Global Warming

True. The carbon dioxide level in the Earth's atmosphere has been increasing since around 1900 due to human activities such as burning fossil fuels and deforestation. This increase in carbon dioxide is a major contributor to global warming and climate change.

Above normal levels of carbon dioxide refer to an increase in the concentration of this greenhouse gas in the atmosphere beyond what is considered typical. This increase is typically due to human activities such as burning fossil fuels, deforestation, and industrial processes, leading to global warming and climate change.

Greenhouse gases trap heat in Earth's atmosphere by allowing sunlight to enter and warm the surface, but block infrared radiation from escaping back into space. This trapped heat leads to an increase in global temperatures, causing the greenhouse effect and leading to climate change.

During global revision, I would not review detailed grammar or spelling errors. Instead, I would focus on larger structural issues such as organization, coherence, clarity, and overall argument strength.

Yes climate scientists think that people are affecting climate change mostly from carbon emissions (from burning fossil fuels) and because we have destroyed the forests of the world that used to absorb carbon dioxide from the atmosphere.

Sea levels will rise, causing floods

The most important global impact of beach litter would be its harm to marine life and ecosystems. Marine animals can ingest or become entangled in this litter, leading to injury or death. Additionally, beach litter can degrade beach aesthetics and affect tourism and local economies.

No, a greenhouse is different from a shed. A greenhouse is a structure primarily used for growing plants by controlling environmental factors like temperature and humidity. On the other hand, a shed is a small roofed structure typically used for storage or as a workshop.

Carbon dioxide (CO2) has increased significantly in the atmosphere since the beginning of the industrial revolution due to human activities such as burning fossil fuels and deforestation. This increase in CO2 concentration is a major contributor to global warming and climate change.

It is well established that global warming is the most pressing long term threat to our species. There are about a hundred million people living in Bangladesh, a large portion of whom may end up as climate refugees, as well as millions more on Pacific Islands like Malaysia. Although the frequency of the most severe storms is not likely to increase, their power and subsequent damage will. Although some areas are expected to receive more rain fall, other areas will suffer drought, and become desert. The resulting economic hardships will be huge.

The climate is always changing, and we must adapt. The thing is, in this instance we are the ones largely driving the change. There is nothing we can do to stop what we have started--atmospheric CO2 has enormous inertia. But we can slow it down, and take steps to mitigate the effects. We are currently at 393 ppm CO2, and will exceed 400 ppm by 2015. 450 in 2032, and 500 ppm before 2050. 350 ppm is considered the maximum sustainable level.

Global warming is caused by the greenhouse gases in the lower atmosphere. Particularly Carbon Dioxide which is released whenever we burn fossil fuels like gasoline and coal.

The ozone layer has very little to do with global warming.

The Ozone layer is a naturally occurring protective shield in the atmosphere of earth. But due to the depleting factors its concentration is decreasing day by day. However certain methods like filling ozone in hot air balloons and sending it to the ozone layer and then releasing it have been suggested but has been ineffective because of the huge circumference of the earth and its high concentrations ozone can only be replenished by stopping or just controlling the factors affecting it and thus make its formation rate far better than the depletion rate to avoid the global warming.

Major impacts of global warming include more frequent and severe weather events, rising sea levels leading to coastal flooding, loss of biodiversity as ecosystems struggle to adapt, and increased health risks from heatwaves and spreading diseases.

A significant increase in greenhouse gas emissions, such as from burning fossil fuels, deforestation, or volcanic eruptions, could trigger a climate change event leading to mass extinction. This can cause rapid changes in temperature, sea levels, and biodiversity, disrupting ecosystems and threatening the survival of many species.

Only theoretically it is possible, but it is not easily done and will give a very dirty by product carbon monoxide (toxic as w/h/ell)

More conveniant is to electrolytically split water into hydrogen and oxygen by solar electrical energy collectors. It does not take away carbon dioxide from atmosphere, neither does splitting it into C and O2.

The Northern Hemisphere has much more land for vegetation to grow on compared to the Southern Hemisphere. Carbon dioxide (CO2) builds up slowly during the northern winter, when trees and plants are dormant. Then in May everything begins to grow, and CO2 is taken out of the atmosphere, so the levels start coming down. In October and November vegetation stops growing, and in its dormant state it stops absorbing CO2, so the carbon in the atmosphere increases. These levels go up and down like this every year.

The readings for 1958, 1959 and 1960 show this:

1960: May: 320.5 ppm: October: 314.5 ppm

1959: May: 320.0 ppm: October: 313.5 ppm

1958: May: 318.0 ppm: October: 313.0 ppm

Ppm means parts per million, so 320 ppm is the same as 0.032 percent (per hundred).

The recent readings for May are:

2011: 394.35 ppm

2010: 393.22 ppm

2009: 390.18 ppm

See the graph at the link below.

Yes. In fact, burning fossil fuels is the principal way in which humans are increasing the atmospheric concentration of carbon dioxide, with the level going up by a startling 35 per cent since the Industrial Revolution.

Yes, cyanobacteria can increase the levels of carbon dioxide in the atmosphere through the process of respiration. However, cyanobacteria also play a significant role in reducing atmospheric carbon dioxide levels through photosynthesis, where they convert carbon dioxide into organic compounds. Overall, the impact of cyanobacteria on atmospheric carbon dioxide levels depends on the balance between these two processes.

Heating a detached house typically results in a higher carbon footprint compared to a semi-detached house because detached houses have more exterior walls and less shared space, which leads to higher heat loss and increased energy usage for heating. Additionally, detached houses tend to have larger square footage, requiring more energy to heat the space effectively.

Temperature and salinity drive ocean circulation by altering seawater density. Warm, fresh water is significantly less dense than cold salty water and will therefore rise to the top in the ocean. Any process that alters temperature or salinity (such as rain, sea ice formation or seasonal variation) will change the density of the water and allow it to move in the water column, causing circulation of water on a global scale. This is known as thermohaline circulation. Because things such as rainfall and temperature tend to be relatively constant in a given area over a long period of time, a set current of water known as the global conveyor belt has arisen. It plays an incredibly important role in heat transfer over the earth.

fossil fuels can help us by burning them to cook our food, driving us to work everyday, and other things. however, using to many of these fossil fuels can harm us as well. they can run out if they are not renewable. they also destroy the ozone layer, which protects us from the ultra violent rays from the sun. if we put a hole in the ozone layer, the whole planet will die and burn up because of the massive heat.

The thinning of ozone layer is most pronounced over the continent of Antarctica. This is because of the low temperatures there which support the thinning of the ozone layer. However this thinning of ozone layer is increasing the danger of the harmful ultraviolet rays entering the surface of earth and affecting human life.