A Brief Description of Carbon Source Pie Chart
Today, I want to discuss the distribution of carbon sources, and illustrate it with a pie chart. Looking at this chart, it can be seen that the proportion of various carbon sources is crucial to understanding the composition of carbon sources.

Carbon sources are not of the same class. The first to bear the brunt are those born of energy activities. Energy extraction, conversion and use are all important sources of carbon dioxide. Industries such as coal, oil and natural gas combustion, thermal power generation, etc., make a huge contribution to this, often accounting for a considerable share in the pie chart.

Secondly, industrial production should not be underestimated. Many industrial processes, such as cement manufacturing, iron and steel smelting, etc., in the production process, chemical reactions cause carbon dioxide to escape, which also accounts for a certain proportion in the carbon source pie chart.

Furthermore, agricultural activities are also related to carbon sources. Livestock respiration, manure disposal, and methane emissions (also known as carbon dioxide after oxidation) from rice fields, although individual scale or inferior to the first two, are combined into furs, which are also reflected in the pie chart of the overall carbon source distribution.

In addition, land use change and forestry also affect the amount of carbon sources. Deforestation causes carbon storage to decrease, and carbon dioxide is released into the atmosphere; while afforestation increases sinks. These two are also reflected in the pie chart and are an indispensable part of carbon source analysis.

is composed of a carbon source pie chart, which can visually see the proportion of each source, providing insight into the composition of carbon sources, and providing clear guidelines for the formulation of carbon reduction strategies and climate policies, in order to achieve the grand goal of environmental sustainability.