|cap and trade||carbon dioxide||carbon sequestration||climate change|
|carbon||carbon neutral||carbon tax||CO₂|
|carbon credits||carbon offsets||climate|
|ecological anorexia||ecological footprint||el Niño||ethanol|
|factory farm||fossil fuel||free range eggs||free run eggs|
|global warming||Gore, Al||greenhouse gas|
In Germany, there are more people building windmills than building cars. Why are we North Americans so reluctant to get on with alternative energy, knowing full well there is an exploding captive market for it? Why do we so desperately want to be the Johnny-come-lately?
Pollution is nothing but the resources we are not harvesting. We allow them to disperse because we’ve been ignorant of their value.To their surprise, corporations find that cleaner processes are more efficient and hence more profitable. Corporations just need a prod to get them to act in their own best interest.
~ Richard Buckminster (Bucky) Fuller (born:1895-07-12 died:1983-07-01 at age:87)
|carbon dioxide molecule|
You breathe out about 215.46 kg (475 lbs) of carbon dioxide each year. Just to absorb that, not considering the 20.40 tonnes (22.49 tons) the average American creates by burning fuels, requires 7 trees. To handle all the CO₂ requires 95 trees. We have already levelled over half the planet’s forests, even though we have only a minute fraction of the trees we need.
If the concentration reaches 5%, it will kill you. though it forms only 387 parts per million of the atmosphere, it acts like an effective planetary greenhouse. CO₂ is one of the greenhouse gases. When high energy rays hit a molecule of CO₂, it converts them to heat which cannot escape, warming up the earth. The same molecule of CO₂ can keep on converting rays ad infinitum. Because we humans have been burning fossil fuels at an astounding rate, we have hugely increased the amount of CO₂in the air and this powerful warming effect is getting out of hand.
As you have probably noticed if you warm pop or shake it, the CO₂ fizzes out into the air. The same thing happens to CO₂ dissolved in the ocean as global warming heats the water. This creates a vicious circle where the CO₂ released warms the water causing still more CO₂ to bubble out. You have a run-away effect.
Humanity is conducting an unintended, uncontrolled, globally pervasive experiment whose ultimate consequences could be second only to global nuclear war.
~ Environment Canada (born:1971 age:45) (The Canadian equivalent of the EPA)
Under George Herbert Walker Bush, the USA signed the Kyoto treaty on 1992-12-06. It ratified it in 1992-10-15. It came into effect on 1994-03-21. Under George Walker Bush, the USA reneged on the agreement in 2001.
There are only three other countries refusing to ratify the treaty: Australia, Monaco and Liechtenstein.
Even though Canada and the USA whine piteously about he difficulty of implementing Kyoto it is just a tiny step toward what is required.
It might take another 30 Kyotos over the next century to cut global warming down to size.
~ Jerry Mahlman (born:1940-02-21 age:76) director of the Geophysical Fluid Dynamics Laboratory at Princeton, Science Magazine
|nitrous oxide molecule|
It sounds a bit odd that scientists are concerned about running out of water when most of the planet in covered in it and when there are just as many water molecules as there ever were on planet earth. What they mean is we are running out of clean, fresh water. Even though rains continuously replenish the clean water supply, we have polluted the rivers, lakes and streams making them unsuitable for drinking or agriculture. Further, we are rapidly draining the underground aquifers which took eons to fill.
When you save water, you are not only conserving clean water, you are conserving the energy needed to pump filter and treat it and the energy to heat or cool it.
In the home, you use the most water with your toilet, your shower and your laundry. Measures such as refusing to serve water in restaurants are mere tokens.
To improve your toilet, get a premium toilet with a #1 small and #2 big flush handle. A low-cost solution is to avoid flushing for a #1. Consider putting a brick in the tank. Consider getting a modern toilet that uses less water with more pressure. If you don’t have a sewer hookup, you might consider a composting toilet. These are expensive but, to my surprise, don’t stink.
You can install a low flow shower head that gives you good pressure with low flow. Consider turning off the shower when you soap up. A valve that lets you cut the water flow on and off without changing the temperature will make it much more comfortable to do this. If you like to take 14+ minute showers, you are better off to take a bath if you have an old style shower head. You can soak as long as you want without using any extra water. A bathtub holds about 189.27 litres (50 US gallons). If you like shorter showers, or if you have a modern shower head, showers are more efficient than baths.
The flows from energy-efficient showerheads range from as low as 3.80 litres/minute (1 US gallons/minute) up to 9½ litres/minute (2.51 US gallons/minute), with the most common around 5 litres/minute (1.32 US gallons/minute). These compare to older units at around 14 litres/minute (3.70 US gallons/minute).
Modern front-loading washers use much less water than the older tub designs.
When you are shopping, reduce meat consumption, using it more as a condiment. 453.59 grams (1 lb) of beef requires an input of approximately 9.46 cubic metres (2,500 US gallons) of water (50 bathtubs full), whereas a pound of soy requires 946.35 litres (250 US gallons) of water and a pound of wheat only 94.64 litres (25 US gallons). With the water used to produce a single hamburger, you could take a luxurious shower every day for two and a half weeks. So reducing meat consumption is by far the most effective way to conserve water.
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