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Thursday, February 5, 2015

Energy savings with just the flip of a switch!

Turning off the lights in rooms before you leave can have a significant impact on the amount of wasted energy in your apartment or house. We often do not realize how many lights we leave on every day when we may not even be in the room!

It is estimated that you can reduce your CO2 output by up to 110lbs over the course of just one week by participating in this one simple action. You can also save approximately $5 each week you do this. These values can obviously vary depending on the type of lightbulbs you use and how many you have throughout your home. However, this small effort can translate into significant energy savings and environmental benefit if more people take part in this sustainability action.

Challenge: 

We challenge you to turn off your lights whenever a room is not being used for the next 2 weeks and see how easy it can be to incorporate into your routine! 


Tips:
-Allow more natural light into your house by opening blinds or curtains. It is much less harsh than many artificial lights and it's free!

Additional Information: 

To find out more on the benefits of turning out the lights you can visit the following sites:

Maritime Eletric 

Energy.Gov
 To accept the challenge click here

Reduce your laundry cost!

Clothes washing is another one of the largest sources of water waste in households. Environment Canada states that up to 20% of the water usage in Canadian homes comes from doing the laundry Environment Canada - Wise Water Use. There are many things you can do to save energy and water waste when it comes to laundry without reducing the quality of the cleaning that you get out of it.

By washing your clothes on the cold water cycle and hanging up more of your clothes to dry you can cut back on energy waste and save yourself money! Even doing this for seven days can reduce your CO2 footprint by 11 pounds and earn you savings of $1 or more. Up to 90% of the energy used during a wash goes to heating the water if you choose a hot water cycle. Hot water can also cause colours to fade and clothes to shrink or stretch Maritime Electric - Energy Saving Tips. We often wash our clothes far longer than is necessary as well. Unless they are completely covered in dirt, the minimum cycle time is sufficient. 

Challenge:

For two weeks, we challenge you to use cold water only in your clothing washes and reduce the time of your washes to the minimum required cycle time to get your clothes clean. 

Tips
-If you can, place as many of your wet clothes next to a heating source in your home to dry, that way you save the energy that would otherwise be used in a dryer.

-Use detergents that are less harmful to the environment as well!

-Reuse articles of clothing. You save water, money, and your clothes will maintain their shape and colour much longer.

-Do only full loads of laundry, you save much more water this way.

Additional Information:
For more ideas on how you can reduce your environmental impact when doing laundry visit these sites:


 To accept the challenge click here

Reducing your energy drain

All around our apartments and houses we have a multitude of electronic devices plugged in at any given time. Most of the time we don't even think about how this could be affecting our energy costs. Even though your electronics are 'turned off' they generally still use some standby power if they are left plugged in. This is commonly referred to as 'phantom' energy usage. As we accumulate more and more electronic devices in our homes and workplaces this phantom electricity usage can become a larger source of energy waste.

The government of Canada is also looking at ways to combat standby energy use by implementing energy-efficiency regulations for manufacturers. These regulations encourage development of low energy use technology which will help to decrease energy consumption while in standby mode and also when the devices are being used. Natural Resources Canada provides a detailed list of home appliances and devices that fall under these regulations:  NRCAN Energy Efficiency Regulations

Every bit of energy that you save does count! Environment Canada has many suggestions pertaining to energy usage that will help save you money as well as protect the environment: Environment Canada Eco-Tips


Did you know that between 5 and 10 percent of you total energy usage per year comes from these electronics that are plugged in all the time? This can add up to 100-200$ extra on your annual energy costs!

Challenge:
We challenge you to unplug your small appliances and electronic devices between uses for 1 month and see how easy it can be to reduce your energy consumption!

Tip
-devices in close proximity can be plugged into power bars which can be shut off at the flip of a switch making this task much easier.

Additional Information:
To find out more about which energy sapping devices are costing you money check out these websites:     
 To accept the challenge click here

The Lunchbag Challenge

The amount of waste related to food is much more vast than we tend to acknowledge. Food production, food packaging, and food transport are all part of a large network of industries that, working together, ultimately result in what you find on your plate as you tuck into a meal. We tend to not think about the vast amount of time and energy needed to provide daily conveniences such as fast-food restaurants that many people rely on for their lunchtime meals.

In 2003 Statistics Canada estimated that approximately $63 billion was spent by Canadians on food and non-alcoholic beverages in stores. 20% of that total was attributed to prepared foods, dairy, and eggs. From these statistics we can see that there is a reason to reduce our consumption of pre-packaged foods. 

Packing your own lunch reduces the amount of waste you produce from non-reusable lunch items such as paper or plastic wrappers, cups, plates, straws etc. When you pack it yourself you reduce your CO2 emissions by 44.6lbs and it can save you approximately $20. Waste free lunches reduce your total costs by as much as 40%. Make sure you use a reusable lunch container, and reusable food containers as well. Try introducing non-pre-packaged foods into your lunches to reduce the amount of plastic and paper waste. 

Challenge:

Pack your lunch everyday for month and see how you can save! Make an attempt to buy local and organic if you can because both of these choices are a result of low-energy input in the production and transport process. For those times when you cannot pack your own lunch try to reduce the amount of waste created when you buy your lunch. Also make sure to properly sort any waste that you do make!

Additional Information:
Here are some further resources on food sustainability:

Carbonrally

David Suzuki Foundation

Statistics Canada  

 To accept the challenge click here

Bring your own Mug






Paper and cardboard make up over 40% of the solid waste buried in North American landfills. Of that 40%, a disproportionate amount is attributable to disposable coffee cups
The word “paper” might suggest that the paper cup is easily recycled and that it is not as bad as its plastic cousin. However, most paper cups are coated with a plastic resin (i.e., polyethylene) for durability and convenience, therefore making both their composting and recycling impossible and all of those cups end up in landfills.

-        Green Global USA’s Coalition for Resource Recovery estimates that if all paper cups were recycled, 645,000 tons of waste would not end up in landfills.

-       Did you know Canada disposes of more coffee cups per year than there are people in China, and that’s just  mere 30 million people out of nearly 7 Billion on the planet? 


-       Coffee is the #2 traded commodity in the World and the #1 is Crude Oil.  Oil is everywhere, in our cars, in our power plants, in pipelines, refineries, tankers, and sand. There’s really only one use for coffee and 64% of Canadians say they drink it everyday, averaging 2.8 cups, with 88% saying they drink it at least once per week. Our individual acts, our morning routine, results in 2.25 Billion cups consumed each year worldwide.
-       - Well for many, it’s in a paper cup. In fact, Canada produces 1.6 Billion Paper Coffee Cups per year, which takes 350,000 trees and 400 million gallons of water to produce. One study found that the city of Toronto produces 1,000,000 coffee cups per day alone. Not only do we consume the coffee, we consume all the materials and energy used to make the disposable cups.
-       The average coffee cups is used for 10 to 15 minutes, after which it spends around 500 years in a landfill.
Talkin` Trash with UHN

It's time to rethink a little about our way we drink the beloved coffee every day. You can start putting you mug with your lunch bag to make sure that you will not forget it .So every time you want a coffee you will not need to use a paper cup.



The Challenge and CO2 emissions
During 1 week we challenge you to use 5 less disposable coffee cups. Doing this little change, you will reduce CO2 emission by 1.25 Ibs per week.

Do not be discouraged thinking that your change will not make much difference. After all, you can invite more people to participate of the sustainable challenges and they can make the difference together with you.

Ps.:  Based on an April 2000 Starbucks/Alliance for Environmental Innovation Joint Task Force report, the CO2 emission is about 0.25 Ibs per medium-sized coffee cup.. That includes both the CO2 released when fossil fuels are burned to create the energy needed to manufacture the paper in the coffee cup and then manufacture the coffee cup itself. It also includes the energy used to transpot the cups from the factory to the coffee shop. 


  To accept the challenge click here





More Information:








Print Less

                                                                                                     picture: http://green.harvard.edu/


We all know of the need to print important documents, assignments, research and other things. However, have you ever stopped to think how many times you printed something unnecessary that after a few days you did not use anymore?

-       Paper and paper products accounts for more than 1/3 of all Canada’s waste.

-       Canada uses 6 million tons of paper and paperboard annually. Only 1/4 of Canada’s waste paper and paperboard is recycled.

-       Approx. 324 L. of water is used to produce 2.25 pounds of paper.


-       As many as 24 trees are required to make one ton of paper.

-       Global paper use has grown more than six-fold since 1950. One fifth of all wood harvested in the world ends up in paper. Pulp and paper is the 5th largest industrial consumer of energy in the world, using as much power to produce a ton of product as the iron and steel industry. In some countries paper accounts for nearly 40 percent of all municipal solid waste.

-       Average worldwide annual paper consumption is 48 KG per person.


After read these information, what about think before you print in the next time? Besides the number, I bet you had not thought of how much energy is spending in papermaking. Manufacturing paper requires energy. That paper starts as a tree. The tree gets harvested, transported some distance to a plant to get sliced up into chips. Those wood chips are then transported to a pulp mill, which can be thousands of miles away. At the pulp mill, the wood chips are ground into pulp, which gets bleached and washed and sent to the paper mill to be made into paper. Eventually, the paper is cut into the right size sheets for your laser printer, packaged, and then shipped — again, maybe thousands of miles — to your local office store.

The Challenge and CO2 emission
As each ream (500 sheets) of copy paper used is responsible for 30.5 pounds of released CO2 reducing your use of paper by just one quarter during 1 month will save 7.6 pounds pf CO2.
Remember, recycling is good but reducing the amount of paper you use to begin with is even better. You’ll save money and reduce carbon.
To accept the challenge click here click here

What changes we can do:
Reduce
·         Only print what's necessary.
·         Make the point size smaller in your documents to reduce the number of printouts.
·         Send people PDFs instead of printouts.
·         Don't overprint: find out how many people need to receive what you are sending out.
·         If you are printing a document to review, edit, or make comments, make them on-screen instead. You can do this with the “Track changes” and “Insert comments” features in Microsoft Word. Speaking of Word, another way to get more words on a page (and therefore use less paper when you finally print) is to decrease your font size and change Word’s “generous” default margins so that there isn’t as much white space surrounding your text.
·         If you really have to print, do it on both sides of the paper.
·         Some printers have a booklet setting which prints two-up pages on both sides of the paper, effectively giving you four on one sheet of paper- a 75% reduction.
Reuse
·         Use the other side of printed sheets when documents are drafts, so you can make notes, for example. Once you`ve used both sides of the paper, then you can recycled it.
·         Cut scraps of paper and use them as notes.
·         Donate your old books, trade and consumer magazines to your local library.
Recycle

·      Recycling saves 3 to 5 times the energy generated by waste-to-energy plants, even without counting the wasted energy in the burned materials.
Making a ton of paper from recycled paper saves up to 17 trees and uses 50 percent less water than does creating paper from virgin pulp
·         Recycling 1 ton of mixed paper saves the energy equivalent of 185 gallons of gasoline
·         Recycling 54 KG of newspaper will save one tree.


Global consumption of wood fiber for papermaking can be cut by more than 50 percent, reports a new study by the Worldwatch Institute. This reduction can be achieved through a combination of trimming paper consumption in industrial countries, improving papermaking efficiency, and expanding the use of recycled and nonwood materials, according to Janet Abramovitz and Ashley Mattoon, co-authors of Paper Cuts: Recovering the Paper Landscape



More Information:






Tuesday, February 3, 2015

Cut down your shower time!

In 2004 Environment Canada estimated that the average Canadian domestic water use per capita was approximately 329 litres of water a day. Most people would never think they would use so much water everyday! Most municipalities charge a flat rate per household for water meaning everyone pays the same no matter how much water they've used. Households that are not linked to a municipal water supply have their own wells to draw from and therefore do not have to pay this fee. In both situations there is really no financial incentive to reduce water consumption.

What about the environmental cost?

Our fresh water resources seem like an inexhaustible supply considering we here in Canada have access to 7% of the world's entire renewable fresh water supply. However, as our population expands and water demand increases, we are starting to see the effects of the stresses we are putting on our fresh water systems. On PEI we rely solely on groundwater for our source of freshwater. As a province whose major industry is agriculture we must be careful not to contaminate this supply with pesticides and fertilizers, or draw too much for field irrigation. When we combine the increased water usage by a growing industrial sector and growing population we put a great strain on these groundwater sources. For example, in the summer of 2012 the Winter River watershed that feeds the groundwater supply for PEI's capitol city almost ran dry with over-consumption of water Click here for the full story
. With a changing climate that could bring much drier conditions we must learn to change our habits concerning water usage. 

What can we do?

There are many ways in which we can reduce our water consumption at home on a daily basis. Showering is one of the activities that uses up the largest amount of fresh water in our daily activities. Environment Canada estimates that 35% of water usage in Canadian households is used for showers and baths Environment Canada - Wise Water UseDid you know that shortening your shower by even a minute or two can save over 500 litres of water a month? 


Challenge:

We challenge you to reduce your shower time to under five minutes and to take only one shower per day (depending on whether you're planning to go to the gym or not) for 1 month.

If you have other ideas about ways to reduce your water consumption, don't be afraid to incorporate those into the challenge too and be sure to share your thoughts on how you keep your water consumption low at https: UPEI Student Sustainability Challenges 



Additional Information:
You can find more information about water conservation here:

https://www.ec.gc.ca/eau-water/default.asp?lang=En&n=F25C70EC-1

http://www.canadianliving.com/life/green_living/water_saving_ideas_for_every_household.php

http://www.water-matters.org/topic/water-conservation/household-tips

 To accept the challenge click here

Change a few Bulbs






What do you think about something really simple as change a few bulbs in your home? I know, you did not know that innocent bulbs could be responsible for a considerable about of electricity, but don’t feel guilt about it, we are to help you helping the planet.  
Before talk about the challenge, it is important to know that a great way to prevent more carbon dioxide emission is reducing our energy consumption. How often you are in the kitchen, but the light in your room are turn on unnecessarily? Much of the energy we use comes from power plants that use fossil fuels. So, if we save electricity, power plants will have to produce less energy. Less energy means less burning of fossil fuels and less carbon dioxide emitted.


Energy Efficient Lighting

-          Electric lighting burns up 25% of the average home energy budget.
-          The electricity used over lifetime of a single incandescent bulb costs 5 to 10 times the original purchase price of the bulb itself.
-          Replacing a single incandescent bulb with a CFL (Compact Fluorescent Light bulbs) will keep a half-ton of CO2 out of the atmosphere over the life of the bulb. If everyone in the US used energy-efficient lighting, we could retire 90 average size power plants.
-          According to energy start: it is possible use about 70-90% less energy than traditional  incandescent bulbs
A power plant will emit 10mg of mercury to produce the electricity to run an incandescent bulb compared to only 2.4mg of mercury to run a CFL for the same time. The net benefit of using the more energy efficient lamp is positive, and this is especially true if the mercury in the fluorescent lamp is kept out of waste steam when the lamp expires.
 Maybe you can think that this challenge is too much for you because even though fluorescent light bulbs can be easily found at most hardware or building supply stores they can be a bit expensive. But I'm happy to give you the news that you are half-wrong. CFL last 10 times longer than an incandescent bulb and CFL use 50 to 75% less energy. With this is mind, you is going to save about $30 in decreased energy use over the life of the CFL. This value plus the least amount of energy you will use outweighs the purchase of new bulbs.
CFLs come in all shapes, sizes, and wattages. So if you are using a 60-watt incandescent bulb, try to buy a CFL is equivalent to a 60-watt incandescent bulb. And if you think that CFLs are too white, you can buy a “warm white”. If you need whiter, cooler light, then look for “cool white” bulbs


The Challenge and CO2 emissions
We challenge you to change just 3 of your bulbs to CFLs. After doing this, you will be credited 2.1 pounds of CO2 savings every day for the next 5 years (the average life of your new CFL bulbs) and also save $ 18 per year in energy cost. After this time, you will avoid an annual impact of 766 Ibs.
If you live in a house, you may have 30 or more light bulbs. Don`t give up. You can came back here and accept this challenge again as much as you want!


PS.: This challenge is based on numbers of CFL and Incandescent bulbs, but you can also opt for LED lights that although more expensive, they consume less energy and last much more. Check the table below to understand more.


                   To accept the challenge click here  http://sustainabilitychallengesupei.blogspot.ca/p/form.html


More Information:


Let the bottled water go


Let the bottled water go


Canadians are drinking more bottled water than in the past. The International Council of Bottled Water Associations estimates that in 2000, 820 million liters of bottled water were produced for Canadian consumption. By 2003 that figure had risen to almost 1.5 billion litres.
Statistics Canada

Sales and consumption of bottled water have skyrocketed in recent years. From 1988 to 2002, the sales of bottled water globally have more than quadrupled to over 131 million cubic meters annually. Bottled water sales worldwide are continuing to increase annually far faster than almost any other category of commercial beverage.
Bottled water

Understanding more about it:
The plastic used in water bottles is not only made from fossil fuels, but fossil fuels are burned to create the energy needed to manufacture the plastic, form the bottles, and then fill them with water. And, as you know, burning fossil fuels releases carbon dioxide. Bottling all that water in 2006 released an estimated 2.5 million tons of CO2 into the atmosphere.
Also, bottled water needs to be transported by truck, train, plane, or ship from where it was bottled to where we buy it and drink it. This part consumes fossil fuels and releases CO2 too. Even refrigerating bottles of water in the convenience store has a carbon impact since the electricity used by the store’s refrigerator is most likely produced by burning fossil fuels.

.
·         Energy Required to Make PET Plastic
According to the plastics manufacturing industry, it takes around 3.4 megajoules of energy to make a typical one-liter plastic bottle, cap, and packaging. Making enough plastic to bottle 31.2 billion liters of water required more than 106 billion megajoules of energy. Because a barrel of oil contains around 6 thousand megajoules, the Pacific Institute estimates that the equivalent of more than 17 million barrels of oil were needed to produce these plastic bottles.
·         The Pacific Institute estimates that in 2006:
Bottling water produced more than 2.5 million tons of carbon dioxide.
It took 3 liters of water to produce 1 liter of bottled water.

·         Carbon Dioxide Emissions from Consumption of Bottled Water
The manufacture of every ton of PET produces around 3 tons of carbon dioxide (CO2). Bottling water thus created more than 2.5 million tons of CO2 in 2006.
·         Transporting and Recycling Bottled Water
More energy is needed to fill the bottles with water at the factory, move it by truck, train, ship, or air freight to the user, cool it in grocery stores or home refrigerators, and recover, recycle, or throw away the empty bottles. The Pacific Institute estimates that the total amount of energy embedded in our use of bottled water can be as high as the equivalent of filling a plastic bottle one quarter full with oil.
Many people prefer bottled water because they think that the quality of the water is better and safety than their tap water. “Ironically, despite its cost, users should not assume that the quality of bottled water is adequately protected, regulated, or monitored. Even where regulations exist, bottled water plants typically receive far less scrutiny from inspectors than other food plants or municipal water systems. In many places, such as the United States, bottlers themselves do most sampling and testing, which opens the door to fraud, misreporting, and inadequate protection. Ultimately, the provision of clean water to all will not come from sales of bottled water but from effective actions of communities, governments, and municipal providers to provide a safe and reliable domestic water supply.” (Bottled water)

The Challenge and CO2 emissions

So those are the rules: we challenge you to exchange bottles of water by the water of quality of your tap. This challenge lasts only 1 week, but do not be fooled, because it can makes a big difference.
With this little change you will reduce your CO2 emission by 3 pounds. And if you want you can take this challenge as many times as you prefer!

                       To accept the challenge click here  http://sustainabilitychallengesupei.blogspot.ca/p/form.html

What changes we can do:

·         Buy a refillable water bottle and carry it with you when you leave your house.
·         If you already buy some bottled water, just reuse it.
·         In a restaurant, ask for tap water instead of bottled water.

Reading more about it here:



Need a ride? How about carpooling

A little background:

As stated by Environment Canada, transportation accounts for 24% of all greenhouse gas emissions throughout Canada. A great deal of the transportation that takes place occurs using personal vehicles. In 2012 Transport Canada estimated that there were 20 million light personal transport vehicles in use in Canada as well as 750,000 medium duty or heavy duty trucks. Many of these vehicles would be in use on a daily basis, constantly adding to Canada's total GHG output. Also, the amount of single occupant vehicles on the road far outweighs vehicles with full occupancy.   


How to cut down those GHG's:


One of the best ways to combat traffic congestion, increased fuel consumption, and CO2 emissions, is to organize a carpool with a group of friends. Carpooling even just twice a week can remove up to 1600 pounds of CO2 per year that would otherwise be released into the atmosphere. On average, a commuter can save up to $600 every month on the cost of running their vehicle by having a group of people to carpool with. 

We all see how many cars are on the road everyday even within our own communities. The amount of CO2 produced from our vehicles is one of the major contributors to global greenhouse gas (GHG) emissions. This increased amount of GHG's from human activities (carbon dioxide in particular) in the atmosphere has led to a change in the average global temperature as well as climate systems around the world. To learn more about the Greenhouse Effect and why CO2 reduction is important please visit the Environment Canada link below:


                       http://www.ec.gc.ca/sc-cs/default.asp?lang=En&n=863DE3DE-1

Challenge:

We challenge you to organize your commute to school, or other places, with a group of friends via carpooling for 1 month. Either switch up the vehicle being used, or work out how to divide the gas money. 

Tips:
-plan your day to reduce the amount of extra stops you make which can increase your fuel consumption.

Additional Information:



                                      To accept the challenge click here  http://sustainabilitychallengesupei.blogspot.ca/p/form.html


Paper or Plastic? Better neither one



Paper or Plastic? Best neither


“Paper and plastic bags gobble up natural resources and cause significant pollution. When you weight all the cost to the environment, you might just choose to reuse”
                                                                                              The Washington Post

Plastic checkout bags are a relatively recent phenomenon; according to the Society of the Plastics Industry, the plastic grocery bag was introduced in 1977. Given its ubiquity, it's hard to believe they're only 31 years old. But it also means there's a plastic bag generation among us, one more chink in the disposable chain.

-          If you use paper bag, just check it out:

·         Americans consume more than 10 billion paper bags each year. Some 14 million trees are cut down annually for paper bag production.
·         The use of toxic chemicals during the production of paper for bags contributes to air pollution, such as acid rain, and water pollution.
·         Paper must be returned to pulp by using many chemicals to bleach and disperse the fibers. Although paper bags have a higher recycling rate than plastic, each new paper grocery bag use is made from mostly virgin pulp for better strength and elasticity. Bags that are recycled are often turned into corrugated cardboard, not new paper bags.
·         Paper is degradable, but it can not completely break down in modern landfills because of the lack of water, oxygen and other necessary elements. About 95% of garbage is buried beneath layers of soil that make it difficult for air and sunlight to reach it

-          If you use plastic bag, just check it out:

·         Worldwide, an estimated 4 billion plastic bags end up as litter each year. Tied end to end, the bags could circle the Earth 63 times!
·         Hundreds of thousands of marine mammals die every year after eating discarded plastic bags. Turtles think the bags are jellyfish, their primary food source. Bags choke animals or block their intestines.
·         A single plastic bag can take up to 1,000 years to degrade.
·         More than 3.5 million tons of plastic bags, sacks and wraps were discarded in 2008.
·          Every square mile of ocean has about 46,000 pieces of plastic floating in it.
·         The average family accumulates 60 plastic bags in only four trips to the grocery store.

-          Paper Vs plastic

·         The U.S. uses 100 billion plastic bags annually, made from an estimated 12 million barrels of oil.
·         It takes more than four times as much energy to manufacture a paper bag as it does a plastic bag.
·         7 in 10 Americans do not know that plastic is made from petroleum products, primarily oil, according to a recent nationwide online survey.
·         The production of paper bags generates 70% more air and 50 times more water pollutants than production of plastic bags.
·         It takes 98% less energy to recycle a pound of plastic than it takes to recycle a pound of paper. But recycling of both types of bags are extremely low- plastic (1-3%), paper (10-15%)
·         Even though petroleum-based plastic will never biodegrade, nearly 4 in 10 believe plastic will biodegrade underground, in landfills or in the ocean.
·         Gregory TenEyck, a spokesman for Safeway, said it takes about seven trucks to carry the same amount of paper bags as one truckload of plastic bags.


The Challenge and CO2 emissions
So here's the deal: we challenge you not to use plastic bags or paper bags for 1 month. And if you forget to bring your reusable bags for your shopping sometimes (I said a couple of times) just extend the duration of the challenge.
With this small change you'll be avoiding the emission of 6 pounds of CO2, is not it amazing!
At the end of the month, I'm sure you're used to leave some reusable bags in the car, in your backpack or office when you need to use it, and it will become natural to you.
Ps .: the end of the month, you can came back and make the challenge over again.
A simple step that very account for the Planet.

                   To accept the challenge click here  http://sustainabilitychallengesupei.blogspot.ca/p/form.html

What changes we can do:

-          Invest in high-quality reusable bags: each of which has the potential to eliminate an average of 1,000 plastic bags over its lifetime. The bag will pay for itself if your grocery store offers a 5- or 10-cent credit per bag.
-          Buy collapsible plastic crates and keep them in your car. At checkout, food goes into the crates, making it easy to bring food into the house in one or two trips.
-          Think twice about requesting a plastic bag if your purchase is small and easy to carry.
-          Reuse the bags you have: Line your litter box with them; crumple them and use them for packing. Cut the handles off, add some string and make a toy parachute; use them for an impromptu diaper pail. Line your trash cans with them; just be creative- I have certain that you will find a way to customize the bags that you have!
-          Keep reusable bags in your home, office or car so they are available when you go shopping.


More Information:

 In t­he broad expanse of the northern Pacific Ocean, there exists the North Pacific Subtropical Gyre, a slowly moving, clockwise spiral of currents created by a high-pressure system of air currents. The area is an oceanic desert, filled with tiny phytoplankton but few big fish or mammals. But the area is filled with something besides plankton: trash, millions of pounds of it, most of it plastic. It's the largest landfill in the world, and it floats in the middle of the ocean.
The gyre has actually given birth to two large masses of ever-accumulating trash, known as theWestern and Eastern Pacific Garbage Patches, sometimes collectively called the Great Pacific Garbage Patch. The Eastern Garbage Patch floats between Hawaii and California; scientists estimate its size as two times bigger than Texas.
Plastic constitutes 90 percent of all trash floating in the world's oceans [source: LA Times]. The United Nations Environment Program estimated in 2006 that every square mile of ocean hosts 46,000 pieces of floating plastic. Of the more than 200 billion pounds of plastic the world produces each year, about 10 percent ends up in the ocean [Greenpeace]. Seventy percent of that eventually sinks, damaging life on the ocean floor [Greenpeace]. The rest floats; much of it ends up in gyres and the massive garbage patches that form there, with some plastic eventually washing up on a distant shore.
The main problem with plastic -- besides there being so much of it -- is that it doesn't biodegrade. No natural process can break it down. (Experts point out ­that the durability that makes plastic so useful to humans also makes it quite harmful to nature.) Instead, plastic photodegrades. A plastic cigarette lighter cast out to sea will fragment into smaller and smaller pieces of plastic without breaking into simpler compounds, which scientists estimate could take hundreds of years. The small bits of plastic produced by photodegradation are called mermaid tears or nurdles.
Plastic has acutely affected albatrosses, which roam ­a wide swath of the northern Pacific Ocean. Albatrosses frequently grab food wherever they can find it, which leads to many of the birds ingesting -- and dying from -- plastic and other trash. On Midway Island, which comes into contact with parts of the Eastern Garbage Patch, albatrosses give birth to 500,000 chicks every year. Two hundred thousand of them die, many of them by consuming plastic fed to them by their parents, who confuse it for food [LA Times].
Most of this trash doesn't come from seafaring vessels dumping junk -- 80 percent of ocean trash originates on land [LA Times]. The rest comes from private and commercial ships, fishing equipment, oil platforms and spilled shipping containers (the contents of which frequently wash up on faraway shores years later).
Scientists who have studied the issue say that trawling the ocean for all of its trash is simply impossible and would harm plankton and other marine life. In some areas, big fragments can be collected, but it's simply not possible to thoroughly clean a section of ocean that spans the area of a continent and extends 100 feet below the surface [UN Environment Program].
                                                                                  Source: How stuff works






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