Annual CO₂ Emissions Growth (abs) 1946
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 | Germany | 155,617,900 |
2 | France | 58,079,530 |
3 | Poland | 45,136,050 |
4 | Russia | 28,178,256 |
5 | Italy | 17,814,470 |
6 | Belgium | 17,655,460 |
7 | Netherlands | 16,450,647 |
8 | Saudi Arabia | 16,341,440 |
9 | Sweden | 12,826,657 |
10 | United Kingdom | 11,337,888 |
11 | Ukraine | 8,941,928 |
12 | Czech Republic | 8,580,624 |
13 | Austria | 8,198,457 |
14 | Canada | 7,901,240 |
15 | Iran | 7,335,240 |
16 | Switzerland | 4,142,855 |
17 | Denmark | 3,600,581 |
18 | Australia | 3,580,556 |
19 | Kazakhstan | 3,075,328 |
20 | Norway | 3,061,915.8 |
21 | Mexico | 2,854,058 |
22 | Slovakia | 2,717,221 |
23 | Finland | 2,641,530 |
24 | Hungary | 2,597,270.5 |
25 | Serbia | 2,267,345 |
26 | Venezuela | 2,191,244 |
27 | Ireland | 1,362,563.5 |
28 | Belarus | 1,273,914 |
29 | Uzbekistan | 1,112,977 |
30 | Colombia | 1,011,581 |
31 | Croatia | 839,505 |
32 | Bosnia and Herzegovina | 782,547 |
33 | Taiwan | 674,176 |
34 | Slovenia | 644,548 |
35 | Brazil | 637,329 |
36 | Azerbaijan | 599,491 |
37 | Portugal | 553,027 |
38 | South Korea | 483,648 |
39 | Republic of Moldova | 474,790 |
40 | Lithuania | 468,295 |
41 | Estonia | 465,948 |
42 | North Macedonia | 427,165 |
43 | Turkmenistan | 375,615 |
44 | Albania | 362,736 |
45 | Latvia | 306,819 |
46 | Bahrain | 296,784 |
47 | Kyrgyzstan | 263,520 |
48 | Nigeria | 256,480 |
49 | Iraq | 223,504 |
50 | South Africa | 175,364 |
51 | Georgia | 164,789 |
52 | Morocco | 160,804 |
53 | Tajikistan | 149,261 |
54 | Algeria | 146,503 |
55 | Congo, Democratic Republic of the | 139,209 |
56 | Armenia | 98,886 |
57 | Philippines | 98,809 |
58 | Vietnam | 98,809 |
59 | Montenegro | 86,998 |
60 | Iceland | 77,513 |
61 | Greece | 58,416 |
62 | Israel | 58,148 |
63 | Tunisia | 36,542 |
64 | Argentina | 36,432 |
65 | Chile | 26,170 |
66 | Brunei Darussalam | 25,648 |
67 | Luxembourg | 10,903 |
68 | Bolivia | 7,981 |
69 | Mozambique | 7,355 |
70 | North Korea | 7,269 |
71 | Dominican Republic | 6,740 |
72 | Syrian Arab Republic | 3,635 |
73 | Aruba | 0 |
74 | Bonaire, Sint Eustatius and Saba | 0 |
75 | Costa Rica | 0 |
76 | Curaçao | 0 |
77 | El Salvador | 0 |
78 | Guatemala | 0 |
79 | Lebanon | 0 |
80 | Panama | 0 |
81 | Sint Maarten (Dutch part) | 0 |
82 | Haiti | -59 |
83 | Honduras | -382 |
84 | Paraguay | -382 |
85 | Nicaragua | -3,788 |
86 | Malaysia | -7,328 |
87 | Turkey | -66,100 |
88 | Cuba | -79,361 |
89 | Trinidad and Tobago | -84,272 |
90 | New Zealand | -87,905 |
91 | Ecuador | -124,576 |
92 | Egypt | -132,528 |
93 | Zimbabwe | -150,224 |
94 | Spain | -180,426 |
95 | Bulgaria | -233,515 |
96 | Myanmar | -289,456 |
97 | Uruguay | -338,545.97 |
98 | Peru | -567,710 |
99 | India | -649,028 |
100 | Romania | -1,440,220 |
101 | Indonesia | -2,462,208 |
102 | China | -19,785,160 |
103 | Japan | -23,928,600 |
104 | United States | -102,057,730 |
- #1
Germany
- #2
France
- #3
Poland
- #4
Russia
- #5
Italy
- #6
Belgium
- #7
Netherlands
- #8
Saudi Arabia
- #9
Sweden
- #10
United Kingdom
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #104
United States
- #103
Japan
- #102
China
- #101
Indonesia
- #100
Romania
- #99
India
- #98
Peru
- #97
Uruguay
- #96
Myanmar
- #95
Bulgaria
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 1946
In 1946, Germany recorded the highest Annual CO₂ Emissions Growth (abs) at 155,617,900 tons, while the global range of emissions growth varied significantly between countries, with a total of 104 nations reporting data. The average emissions growth across these countries was 3,038,801.29 tons, indicating a diverse landscape of carbon output increases post-World War II.
Post-War Economic Recovery and Emissions Growth
The year 1946 marked a pivotal moment in global industrial activity as countries began to recover from the devastation of World War II. This economic resurgence is reflected in the emissions data, particularly in nations like Germany, which saw an extraordinary increase of 155,617,900 tons. This rise can be attributed to the rapid reconstruction efforts, including the re-establishment of industries that had been dormant during the war. Similarly, France experienced a substantial growth of 58,079,530 tons, driven by similar industrial revitalization and the implementation of the Marshall Plan, which aimed to stimulate economic recovery in Europe.
In contrast, countries such as the United States and Japan reported declines in emissions growth, with reductions of -10,205,730 and -23,928,600 tons, respectively. The U.S. had already achieved significant industrial capacity during the war and faced less immediate pressure to ramp up production post-war, while Japan was still reeling from the war's destruction, leading to a slower recovery in terms of industrial output.
Regional Disparities in Emissions Growth
The data reveals stark regional disparities in emissions growth in 1946. European nations dominated the top of the list, with Poland increasing emissions by 45,136,050 tons and Italy contributing an increase of 17,814,470 tons. In contrast, several countries in Asia and South America reported negative growth in emissions, indicating a lag in industrial recovery. For instance, India and Indonesia showed decreases of -649,028 and -2,462,208 tons, respectively. This indicates that while industrialized nations were rapidly expanding their carbon output, developing nations struggled to regain pre-war levels of production.
Analysis of Year-over-Year Changes
The year-over-year changes in Annual CO₂ Emissions Growth (abs) highlight significant fluctuations among countries. The average change across nations was an astonishing 12,516,957.81 tons, representing a staggering 2789.8% increase. The largest increases were seen in Germany with a remarkable rise of 639,826,540 tons, a figure that underscores the intensity of its post-war industrial expansion. Other notable increases included Poland at 174,718,290 tons and the United Kingdom with 47,934,178 tons, demonstrating the common trend of rapid recovery in European countries.
Conversely, the biggest decreases in emissions were marked by industrial nations like the United States and Japan. The U.S. experienced a drop of -16,705,540 tons, reflective of its already high levels of industrial output and a shift towards a more stable post-war economy. India and Romania also saw significant reductions, indicating that while some nations surged ahead, others faced challenges that hindered their industrial growth.
In summary, the Annual CO₂ Emissions Growth (abs) data for 1946 illustrates a world in transition, with industrialized nations rapidly increasing their carbon outputs while others struggled to recover. The stark contrasts in emissions growth reflect broader economic, political, and geographic factors that shaped the post-war landscape, setting the stage for future environmental challenges and discussions about sustainable development.
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