How dose the climate change work and what is the problems?

Question

How dose the climate change work and what is the problems?

Answer 1

climate change in coming about because of the increase amount of green house gases released into the atmosphere every year.

these gases burn great holes in the ozone layer creating places where the sun is more concentrated.

as the earths temperature steadily increases polar ice caps and ice burgs melt. millions of litres of fresh water is desposited into the salt water.

problems include increase carbon immisions such as ones in china's main  cities.

there are also many other effects on the environment and humans

i suggest looking at this site if you are interested http://en.wikipedia.org/wiki/Climate_cha...

Answer 2

Mother nature has set weather pattens.  

Climate change is the resulting changes that come about due to mans behaviour.

Be it higher or lower tempters, neither is ok.   If we cant live in harmony with the planet eventually the changes we cause it will cause us problems.   The planet is the one thing we should not be playing with.

Answer 3

manufactures and factories make pollution and that pollution is like poision to our O zone and when they cullide they make holes in the O zone so now ultra violet rays can get into the O zone and harm our earth

Answer 4

the glaciers melt raising the sea level and puting a stop to ocean currents making the oceans stagnet which causes a build up of toxins in the ocean

that kills most marine life and the toxines rise out of the oceans making the air toxic killing most land life in fact that is what killed the animals on earth before the dinosaurs i think

Answer 5

Our weather is always changing and now scientists are discovering that our climate does not stay the same either. Climate, the average weather over a period of many years, differs in regions of the world that receive different amounts of sunlight and have different geographic factors, such as proximity to oceans and altitude.

Climates will change if the factors that influence them fluctuate. To change climate on a global scale, either the amount of heat that is let into the system changes, or the amount of heat that is let out of the system changes. For instance, warming climates are either due to increased heat let into the Earth or a decrease in the amount of heat that is let out of the atmosphere.

The heat that enters into the Earth system comes from the Sun. Sunlight travels through space and our atmosphere, heating up the land surface and the oceans. The warmed Earth then releases heat back into the atmosphere. However, the amount of sunlight let into the system is not always the same. Changes in Earth’s orbit over thousands of years and changes in the Sun’s intensity affect the amount of solar energy that reaches the Earth.

Heat exits the Earth system as the Earth’s surface, warmed by solar energy, radiates heat away. However, certain gases in our atmosphere, called greenhouse gases, allow the lower atmosphere to absorb the heat radiated from the Earth’s surface, trapping heat within the Earth system. Greenhouse gases, such as water vapor, carbon dioxide, methane and nitrous oxide, are an important part of our atmosphere because they keep Earth from becoming an icy sphere with surface temperatures of about 0°F. However, over the past century or so the amounts of greenhouse gases within our atmosphere have been increasing rapidly, mainly due to the burning of fossil fuels, which releases carbon dioxide into the atmosphere. Consequently, in the past one hundred years global temperatures have been increasing more rapidly than the historic record shows. Scientists believe this accelerated heating of the atmosphere is because increasing amounts of these greenhouse gases trap more and more heat.

Complicating Factors

There are many different factors that complicate this system, including clouds, volcanic eruptions, oceans, and people. Additionally, there are likely factors that affect climate which we have yet to identify. Factors interact, resulting in global cooling, global warming, or even contributing to both. Find out more about some of these processes by clicking on the link above.