget that you can give your Facebook friends The Gift of Green this holiday season by checking out the One Million Acts of Green Facebook Application. The app allows you to pledge to complete an act of green and posts a cute e-card to your Facebook friend’s wall, perhaps inspiring them to complete an Act of Green too! No worries about lead with One Million Acts of Green. Just good clean, green fun. :)

Disclosure: Rockfish Interactive, in partnership with Cisco, is compensating me for my considerable time on this project. However, my ideas, words, and opinions are my own and are not influenced by this compensation. See what the other ambassadors have to say about One Million Acts of Green: Green and Clean Mom, Green Your Décor and Condo Blues.

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