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China

Total Emissions (MtCO₂e) 13,152.05
ND-GAIN Ranking 61st
Share of Global Emissions (%) >25%

Emissions profile

Legend
Energy
85%
Waste
2%
Agriculture
5%
Industrial Processes
8%
LULUCF
0%

China is currently the world's largest emitter of greenhouse gases. According to Climate Watch (2026), in 2023 China accounted for more than 25% of global emissions, corresponding to 13,152.05 million tonnes of carbon dioxide equivalent (MtCO₂e). In per capita emissions, in that same year China emitted approximately 9 tonnes of CO₂e per inhabitant (tCO₂e/inhabitant).

The country is also the world's largest emitter of methane (CH₄), one of the most polluting greenhouse gases. The International Energy Agency (IEA, 2025) estimates that China emitted 54,772 kilotonnes (kt) of CH₄ in 2025, 52% of which came from the energy sector and 28% from agriculture.

The energy sector is by far the largest contributor to emissions in China, accounting for 85% of the total.

The sectoral breakdown is:

  1. Energy (85%) – 11,869.50 MtCO₂e;
  2. Industrial processes (8%) – 1,168.55 MtCO₂e;
  3. Agriculture (5%) – 691.17 MtCO₂e;
  4. Waste (2%) – 285.19 MtCO₂e.

By contrast, the LULUCF sector (land use, land-use change, and forestry) recorded net emissions of −834.35 MtCO₂e, equivalent to −6% of total emissions. This means it acts as a “carbon sink”, i.e., absorbing more carbon from the atmosphere than it emits (Climate Watch, 2026).

Energy Mix

Legend
Coal
60%
Oil
18%
Natural gas
8%
Biomass/Bioenergy
3%
Hydropower
3%
Nuclear
3%
Wind + Solar + Other
5%

China is the world's largest producer and consumer of energy and also the largest emitter of energy-related CO₂. Its energy matrix remains highly dependent on fossil fuels. According to data from the International Energy Agency (IEA, 2026), in 2024 about 86% of the country's total energy supply came from fossil sources, with coal accounting for about 60%. China's energy supply is distributed as follows:

  1. Coal and coal products (60%) – 104,199,877 TJ;
  2. Oil and oil products (18%) – 31,414,697 TJ;
  3. Natural gas (8%) – 14,357,790 TJ;
  4. Solar, wind and other renewables (5%) – 8,693,909 TJ;
  5. Biofuels and waste (3%) – 5,418,537 TJ;
  6. Nuclear (3%) – 4,918,363 TJ;
  7. Hydropower (3%) – 4,895,292 TJ.

At the same time, China led the global expansion of renewable energy capacity in 2024, especially in solar and wind, both within its territory and through the expansion of these sectors in other parts of the world (WEF, 2025). Despite this progress, the country also relies on external sources to meet its energy demand. According to the IEA, China is the world's largest energy importer, with imports accounting for 24% of its total energy supply.

Regarding electricity generation, China ranks 84th out of 198 countries in terms of the share of renewable sources in its electricity mix (Climate Watch, 2026). Renewable sources account for approximately 34% of the electricity generated in the country, according to the IEA (2026), representing a larger share of the electricity mix than of the overall energy mix. Coal remains the main source of electricity generation, accounting for 59% of the total (5,999,924 GWh), followed by hydropower (14% – 1,425,680 GWh), wind (10% – 997,040 GWh), solar photovoltaic (8% – 839,040 GWh), and nuclear power (4% – 450,850 GWh).

According to the World Economic Forum (WEF, 2026), China ranks 14th globally on the Energy Transition Index (ETI) and first among emerging Asian countries.

Climate Ambition

Current status Revised NDC (2025)
Last update NOV/2025
Net-Zero by 2060
Overall Climate Ambition Status
Highly Insufficient

Latest updates

Nationally Determined Contribution

LAST UPDATED: NOV/2025. One week before the start of COP30 in Brazil, China submitted the update to its Nationally Determined Contribution (NDC), with new targets for 2035.

The new version of China's NDC marks two significant shifts in its climate strategy. For the first time, the country sets an absolute emissions reduction target, moving away from an exclusive focus on intensity targets (such as emissions per unit of GDP or per unit of energy). It is also the first time China incorporates all greenhouse gases into its mitigation objectives, rather than carbon dioxide (CO₂) alone.

Mitigation

  1. 2021
    Updated NDC
  2. Revised NDC
    2025
  3. 2030
    CO₂ emissions peak
  4. Cut net GHG emissions 7%–10% below peak
    2035
  5. 2060
    Carbon neutrality

The NDC submitted in November 2025 maintains the 2030 targets already set out in the previous 2021 version, with some updates. Whereas the previous document committed China to peaking CO₂ emissions "around 2030," the new version states that the country will reach that peak before 2030 and achieve carbon (CO₂) neutrality before 2060. It also maintains the targets of reducing CO₂ emissions per unit of GDP by more than 65% relative to 2005 levels and raising the share of non-fossil fuels in primary energy consumption to about 25%.

The update expands the forest stock increase target, projecting growth of 6 billion m³ relative to 2005, and includes an objective that did not appear in the 2021 NDC: raising total installed wind and solar capacity to more than 1.2 billion kW.

For 2035, China sets new targets. The country commits to reducing net emissions of all greenhouse gases by between 7% and 10% below peak levels, indicating its intention to exceed that percentage, although it does not specify exactly what the peak level will be. It also intends to raise the share of non-fossil sources to more than 30% of total energy consumption, expand installed wind and solar capacity to about 3,600 GW—roughly six times the 2020 level—and increase total forest stock to more than 24 billion m³.

In addition, by 2035 the country aims to make new-energy vehicles predominant in new car sales, expand the national emissions trading scheme (NETS) to the main high-polluting sectors, and advance the building of a society better adapted to climate change, within the concept of "ecological civilization" (more details under "Just Transition").

NDC Challenges and Criticism

Policies and action status Insufficient < 3°C world
NDC status against a fair share contribution Highly insufficient < 4°C world

Historically, China sets its climate commitments at levels that can already be achieved solely through existing domestic policies and ongoing investments, which increases the likelihood of meeting and even exceeding announced targets. The country, for example, has already achieved two targets set for 2030 ahead of schedule—installed wind and solar capacity and the increase in forest stock—in addition to establishing itself as the global leader in renewable energy investment (CAT, 2026).

However, when it comes to the level of climate ambition in an international context, China's commitments are considered modest. According to an analysis by the Climate Action Tracker (CAT, 2026), China's current NDC is classified as "Highly Insufficient" for meeting the Paris Agreement's goal of limiting global warming to 1.5°C, including with regard to the country's fair share contribution to the global mitigation effort, as it is currently the world's largest emitter.

In addition, the target of peaking emissions "before 2030" is still considered vague, as it allows emissions to keep growing until the end of the decade, undermining global ambition. The Asia Society Policy Institute (2024), for example, recommends that China reduce its emissions by at least 30% by 2035, in order to align its trajectory with the 2060 carbon neutrality target and lend greater credibility to its climate pledges.

China is seen as a potential international leader on the climate agenda, both because of the weight of its economy and the volume of its "green" investments, not only within its own territory but also on a global scale, in addition to exerting strong influence among Global South countries. Even so, it still needs to adopt more ambitious and rigorous commitments in its NDCs.

Long-Term Strategy (LTS)

China submitted its Mid-Century Long-Term Low Greenhouse Gas Emission Development Strategy (LTDS) to the UNFCCC portal in October 2021.

The strategy sets out general principles, priorities and policy guidelines for advancing toward a low-carbon development model and guiding this long-term transition. The government states that the elements of the LTDS will be incorporated into national economic and social development plans, ensuring its gradual implementation.

The LTDS reaffirms targets that also appear in China's NDC, such as the commitment to achieve carbon neutrality by 2060. The document highlights that China intends to move from its CO₂ emissions peak to neutrality in about 30 years, noting that this is "a shorter interval than that of several developed economies." At the same time, it stresses that the country still considers itself a developing country and faces simultaneous challenges, such as economic growth, improving living conditions and controlling pollution, which makes the green transition more complex.

The strategy places strong emphasis on energy efficiency, advocating the dissemination of advanced low-, zero- or low-carbon technologies, the use of smart manufacturing, systemic integration and circular solutions in energy production and consumption processes.

The document sets out ten strategic priorities, including: promoting a green and circular economy; building a clean and efficient energy system; developing a low-emission industry; sustainable urbanization; creating a low-carbon transport system; substantially reducing non-CO₂ gas emissions; using nature-based solutions (NbS); encouraging technological innovation; expanding social participation; and strengthening climate governance.

Despite this comprehensive framework, the Climate Action Tracker (CAT, 2026) rates China's LTDS as "poor." According to the analysis, although the document sets out guidelines and priorities, there is insufficient clarity on how the targets will be implemented or on the financing mechanisms for the transition, estimated at around US$76 trillion over 30 years. Another critical point is that the neutrality targets refer specifically to carbon dioxide, not to all greenhouse gases.

The CAT notes that if the neutrality target included all greenhouse gases, the strategy could move closer to a pathway compatible with the Paris Agreement. Given the volume of China's emissions, this difference could represent up to 0.1°C more or less in global warming by 2100.

Just Transition

Although it does not explicitly use the terms "just transition" or "climate justice" in its national policies and strategies, China has incorporated principles associated with sustainable development, such as "green development," "common prosperity" and "ecological civilization," integrating climate policy with its economic and technological modernization objectives.

In the official narrative, the energy transition is presented as an opportunity to generate jobs, stimulate innovation and reduce regional inequalities, reconciling economic growth with environmental sustainability. In the Mid-Century Long-Term Low Greenhouse Gas Emission Development Strategy, launched in 2021 (see more under "Long-Term Strategy"), the government highlights the importance of ensuring that the transition occurs in a balanced and sustainable manner, with benefits shared across different regions and social groups.

The 14th Five-Year Plan (2021–2025), which guides the country's economic and social development model, also mentions measures to protect workers and communities in regions dependent on carbon-intensive industries (Amigo, 2025). These include incentives for job creation in sectors such as renewable energy, green technologies and advanced manufacturing, seeking to reduce the negative social impacts of the decarbonization process.

The 14th Five-Year Plan and the 15th Five-Year Plan (2026–2031) further reinforce the building of an "ecological civilization," a concept expressing the idea that prosperity and environmental protection must go hand in hand. This vision upholds justice, efficiency, harmony and cultural development, alongside the pursuit of high levels of production through cleaner processes and the sustainable use of natural resources (Villa, 2022). The concept was incorporated into the Constitution of the Chinese Communist Party in 2012 and into the Constitution of the People's Republic of China in 2018, becoming part of the country's long-term strategic objectives as well, such as building a moderately prosperous society by 2021 and a "modern socialist country that is prosperous, strong, democratic, culturally advanced and harmonious" by 2049.

This is a vision led primarily by the Chinese Communist Party, according to which "civilizations flourish when ecology flourishes and decline when nature deteriorates," and therefore harmonious coexistence between humanity and nature must be promoted. From this perspective, the environment is understood as the foundation of economic prosperity, and ecological civilization incorporates a notion of collective justice by linking a healthy environment to the well-being of the entire population (Wang, 2026).

Adaptation Plans

There is no information on the country's adaptation plan.

Climate Vulnerability and Risk

ND-GAIN Ranking 61st

Score: 53

0.455

Resilience index

A higher score indicates a high level of readiness
Temperature increase between 2.0°C and 5.5°C

by 2100

0.394

Vulnerability index

A higher score indicates a high level of vulnerability

Main climate threats

Floods (Yangtze and Yellow rivers)
Typhoons (southeast coast)
Desertification and drought (northwest and north)

China is a country of continental dimensions, covering about 9.6 million km². For this reason, the types of climate risk facing its territory and population vary by region. The recurring floods along the Yangtze River and the Yellow River, as well as the typhoons that hit the southeast coast, are examples of extreme weather events China will face as global warming and climate change intensify. Conversely, regions in the northwest and north of the country face the opposite risk, with desertification, rising temperatures and reduced precipitation, affecting agriculture and water availability. All of these factors, together with air pollution and soil degradation, can jeopardize ecosystems and food security (Climate Watch, 2025).

According to the University of Notre Dame's ND-GAIN Index, China shows a relatively high level of readiness to cope with climate change, reflected in its 61st-place ranking, demonstrating institutional and technological capacity to implement adaptation policies. According to World Bank reports (2022) on climate risks in China, the country's vulnerability represents a significant threat to economic growth and continued social development, especially in poorer or rural regions.

Extreme temperatures, sea-level rise, intense rainfall, typhoons and drought place considerable pressure on vulnerable groups, urban infrastructure, the economy (especially agriculture and industry) and the country's critical ecosystems. China faces specific challenges related to industrial pollution and rapid urbanization, which intensify climate risks. Intensive agricultural practices and accelerated urban expansion contribute to environmental degradation and increase the vulnerability of local populations.

The Chinese government has established the National Climate Risk Monitoring and Assessment System as a central tool for analyzing and managing impacts, providing data on extreme events and climate projections. This system integrates information on water resources, health, food security, urban infrastructure, transport and energy, enabling the formulation of public policies and adaptation strategies targeted at different regions of the country. World Bank projections indicate that China's average annual temperature could rise by between 2.0°C and 5.5°C by 2100, with a significant increase in heat in the northern and northwestern regions and a higher frequency of extreme rainfall in the southern and eastern regions.

Extreme events caused by climate change can affect the entire country, but the repercussions and intensity of their impacts affect the population unevenly. In China, regional, socioeconomic and rural inequalities amplify the vulnerability of specific communities. Low-income populations, agricultural workers and residents of coastal areas are particularly exposed to climate risks, reflecting a phenomenon of double exposure, in which social and environmental vulnerability overlap.