The Carbon Of The Greenhouse Gas Problem Essay

The other difference between the natural carbon cycle and human-induced climate change is that the latter is rapid. This means that ecosystems have less chance of adapting to the changes that will result and so the effects

Why start something if you can’t finish it? Because, we cut down greenhouse gasses because we started using more natural gas.It would also allow the technologies that we would need time to develop, and become great, magnificent even, and popular. And since jobs and money have been tight, people are buying less. These are my three reasons to support my claim. I think that the U.S. should not make laws on climate change right away. Climate change is a very serious issue but, we won’t be able to start and stop it with the technology that we have. Also if the U.S will do something about climate change, then so might others. Yet, these gases are dangerous risks to the world's businesses, its environment and the health of all people. We have increased our demand of burning fossil fuels.

What is the relationship between increased carbon in the ocean and increased carbon in the soil? Soil started off with a higher level of carbon increasing, but the ocean’s level of

The boreal forests store carbon which controls the rate of global warming caused by human activities. The process is natural through photosynthesis where by the trees and

Australia’s brown coal power stations are the highest carbon emitting power plants in the world. When carbon dioxide is released into the air, it traps the heat and warms the planet. Carbon dioxide currently represents 84 percent of all greenhouse gases, which totals to about 30 billion tons a year, produced by human activities. Not only does carbon dioxide affect the atmosphere, it has also made the oceans 30 percent more acidic and therefore affects a variety of sea organism.

Climate change or colloquially known as global warming, now pose a new threat to civilization as the levels of greenhouse gases (GHG) are soaring to new levels. The most significant contributor to greenhouse gasses would be Carbon Dioxide (Co2). The levels of Carbon Dioxide (Co2) gas have risen to levels civilization has not seen before. As such, the effects of these levels are not known to civilization as data gathered from the ice cores drilled in the Antarctica only shows data up to 650,000 years ago. However we can conclude that present CO2 concentrations are higher compared to any time in the last 650,000 years (IPCC 2007). Current carbon dioxide concentrations are hovering around 389 parts per million (ppm) as of September 2011,

Anthropogenic activity has led to greatly increased emissions of greenhouses gases. Increased temperatures, acidification and stratification are all affected by increased carbon dioxide (CO2) concentrations. These symptoms of climate change have direct and indirect effects on to marine ecosystems, all of which start at the major primary producers of the oceans: phytoplankton.

   The United States releases twenty tons of carbon monoxide per person per year. Carbon Monoxide release is a result of burning fossil fuels with an insufficient amount of oxygen that causes the formation of carbon monoxide that pollutes our environment. Everyday fuel is burnt by cars, airplanes, large factories and manufacturing plants. This is causing a very large and deadly problem for our environment. When gases used on earth are released into the atmosphere they act as a blanket and trap radiation that is then redirected to earth. This concept is called the Greenhouse Effect (Bad Greenhouse, 1).

Humans are polluting our atmosphere causing the Greenhouse Effect.  What’s the Greenhouse Effect?  “The Greenhouse Effect can be visualized as follows: imagine that Earth has been encircled by a giant glass sphere.  The heat of the sun penetrates through the glass.  Some of the heat is absorbed by the Earth, and some is radiated back towards space.  The radiated heat reaches the glass sphere and is prevented from dispersing any further”(Global Warming The Facts).  This makes the heat bounce back towards the Earth, which heats it up tremendously.

The earth’s climate is predicted to change because human activities are altering the chemical composition of the atmosphere through the buildup of greenhouse gases –– primarily carbon dioxide, methane, and nitrous oxide. The heat-trapping property of these gases is undisputed. Although uncertainty exists about exactly how earth’’s climate responds to these gases, global temperatures are rising. Go to the Emissions section for much more on greenhouse gases.

Biogeochemical cycles are “processes by which matter cycles from the living world to the nonliving physical environment and back again,” which include the carbon, water, nitrogen, sulfur, and phosphorus cycles (Raven et al. 59). Trees and other plants serve as important factors that remove carbon dioxide, a greenhouse gas, from the environment. As trees are being increasingly logged, the amount of carbon dioxide that can be removed from the atmosphere is declining. Thus, deforestation has altered the balance of the carbon cycle, as more carbon dioxide is being released into the atmosphere at a higher rate than it can be withdrawn from the atmosphere. Due to this higher concentration of atmospheric carbon dioxide from deforestation, global climate changes such as

Much like the glass of a greenhouse, gases in our atmosphere sustain life on Earth by trapping the sun 's heat. The Earth’s atmosphere contains several different gases that act like a blanket, keeping the Earth warm. Water vapour and some trace gases like CO2, CH4 (methane), O3 (ozone), N2O (nitrous oxide), are “IR active”, i.e. they absorb heat energy, and stop the warmth from escaping into space. Without the entrapment of heat, the earth’s mean temperature would be -180 C and life, as we know it today, would not be possible. These gases are present in the atmosphere in tiny quantities compared to the amounts of oxygen and nitrogen. But even a small change in the concentration of these gases may create an effect that could change our

wetlands are defined as transitional land between terrestrial and aquatic systems where the water table is usually at or near the surface or the land is covered by shallow water. (Cowardin et al.,1979).Wetlands are one of the most productive life support systems in the world characterized with waterlogged soils and recognized for their unique role in regulating global biogeochemical cycles (Reddy and DeLaune, 2008). In the context of global biogeochemical budgets, it is the carbon (C) cycle that wetlands influence the most. carbon density of wetlands are higher among all other ecosystems due to its high productivity and slow decomposition rates, (Kayranli et al., 2010 ).

Deforestation, the cutting and burning of a forest, also increases the amount of carbon dioxide into the atmosphere. A NASA page says that “when a forest is cut and burned to establish cropland and pastures, the carbon that was stored in the tree trunks (wood is about 50% carbon) joins with oxygen and is released into the atmosphere as CO2. CO2, is, of

`With the destruction of mangrove areas, sea grassand coral reef ecosystems have also deteriorated. About 70 % of the Philippines’ coral cover has been destroyed, with about 25% still in good condition and only about 5% in excellent condition. As a result, the productivity of coastal fisheriesmeasured in terms of fish catch also suffered a serious decline. It is estimated that there is a reduction of 670 kg in fish catch for every hectare of mangrove forest that is clear-cut.(CRMP, 1998).`