Carbon Dioxide Emissions 2016
Carbon dioxide emissions reveal environmental impact. Explore rankings, compare countries, and analyze historical trends with interactive maps.
Interactive Map
Complete Data Rankings
- #1
Aruba
- #2
Niger
- #3
Somalia
- #4
Eritrea
- #5
Faroe Islands
- #6
Mali
- #7
Rwanda
- #8
Belize
- #9
Antigua and Barbuda
- #10
American Samoa
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #204
French Polynesia
- #203
Maldives
- #202
Japan
- #201
Barbados
- #200
Burkina Faso
- #199
Sierra Leone
- #198
Seychelles
- #197
Guinea
- #196
Congo, Democratic Republic of the
- #195
Malta
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
Carbon Dioxide Emissions in 2016 were led by Niger, Somalia, and Aruba, each recording emissions of 900,000. The global range for emissions spanned from a minimum of 1.40 to a maximum of 900,000. The global average was 93,606.77, with a median value of 47.00. This snapshot offers a glimpse into the environmental impact across 200 countries.
Economic Growth and Emission Levels
Carbon dioxide emissions often correlate with economic activity. In 2016, countries like Niger, Somalia, and Aruba topped the emissions chart, each with 900,000. Despite being less industrialized, these figures suggest either data discrepancies or significant emissions from sectors like agriculture or energy production. On the lower end, Seychelles, Guinea, and Burkina Faso recorded emissions as low as 1.4, indicating minimal industrial output or effective emission control policies.
The stark contrast between countries like Russia, with emissions of 1.726, and larger economies, underscores the complexity of emissions data. Russia's figure might reflect specific reporting methods or sectoral changes rather than actual lower emissions.
Urbanization and Its Impact on Emissions
Urbanization is a critical driver of carbon emissions. Countries with rapid urban growth often see increased emissions due to transportation and infrastructure development. In 2016, Belize and Antigua and Barbuda, with emissions of 700,000 and 600,000 respectively, highlight this pattern. Urban areas typically require more energy, contributing to higher emissions. Conversely, Mali and Rwanda at 800,000 each, despite similar urbanization rates, may reflect differing energy sources or policy frameworks.
In contrast, countries like Fiji and Guyana, with emissions of 1.7, demonstrate how smaller urbanization scales can limit emissions, benefiting from renewable energy and conservation efforts.
Year-over-Year Emission Changes
2016 saw substantial shifts in emissions across various nations. Niger experienced the most significant increase, with emissions jumping by 899,998.59, a staggering 63,784,450.0%. Such dramatic changes may result from increased industrial activities or changes in reporting practices. Meanwhile, Laos and Grenada also saw notable increases of 499,998.38 and 68,700.00 respectively, suggesting economic developments or shifts in energy use.
On the other hand, Eswatini recorded the largest decrease, with emissions falling by 336,900.00 or -36.0%. Such reductions could result from policy interventions or shifts towards renewable energy. Similarly, Sao Tome and Principe and Central African Republic saw decreases of 37,800.00 and 35,000.00, respectively, highlighting successful emission reduction strategies.
Policy and Environmental Initiatives
Government policies play a crucial role in managing carbon emissions. Countries with robust environmental regulations often report lower emissions. For example, Malta and Togo, with emissions of 1.457 and 1.8, reflect effective policy frameworks that prioritize sustainability and renewable energy. Conversely, nations with less stringent regulations or reliance on fossil fuels might experience higher emission levels.
The data from 2016 underscores the importance of targeted policies to manage carbon outputs. As countries like Eritrea and Liberia demonstrate, with increases of 60,500.00 and 58,400.00, policy-driven shifts towards greener energy sources can significantly influence national emission profiles.
In summary, the 2016 carbon dioxide emissions data reveal a complex interplay of economic activities, urbanization, policy frameworks, and year-over-year changes that define each country's environmental impact. Understanding these dynamics is crucial for crafting effective global strategies to combat climate change.
Insights by country
Republic of Moldova
In 2016, the Republic of Moldova ranked #145 globally for Carbon Dioxide Emissions, with a total of 9.3 metric tons per capita. This figure is notably lower than many Eastern European nations, reflecting Moldova's status as one of the less industrialized countries in the region. Contributing factors include its reliance on agriculture and a relatively small manufacturing sector, which limits overall emissions compared to more industrialized neighbors.
Laos
In 2016, Laos ranked #18 globally for Carbon Dioxide Emissions, with a total of 500,000 metric tons emitted. This figure is notably higher than many of its Southeast Asian neighbors, reflecting the country's rapid economic growth and increased energy demands. Key drivers include a reliance on hydropower and biomass for energy, alongside ongoing infrastructure development to support its growing economy.
Syrian Arab Republic
The Syrian Arab Republic had a global rank of #97 for Carbon Dioxide Emissions in 2016, with a total of 49 metric tons. This figure is lower than many regional neighbors, reflecting the impacts of ongoing conflict and economic instability. The country's emissions are influenced by a combination of a reduced industrial base due to war and a reliance on traditional energy sources, which limits cleaner alternatives.
Paraguay
In 2016, Paraguay ranked #173 globally for Carbon Dioxide Emissions, with a total of 3.9 metric tons per capita. This figure is significantly lower than many neighboring countries, reflecting Paraguay's lower industrial output compared to regional leaders. The country's emissions are primarily driven by its reliance on hydroelectric power from the Itaipu Dam, which provides a substantial portion of its energy needs and contributes to its relatively low carbon footprint.
Haiti
In 2016, Haiti ranked #185 globally for Carbon Dioxide Emissions, with a total of 2.1 metric tons per capita. This figure is significantly lower than the global average, reflecting Haiti's status as one of the least industrialized countries. The primary drivers of these emissions are its limited industrial activity and reliance on biomass for energy, compounded by economic challenges that restrict access to cleaner technologies.
Antigua and Barbuda
In 2016, Antigua and Barbuda ranked #10 globally for Carbon Dioxide Emissions, with a total of 600,000 metric tons. This figure is notably high for a small island nation, especially when compared to larger Caribbean neighbors that typically emit less. The primary drivers of these emissions include the country's reliance on imported fossil fuels for energy and its growing tourism sector, which significantly contributes to carbon output.
Libya
In 2016, Libya ranked #94 globally for Carbon Dioxide Emissions, with a total of 57 metric tons. This figure is notably lower than many oil-rich neighbors, reflecting Libya's ongoing political instability and economic challenges that have hindered industrial growth. The country's heavy reliance on oil production, combined with a lack of effective environmental policies, contributes to its emissions profile.
Latvia
In 2016, Latvia ranked #150 globally for Carbon Dioxide Emissions, with a total of 7.6 metric tons per capita. This figure is notably lower than many other European nations, reflecting Latvia's commitment to sustainable energy sources and lower industrial output compared to its neighbors. Key factors influencing this statistic include Latvia's significant reliance on renewable energy, particularly biomass, and its relatively small population, which reduces overall emissions.
Myanmar
In 2016, Myanmar ranked #131 globally with 15 metric tons of Carbon Dioxide Emissions. This figure is relatively low compared to neighboring countries, reflecting a regional trend of lower emissions in Southeast Asia. The primary drivers of this statistic include Myanmar's developing economy, which relies heavily on traditional agricultural practices and has limited industrialization, leading to lower fossil fuel consumption.
Lesotho
In 2016, Lesotho ranked #28 globally for Carbon Dioxide Emissions with a total of 300,000 metric tons. This figure is notably higher than many of its regional neighbors, reflecting significant industrial activity relative to its size. The country's emissions are primarily driven by its reliance on coal for energy production and the impact of agricultural practices in a largely rural population.
Data Source
CIA World Factbook
The World Factbook, also known as the CIA World Factbook, was a reference resource produced by the US Central Intelligence Agency between 1962 and 2026 with almanac-style information about the countries of the world. From 1971 it was not classified, and available to the public in print since 1975, initially by the CIA, and later the Government Publishing Office.
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