Annual CO₂ Emissions Growth (abs) 1936
Annual CO₂ emissions growth measures the increase in carbon output. Compare countries, explore trends, and view interactive maps.
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Complete Data Rankings
- #1
United States
- #2
Germany
- #3
Russia
- #4
United Kingdom
- #5
Japan
- #6
Ukraine
- #7
Canada
- #8
Poland
- #9
Belgium
- #10
Kazakhstan
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
Overview of Annual CO₂ Emissions Growth (abs) in 1936
The country with the highest Annual CO₂ Emissions Growth (abs) in 1936 was the United States, which recorded an increase of 221090820 metric tons. The global range of emissions growth varied significantly, with a minimum of -14400152 metric tons in Spain and an average growth of 3648650.31 metric tons across 102 countries reporting data. This stark contrast highlights the diverse industrial capabilities and energy policies influencing carbon output during this period.
Economic Drivers of CO₂ Emissions Growth
The dramatic rise in the United States' emissions, which surged by 221090820 metric tons, can largely be attributed to its burgeoning industrial sector and energy demands during the interwar period. The U.S. economy was experiencing significant growth, with heavy reliance on fossil fuels for manufacturing and transportation. In contrast, countries like Italy and Spain exhibited substantial decreases in emissions, with reductions of -13386654 and -14400152 metric tons, respectively. This decline may reflect economic challenges and political instability, particularly in Spain, which was embroiled in civil conflict at the time.
Geopolitical Context and CO₂ Emissions Variability
The variability in emissions growth across Europe and beyond in 1936 can also be understood through geopolitical contexts. For instance, Germany recorded a significant increase of 47301600 metric tons as it ramped up industrial production in preparation for military expansion, while the United Kingdom saw an increase of 25329856 metric tons, influenced by its colonial energy extraction and manufacturing processes. In stark contrast, Venezuela and India had negative growth rates of -2821006 and -708708 metric tons, respectively, likely due to underdeveloped industrial bases and limited energy infrastructure at the time.
Year-over-Year Changes and the Most Significant Movers
Year-over-year changes in CO₂ emissions growth reveal notable patterns among the largest movers. The United States experienced the largest increase with a staggering rise of 165008516 metric tons, indicating a 294.2% growth. This dramatic shift can be traced back to the country's post-Depression recovery efforts that spurred industrial activities. Conversely, Italy faced the most significant decrease of -19101902 metric tons, reflecting the economic downturn and the impact of political unrest. Similarly, Spain's emissions dropped by -16609572 metric tons, underscoring the detrimental effects of civil strife on industrial output.
Health and Environmental Implications
The implications of these emissions trends extend beyond economic metrics, impacting public health and environmental sustainability. Countries with high emissions growth, such as the United States and Germany, faced increasing air pollution and associated health risks, including respiratory diseases. Conversely, countries like Spain and Italy that experienced declines in emissions may have benefited from reduced pollution levels, albeit amid economic hardship. The data from 1936 illustrates the complex interplay between industrial growth, environmental impacts, and the socio-political climate, highlighting the need for sustainable practices as industrialization progressed.
Data Source
Global Carbon Budget
Just over 20 years ago the Global Carbon Project (GCP) was created to bring together a global consortium of scientists to establish a common and mutually agreed understanding of the Earth carbon cycle.
Visit Data SourceHistorical Data by Year
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