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The bar chart illustrates how much carbon emissions were released from three fossil fuels : gas, oil, and coal in the UK throughout a 20-year.

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The bar chart compares data on the amount of carbon emissions released into the air by three different types of sources, measured in million tons, over 5 periods ranging from 1990 to 2010

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The bar chart illustrates the amount of carbon which was released by the three types of fuel sources in the UK over a period of 20 years from 1990 to 2010. Overall, carbon produced into British air by the sources had never been lower than the threshold of 600 millions tons while coal decreased over the period when comparing with gas and oil.

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The bar graph shows greenhouse gas emissions in the UK from three main energy sources. It compares the emission levels of each fuel type from 1990 to 2010.

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The bar chart compares the amount of carbon emitted to the environment from three different fuel sources over two decades and measured in million tons.

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Overall, greenhouse gas emissions from burning gas increased, while oil and coal tended to decrease. In addition, at the beginning of the period, coal was burned and emitted the most carbon emissions, but the opposite happened in the final year.

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The bar graph illustrates the quantity of carbon from three various of emission sources into the environment and in the air in the UK from over a period of 20 years 1990 to 2010.

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The bar chart illustrates the amount of carbon emissions in the UK from gas, oil, and coal over a 20-year period, between 1990 to 2010, measured in million tons. In general, carbon released into the British air by these sources had never been lower than the threshold of 600 million tons, while coal showed a consistent decline compared to gas and oil.

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The bar chart illustrates the amount of carbon emissions were released from three emission sources in the UK throughout a 20-year period starting from 1990 to 2010

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In general, carbon released into the British air by the sources had never been lower than the threshold of 600 million tons while the only one to witness its trend consistently going upwards throughout the period was Gas.

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Generally, the amount of carbon released from these three sources had always exceeded 600 million tons, but in the end, Gas was the only fuel that witnessed itself emitted more carbon.

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In general, carbon released into the British air by the sources had never been lower than the threshold of 600 million tons while the oil and coal witnessed a downward trend, coal was burned and released the most carbon emissions, but the reverse was true for gas in the final year.

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while among three fossil fuels, gas was increase trend every years and different from the other fossil fuels.

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Overall, there was an increase in the amount of greenhouse gas discharged from gas source, while the oil and coal noiticed a downturn trend. Beside that, at the beginning of data, coal was burned and released the most carbon emissions, but the contrast in the future.

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In 1990, coal was the dominant source of carbon emissions, reaching around 300 million tons, which was significantly higher than oil at approximately 250 million tons. Gas, being the least polluting, recorded slightly lower emissions than oil. However, by 1995, while coal emissions dropped and equaled gas at around 270 million tons, oil remained the lowest, staying under 250 million tons. This marked a shift where gas caught up with coal, narrowing the previous gap.

# data[].attributes.body
The bar chart illustrates the amount of cabon emitted to the air in the UK from 3 main energy sources, measured in million tons, over a period of 20 years from 1990 to 2010.

In general, carbon released into the British air by the sources had never been lower than the threshold of 600 million tons while gas showed a consistent upward trend each year, setting it apart from the other fossil fuels.

In 1990, coal was the largest contributor, emitting over 300 million tons of carbon, followed by oil at around 275 million tons, while gas produced the lowest emissions at approximately 220 million tons. By 1995, emissions from oil and coal remained almost unchanged, while gas emissions increased slightly.

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In 1990, the quantity of Coal was highest with more than 300 million tons, after that decline to about 270 million tons after 5 year. This number were decrease after  over year and stopped with 190 million tons in final year. Similar with that, Oil that the UK produce it 270 million tons in 1900, then drop around 240 million tons 5 year after. All year after that, the figure of Oil had fluctuate but not much

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The amount of carbon releases from gas was 220 million tons in 1990. Over 5 years, it increased slightly to 270 million tons. Then, it continued to climb up around 300 million tons from 2000 to 2010. 270 million tons of carbon from oil emitted to the UK’s atmosphere in 1990. The amount of carbon releases from oil drop to 240 million tons in 1995 and rose again to 260 million tons in 5 years layer. After that, it decreased constantly and reach the peak at 180 million tons in 2010. With the same period, the coal exhausted 320 million tons carbon emissions and was the highest tons comparing with oil and coal in 1990. Then the amount of it was witnessed downward trend from 270 million tons to 180 million tons in the last 15 years in this period.

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In 1990, the quantity of carbon emission from coal just departed at the point around 310 million tons, after which it experienced a slight decrease to around 270 million tons. The figure continued to slowly decrease and reach its bottom at just under 200 million tons in 2010. Same as the carbon emission from coal, the amount of greenhouse gas produced from oil was roughly 265 million tons at the year 1990, followed by the gradual fall to around 210 million tons in 2010, despite an insignificantly rise in 2010.

By contrast, although the amount of emission from gas started at the lowest point in 1990, approximately 220 million tons of carbon emissions were generated by using gas in the UK, with a subsequent dramatic growth to over 300 million tons after a decade. In the last 20 years, this figure then kept rising and peaked at 320 million tons in 2010.

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Initially, Gas was emitted a lower carbon amount of 220 million tons compares with 270 million tons of oil and 310 million tons of coal in 1990. Next, after two decades, both Oil and Coal had decrease their carbon footprint to 210 and 145 million tons, 60 and 155 millon tons lower than where they start. Moreover, in just 20 years, Gas had drastically increased its release of carbon up to 310 million tons. Finally, while Gas and Coal shared the same tendency of steadily, oil had witnessed a slight raise to 260 million tons in 2000 and continue to decrease untill 2010.

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Firstly,A sharp increase was witnessed in the carbon emissions, with a gap of 100 million tons being recorde from 1990 to 2010. Nevertheless, in contrast to gas, the carbon emissions coal was decreased significantly around 110 million tons in the same years. At the end, there was slightly fall in the carbon emissions oil, with 40 million tons being recorded.

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Looking at the chart in more details, initially Gas emitted the least amount of carbon into the British air before witnessing a significant increase by 50 million tons in the year 1995. Followed by that, a sharp incline was seen in the quantity of carbon Gas exhausted into the British atmosphere from 270 to 300 million tons. After that, there was a mild but consistent rise in the volume of carbon that Gas emitted into the British air by approximately 5 million tons in 2005, followed by another increase of 5 million tons at the end of the period.

Moreover, in 1995, the amount of carbon Oil released into the UK's atmosphere had a considerable drop from 270 down to 240 million tons, which was still less than the significant drop of Coal's carbon emission by 10 million tons. Next, the quantity of carbon emissions released by Oil bounced back up to 260 million tons, while the figure of Coal moderately declined from 270 million tons to 250. After that, the volume of carbon emissions exhausted by Oil and Coal both consistently slid down by 20 million tons in 2005, then at the end of the period, they decreased by 20 and 30 million tons respectively