Annual CO₂ Emissions Growth (abs) 1909
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
Rank | ||
|---|---|---|
1 | United States | 114,129,220 |
2 | United Kingdom | 4,122,016 |
3 | France | 3,381,872 |
4 | Russia | 3,168,608 |
5 | Poland | 2,513,504 |
6 | Italy | 2,440,224 |
7 | South Africa | 1,967,568 |
8 | China | 1,515,722 |
9 | Hungary | 1,080,880 |
10 | Ukraine | 1,005,002 |
11 | Netherlands | 996,608 |
12 | Denmark | 769,440.5 |
13 | Japan | 622,880 |
14 | Indonesia | 494,640 |
15 | Romania | 472,656 |
16 | Spain | 381,056 |
17 | Kazakhstan | 343,807 |
18 | Turkey | 234,496 |
19 | Belarus | 144,500 |
20 | Uzbekistan | 134,845 |
21 | New Zealand | 113,584.25 |
22 | Cuba | 107,547 |
23 | Vietnam | 98,928 |
24 | Brazil | 96,242 |
25 | Malaysia | 76,944 |
26 | Taiwan | 76,944 |
27 | Azerbaijan | 69,020 |
28 | Mexico | 67,450 |
29 | Switzerland | 62,287 |
30 | Lithuania | 53,989 |
31 | Republic of Moldova | 53,355.062 |
32 | Estonia | 52,212 |
33 | Portugal | 51,296 |
34 | Norway | 47,632 |
35 | Turkmenistan | 43,917 |
36 | Peru | 43,222 |
37 | Chile | 42,368 |
38 | Philippines | 36,640 |
39 | Latvia | 34,614 |
40 | Kyrgyzstan | 29,507 |
41 | Ecuador | 27,787 |
42 | Georgia | 19,119 |
43 | Tajikistan | 16,943 |
44 | Serbia | 16,311 |
45 | Zimbabwe | 14,656 |
46 | Armenia | 11,458 |
47 | Bulgaria | 7,328 |
48 | Colombia | 6,350 |
49 | Croatia | 6,159 |
50 | Bosnia and Herzegovina | 5,641 |
51 | Slovenia | 4,671 |
52 | North Macedonia | 3,230 |
53 | Panama | 1,703 |
54 | Guatemala | 1,277 |
55 | Haiti | 1,085 |
56 | Honduras | 839 |
57 | Montenegro | 627 |
58 | Paraguay | 0 |
59 | El Salvador | -20 |
60 | Nicaragua | -41 |
61 | Venezuela | -705 |
62 | Dominican Republic | -3,624 |
63 | Costa Rica | -38,189 |
64 | Uruguay | -54,192 |
65 | Slovakia | -82,929 |
66 | Belgium | -84,272 |
67 | Finland | -124,576 |
68 | Greece | -168,544 |
69 | Czech Republic | -257,824 |
70 | Argentina | -429,573 |
71 | India | -765,564 |
72 | Germany | -1,069,888 |
73 | Sweden | -1,085,546 |
74 | Canada | -2,022,528 |
75 | Australia | -2,211,943 |
76 | Austria | -16,389,072 |
- #1
United States
- #2
United Kingdom
- #3
France
- #4
Russia
- #5
Poland
- #6
Italy
- #7
South Africa
- #8
China
- #9
Hungary
- #10
Ukraine
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #76
Austria
- #75
Australia
- #74
Canada
- #73
Sweden
- #72
Germany
- #71
India
- #70
Argentina
- #69
Czech Republic
- #68
Greece
- #67
Finland
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
Global Overview of Annual CO₂ Emissions Growth (abs) in 1909
The country with the highest Annual CO₂ Emissions Growth (abs) in 1909 was the United States at 114129220 metric tons, while the global range of emissions growth varied from a significant decline of -16389072 in Austria to the aforementioned peak. The average emissions growth across the 76 countries with data stood at 1533334.17 metric tons.
Economic Drivers of CO₂ Emissions Growth
The stark contrast in Annual CO₂ Emissions Growth (abs) among countries in 1909 can largely be attributed to differing stages of industrialization and economic activity. The United States, leading with an increase of 114129220 metric tons, was deep into its industrial revolution, characterized by rapid urbanization and manufacturing expansion. This was in stark contrast to Austria, which experienced a decrease of -16389072 metric tons, likely reflecting economic challenges or shifts in energy use during this period.
In Europe, countries like the United Kingdom and France also saw significant emissions growth, with increases of 4122016 and 3381872 metric tons respectively. These nations were also heavily industrialized but were beginning to face the consequences of their reliance on fossil fuels. The emissions growth in these countries was fueled by expanding industries, increased coal usage, and growing populations, which created higher energy demands.
Year-over-Year Changes: The Biggest Movers
Examining the year-over-year changes reveals interesting dynamics in emissions growth. The United States not only led in absolute terms but also showed a staggering increase of 265093890.00 metric tons, which reflects both the scale of industrial activity and the environmental impacts of unchecked fossil fuel consumption. Meanwhile, the United Kingdom and Russia also contributed to significant increases, with changes of 15725888.00 and 2821272.00 metric tons respectively. These figures indicate an aggressive push towards industrialization, with the associated carbon footprint expanding rapidly.
Conversely, countries such as Austria and Germany experienced notable decreases. The drop in Austria's emissions by -33723456.00 metric tons suggests a possible shift towards more sustainable practices or economic contraction, while Germany’s reduction of -5528960.00 metric tons may indicate a similar trend or early efforts at emissions control.
Geopolitical Context and Environmental Policies
The geopolitical landscape of 1909 also played a role in the patterns observed in Annual CO₂ Emissions Growth (abs). The major industrial powers, including the United States, United Kingdom, and France, were engaged in intense competition, often prioritizing economic growth over environmental concerns. This competition led to increased fossil fuel extraction and consumption, directly driving emissions growth.
In contrast, nations that recorded declines, such as Austria and Australia (with a decrease of -2211943.00 metric tons), may have been influenced by emerging environmental awareness or economic shifts that prioritized sustainability. The differing trajectories underscore the impact of national policies and global economic pressures on carbon emissions during this pivotal year.
Conclusion: Implications of CO₂ Emissions Growth in 1909
The data on Annual CO₂ Emissions Growth (abs) in 1909 reveals critical insights into the environmental challenges faced by industrialized nations. The significant emissions growth in countries like the United States and United Kingdom stands in stark contrast to the declines seen in others, highlighting the diverse paths taken by nations in response to economic and environmental pressures. As the world moved into the 20th century, the patterns established during this year would have lasting implications for global climate policy and environmental health.
Data Source
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