Introduction to carbon emission data of Chinese provinces, cities and counties

  Carbon emissions refer to the process by which greenhouse gases such as carbon dioxide produced by human activities are released into the atmosphere. Carbon emissions mainly come from human activities such as burning fossil fuels, industrial production, transportation, and agriculture. These activities will emit large amounts of carbon dioxide into the atmosphere, forming an effect similar to the greenhouse effect, causing the temperature of the earth's surface to rise, thereby triggering global climate change.

  Based on the current situation of modern China's economic development, in order to develop the economy in a low-carbon manner and achieve sustainable economic development, we must regard the informatization of carbon emission data as a key development direction. The significance of informatization and digitization of carbon emission data lies in:

• It can produce a huge carbon emission reduction effect and promote carbon emission reduction in various industries.
• Can provide technological support.
• It will help accelerate the formation of a unified national carbon market.

  my country's low-carbon economic development is still in its infancy, and informatization has become an important force in the sustainable development of modern social economy and is conducive to the realization of low-carbon sustainable development. CnOpenData has launched carbon emission data for China's provinces, cities and counties, which are divided into three tables based on the administrative division levels of provinces, prefecture-level cities, districts and counties, which mainly provide specific data on carbon emissions.

Time interval

2000-2021

Field display

Sample data

Carbon emission data of Chinese provinces, cities and counties - provincial level

Carbon emission data of Chinese provinces, cities and counties - prefecture level

Carbon emission data of Chinese provinces, cities and counties - district and county level

Data update frequency

Annual Update

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