Annual CO₂ Emissions Growth (abs) 1929
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 | 132,541,180 |
2 | Germany | 34,223,840 |
3 | United Kingdom | 23,752,480 |
4 | France | 22,662,944 |
5 | Poland | 9,801,556 |
6 | Belgium | 8,708,496 |
7 | Italy | 5,878,992 |
8 | Canada | 5,253,408 |
9 | Russia | 5,022,344 |
10 | Czech Republic | 4,845,964 |
11 | Indonesia | 3,707,374 |
12 | Ireland | 3,513,776 |
13 | Netherlands | 3,260,096 |
14 | Sweden | 3,124,880 |
15 | Austria | 2,982,260 |
16 | Denmark | 2,568,375 |
17 | Japan | 2,489,768 |
18 | Spain | 2,461,078 |
19 | Romania | 2,220,444 |
20 | Peru | 1,736,251 |
21 | India | 1,634,892 |
22 | Ukraine | 1,593,762 |
23 | Slovakia | 1,558,710 |
24 | Hungary | 1,363,098 |
25 | Switzerland | 1,300,483 |
26 | South Africa | 1,145,376 |
27 | Norway | 1,066,990 |
28 | China | 690,384 |
29 | Kazakhstan | 548,197 |
30 | Turkey | 424,995 |
31 | Argentina | 416,180 |
32 | Serbia | 371,200 |
33 | Trinidad and Tobago | 362,736 |
34 | Chile | 358,738 |
35 | Bulgaria | 344,238 |
36 | Greece | 329,730 |
37 | Malaysia | 307,776.25 |
38 | North Korea | 305,461.88 |
39 | Brazil | 254,079 |
40 | Uruguay | 252,348 |
41 | Belarus | 230,152 |
42 | Finland | 223,504 |
43 | Uzbekistan | 204,524 |
44 | New Zealand | 179,565 |
45 | Croatia | 165,386 |
46 | Bosnia and Herzegovina | 131,108 |
47 | Ecuador | 127,083 |
48 | Slovenia | 114,736 |
49 | North Macedonia | 111,458 |
50 | Azerbaijan | 109,244 |
51 | Lithuania | 85,585 |
52 | Republic of Moldova | 84,593 |
53 | Estonia | 81,497 |
54 | Iraq | 80,608 |
55 | Venezuela | 72,540.125 |
56 | Turkmenistan | 69,005 |
57 | Egypt | 54,605 |
58 | Latvia | 54,240 |
59 | Kyrgyzstan | 47,058 |
60 | Georgia | 29,787 |
61 | Tajikistan | 26,840 |
62 | Vietnam | 25,559 |
63 | Congo, Democratic Republic of the | 21,924 |
64 | Armenia | 18,000.984 |
65 | South Korea | 16,970.008 |
66 | Montenegro | 14,615 |
67 | Algeria | 7,309 |
68 | Dominican Republic | 6,520 |
69 | Morocco | 3,634.998 |
70 | Panama | 3,016 |
71 | Guatemala | 1,149 |
72 | El Salvador | 1,147 |
73 | Aruba | 0 |
74 | Barbados | 0 |
75 | Bonaire, Sint Eustatius and Saba | 0 |
76 | Curaçao | 0 |
77 | Paraguay | 0 |
78 | Sint Maarten (Dutch part) | 0 |
79 | Costa Rica | -65 |
80 | Honduras | -354 |
81 | Haiti | -385 |
82 | Nicaragua | -446 |
83 | Taiwan | -10,992 |
84 | Mozambique | -11,022 |
85 | Philippines | -11,039 |
86 | Colombia | -18,646 |
87 | Portugal | -25,708 |
88 | Bolivia | -32,086 |
89 | Nigeria | -36,640 |
90 | Myanmar | -109,920 |
91 | Zimbabwe | -153,888 |
92 | Iran | -655,856 |
93 | Cuba | -734,667 |
94 | Mexico | -1,974,134 |
95 | Australia | -2,112,518 |
- #1
United States
- #2
Germany
- #3
United Kingdom
- #4
France
- #5
Poland
- #6
Belgium
- #7
Italy
- #8
Canada
- #9
Russia
- #10
Czech Republic
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
Leading the Charge: Annual CO₂ Emissions Growth (abs) in 1929
The United States recorded the highest Annual CO₂ Emissions Growth (abs) in 1929, with an increase of 132,541,180 tonnes, significantly outpacing other nations. Globally, the data shows a range from a minimum decrease of -2,112,518 tonnes to this remarkable peak, with an average growth of 3,072,626.08 tonnes across the 95 countries reporting.
Industrialization and Economic Expansion
The stark increases in CO₂ emissions in 1929 can be attributed to the industrial boom occurring in several countries, particularly in the United States and parts of Europe. The U.S. experienced an extraordinary increase of 132,541,180 tonnes, driven by rapid industrialization and a surge in manufacturing outputs. Similarly, Germany reported a substantial growth of 34,223,840 tonnes, reflecting its own industrial activities post-World War I. The United Kingdom and France also saw significant increases, with emissions growing by 23,752,480 and 22,662,944 tonnes, respectively. These figures underscore the correlation between industrial output and CO₂ emissions, as nations expanded their manufacturing capabilities to meet both domestic and international demands.
Geopolitical Influences on Emissions Trends
The geopolitical landscape of the time played a critical role in shaping emissions patterns. For instance, the economic policies in the United States focused on growth and expansion, which directly translated to higher carbon outputs. In contrast, countries like Australia faced a decrease of -2,112,518 tonnes, which may be indicative of their relatively lower industrial activity or shifts towards more sustainable practices even at that time. Other nations, such as Mexico and Cuba, also reported negative growth, with reductions of -1,974,134 and -734,667 tonnes, respectively. These decreases could suggest economic instability or transitions away from carbon-intensive industries.
Year-over-Year Changes: The Biggest Movers
The year-over-year changes in Annual CO₂ Emissions Growth (abs) reveal a mix of drastic increases and notable decreases across various countries. The United States not only led in total emissions but also displayed a staggering rise of 164,415,356 tonnes, a figure that paints a picture of explosive growth. In contrast, countries like Iran saw a significant decrease of -1,634,144 tonnes, which may reflect both economic challenges and a shift in energy production methods. The data shows that Vietnam and China also experienced substantial declines of -1,314,811 and -1,092,480 tonnes, respectively, pointing to regional differences in industrial activity and policy responses to emissions. This duality of growth and reduction highlights the complex interplay of industrialization, economic health, and environmental policy during this pivotal year.
Conclusion: Understanding the Implications of CO₂ Emissions Growth
The Annual CO₂ Emissions Growth (abs) data from 1929 serves as a critical snapshot of the relationship between industrial activities and carbon outputs during a dynamic period of global history. The substantial increases observed in countries like the United States, Germany, and the United Kingdom illustrate the environmental costs associated with rapid economic expansion. Conversely, the notable decreases in emissions from countries such as Australia and Iran suggest a divergence in industrial strategies and economic health. As nations continue to grapple with the legacies of their carbon footprints, understanding the historical context of emissions growth remains essential for shaping future environmental policies and sustainability efforts.
Data Source
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