Picture this -- You get up in the morning, brush your teeth and get ready to go to work. Grabbing your travel mug you head out the door to the office. The day is long so you order lunch from that place down the street. You finish up the day and head home, picking up some take out because your effort to cook, after such a long day, is really low. You get home, sit down to watch some television with dinner and finally wash your face and go to bed.
This day sounds innocent enough, typical of many people out there in the working world. How could a day like this contribute to what is known as Garbage Island? Or, more importantly, what
is Garbage Island?
Yesterday
Julie posted a link in Facebook to
TOXIC - GARBAGE ISLAND, a twelve part video series on VBS.tv, detailing the trip to, and discovery of, what is known as Garbage Island, a swirling current (the North Pacific Gyre) approximately 1,000 miles off the shoreline of California where accumulation of plastics of all shapes and sizes have floated to stay. Since plastic does not biodegrade but instead disintegrates into smaller particles that float, the ocean is the perfect catch basin for much of this debris. The crew on this mission discovered everything from birthday balloons to helmets to tires but the most frightening thing of all was the volume; the ratio of plastic to marine life in some areas was upwards of 1000:1. Yikes. So where did it all come from and how did it end up in the Pacific?
Go back to the day of the average person again and instead of being so vague let’s detail some of the places in this story where plastics could have been used.
You get up in the morning and hit the off button of the
plastic alarm clock beside your bed. Brush your teeth with a
plastic toothbrush. Women apply makeup (housed in
plastic containers, using brushes with
plastic handles); men shave their face (using either an electric razor encased in
plastic or a disposable
plastic razor). You grab your insulated travel mug with the
plastic lid, jump into the car (I can not even fathom how many
plastic pieces are utilized in a car) and head into the office. Using your
plastic badge you enter the building, sit down in your
plastic based office chair, turn on the
plastic based computer and work until lunch. At lunch you order soup and a salad from the deli down the street; each are stored in a
plastic container. You head home and stop for take out (in a Styrofoam [
plastic] container of course) and turn on the
plastic based television while eating. After an evening of scrolling through the channels using the
plastic based remote you wash your face with that stuff you love that comes in the
plastic tube and finally, go to bed.
On the lowest level this person used fifteen plastic based items in one day. As our society has become more disposable minded all of those items are built to wear out quicker, causing a need to repurchase and toss the old item. Many times this garbage will fall off a ship but more than not it comes directly from the land. This is possible even when we do not realize it is happening -- next time you see a plastic bag floating in the breeze think about how far the wind might blow it before it stops, when a bottle whooshes into a storm drain after a particularly heavy rain think about where that waterway ends.
One of the quotes from the video series particularly struck me and it said:
“Persistent Organic Pollutants are chemical substances that persist in the environment, bioaccumulate through the food web, and pose a risk of causing adverse effects to human health and the environment.”
- United Nations Environmental Program
Bioaccumulation is when substances like harmful compounds (toxins) amass, in diverse tissues of living creatures. In this example the obvious organism would be marine life but the chain of ingesting toxic chemicals grows as birds eat the fish, other fish eat the fish and humans eat the fish. Contaminates are introduced into our daily food supply and are seriously impacting sustained life of entire species on this planet (an example is when a bird goes out to eat and returns to feed their young, the young end up with
stomachs full of plastic as opposed to the essential nutrients they need to survive and they perish as a result).
So what can we do? Can we physically clean up all the pieces that are already there? Unlikely. Can we make an attempt to stop putting more into the ocean? Absolutely!
Yesterday I posted a question from Linda with regard to plastic shopping bags and indicated that extending the life cycle of those bags is most paramount. This is true of all non-biodegradable plastics. When we act as consumers we need to think of the total life cycle of the item in question -- how long do we intend to use the item, what do we do with the item upon the end of its life span? If we are throwing it away we should be conscientious as to how we do so -- do we recycle our plastic or throw it in the trash, is there a way to reuse it, can we upcycle the item into
something functional that may last long beyond the initial intended life span?
Opening our eyes to the issue and reducing our dependence on disposable plastic products is the first step in fixing the problem and
this video is a fantastic eye opener. Please be aware that the twelve parts (plus the five minute extra) are an approximate total run time of a little over an hour and some very colorful language is used throughout but putting that aside this was the most informative, best hour I have spent learning in a long time.
Because of all these factors I am bestowing a Four Leaf Rating on this entire video series. Well worth the investment of time; well worth thinking about every day.
As Greenies we all attempt to do our very best to use as few ‘one and done’ disposable products as possible right? Well recently I began seeing commercials for a new item that strikes me as convenient yet ultimately another in a long line of one use land fillers, the Colgate Wisp.