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Global Warming Crisis

§ July 5th, 2009 § Filed under Environment, save the earth, World News § Tagged , , , , , § No Comments

global-warming-crisisNo one can say exactly what it looks like when a planet takes ill, but it probably looks a lot like Earth. Never mind what you’ve heard about global warming as a slow-motion emergency that would take decades to play out. Suddenly and unexpectedly, the crisis is upon us.

Environmentalists and lawmakers spent years shouting at one another about whether the grim forecasts were true, but in the past five years or so, the serious debate has quietly ended. Global warming, even most skeptics have concluded, is the real deal, and human activity has been causing it. If there was any consolation, it was that the glacial pace of nature would give us decades or even centuries to sort out the problem.

Global warming is a typical global phenomenon, where the causer of the emission does not automatically suffer from it himself. Cause and effect are separated both in time as well as with regard to geography.

In the past, there was a more or less direct relation between the energy consumption (mainly fossil fuels) and the welfare of a country.

This makes it very difficult to reach consensus between the countries about the required steps to solve the problem. The Kyoto protocol shows that the following of the agreement will be doubtful at best if no automatic sanctions take into effect for countries violating it.

Given the severe consequences of global warming, the above sounds quite hopeless for our future. Read on to see how we all are involved in this and how we can benefit from taking our personal responsibility.

One of the things climate scientists worry about is feedback mechanisms. Some feedbacks are positive- they amplify warming, and some are negative they suppress warming. Let’s take a quick look at a graphic showing how cold air is made. Basically, what this graphic is showing us is that at this time of the year, when the Arctic is receiving little sunlight, the radiative input is less than the radioactive output. In other words, more energy leaves the Earth than is added by the sun and cooling occurs.