Amount of Carbon Emissions in Different Countries During Three Different Years IELTS Writing Task 1

Dec 22, 2022

Amount of Carbon Emissions in Different Countries During Three Different Years IELTS Writing Task 1 is the topic explaining the amount of carbon dioxide gas emission, which was emitted in different countries during the three years. This IELTS section is mainly based on the various types of flowcharts, pie charts, diagrams and graphs. The candidates in order to attempt this section should mandatorily understand the image and then should organise their answer in a subtle way. In IELTS Writing Task 1 topic named Amount of Carbon Emissions in Different Countries During Three Different Years IELTS Writing Task 1, three model answers with different perspectives has been mentioned.

150 words must be written for IELTS Academic Writing Task 1. IELTS Academic Writing Task 1 requires candidates to produce a summary within the alloted time of 20 minutes. Based on the band scores, IELTS writing score is evaluated. The band scores basically ranges in between 0 and 9. The candidates for their purpose of practicing similar kind of topics as Amount of Carbon Emissions in Different Countries During Three Different Years IELTS Writing Task 1, can undertake IELTS writing practice papers as their concern which will help them to flourish their writing abilities.

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Topic: Amount of Carbon Emissions in Different Countries During Three Different Years

Band 8 IELTS Answer

The carbon emission has been demonstrated in the graph below in metric tonnes for six different countries. Notable years are 1975, 1990, and 2005. The six countries included are the United States, Canada, the United Kingdom, Germany, India, and China. The graph clearly illustrates that industrialised nations have stronger infrastructure and technology, and their carbon emission rates are also far higher than those of impoverished countries, which have less access to cutting-edge technology. In contrast to other countries, Germany and the UK were no longer creating as much carbon dioxide as they once did.

The country with the most carbon emissions was the USA. In 1975, the United States was successful in emitting 1200000 metric tonnes of carbon dioxide, and in 2005, this figure rose to 1600000 metric tonnes. The country with the lowest carbon emissions in 1975 was India, however between 1990 and 2005, those emissions gradually rose. India's carbon emissions in 2005 were just over 500,000 metric tonnes. After rising in 1975 at little under 400000 metric tonnes, China's production reached its highest level in 2005 at 1,600,000 metric tonnes. Production then rapidly grew to 62,000 metric tonnes before peaking at that level once more. Canada, in contrast to the other countries, was unable to contest.

Its carbon emissions decreased by more than 200000 metric tonnes during the span of 30 years, essentially remaining constant. Germany's emissions of carbon dioxide remained steady between 1975 and 1990. The overall quantity was about 2500000 metric tonnes. Germany produced around 200000 metric tonnes of carbon emissions in 2005, despite a minor drop. The UK's production, which was little under 200000 metric tonnes but continued to fall between 1975 and 2005, was similarly impacted. It is evident that certain carbon emissions in certain countries were increasing while others were seeing a decline as a result. Only a few countries have been able to maintain their current carbon output levels.

One of the first countries to recognise the impact of excessive carbon emissions on the environment and the trend toward global warming, Canada was able to successfully manage its carbon emission rate.

Band 6.5 IELTS Answer

The above bar chart shows the carbon emission that has been measured in thousand metric tonnes in different countries between the years 1975-2005. The carbon emission rate of six countries is different throughout the time span of 30 years. In the USA, in 1975 the carbon emission was around 1,200000 metric tonnes, which further increased slightly more than 1,350000 metric tonnes.

And in 2005, it had reached the top, touching the level of 1,80000 metric tonnes. For Germany, the carbon emission was the same for the years 1975 and 1990 at 250000 metric tonnes, but it decreased to 20,0000 metric tonnes in 2005. The UK was successful in controlling the carbon emission and reducing them in the following year. It can be seen from the chart, that the carbon emission of the UK was slightly less than 200000 metric tonnes, which was reduced to around 1500000 metric tonnes in 1975 and remained at the same level in 2005. Initially, China was running low compared to the USA, that is, the carbon emission of China was 230000 metric tonnes, whereas that of the USA was 1,20,0000 metric tonnes. But the rate of increase in carbon emission in China is more than that of any other country. It increased by nearly double in the following years and reached 620000 metric tonnes in the year 1990, and 1,55,00000 metric tonnes in the year 2005. In 1975, India had the lowest carbon emission which rose to something more than 300000 metric tonnes in 2005. Between the years 1975 to 2005, the carbon Emission of Canada remained the lowest among the other countries. Its rate of growth of carbon emission was also less than any other country. Thus, it is seen that some countries could put control on their carbon emission, while others could not. Countries like China, the USA, failed to check their carbon emission, but countries like Germany, the UK were successful in putting a check on their carbon emission. The earth is facing serious consequences of global warming, rising sea level, ozone layer depletion, and many more, and one of the important reasons for such consequences is carbon emission, thus efforts should be made to control excessive carbon emission.

Band 7 IELTS Answer

In the given chart, we can see the amount of carbon emission in six different countries. The countries include the USA, UK, Canada, Germany, India, and China. It can clearly be seen from the given chart that the carbon emission rate of the first world countries is much higher than third world countries. The main reason behind such an extreme difference between carbon emission rates between six countries is the technological advancement of the first world countries.

Here it is understood that the Carbon emission by the US has been the highest throughout 30 years, that is from 1975 to 2005. Its initial carbon emission was 1,20,0000 metric tonnes, which had increased to 1,30,0000 metric tonnes after 15 years in 1990. Then it reached 1,600,000 metric tonnes in 2005. Germany tried to maintain the carbon emission at the level of 30,0000 metric tonnes within the period 1975 to 1990. And then it was successful in controlling its carbon emission and reduced it to 200000 metric tonnes. Like Germany, the UK was also successful in controlling its carbon emission rate throughout the 30 years time span and eventually reduced its carbon emission. The UK significantly reduced carbon emissions from nearly over 200000 metric tonnes to 150000 metric tonnes, which almost remained constant till 2005. On the other hand, developing countries like India and China had initial low carbon emissions in 1975, but China rapidly improved its infrastructure and technology, and consequently, its carbon emission rate also increased. By contrast, the carbon emission in China was slightly over 300000 metric tonnes in 1975, which increased in leaps in bounds to 1500000 metric tonnes in 2005, which is almost five times compared to 1975. In 1975, India witnessed the lowest carbon emission rate mainly due to low technological advancement and lesser industrial hubs in the country. The carbon emission of India almost remained constant up to 1995, and slightly increased to 300000 metric tonnes in 2005. Thus, it can be concluded that some countries have been successful enough to control their carbon emission rate while others could not. Today the world is suffering from increasing climate change consequences, increasing trends of global warming, and rising sea levels. Thus, the carbon emission rate of all countries must be checked otherwise it could be fatal for human civilization in the long run.

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