Annual CO₂ Emissions Growth (abs) 1947
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 | 228,360,700 |
2 | Russia | 52,213,744 |
3 | Germany | 45,977,600 |
4 | Belgium | 25,619,436 |
5 | United Kingdom | 20,819,872 |
6 | France | 18,378,944 |
7 | Japan | 17,325,808 |
8 | Ukraine | 16,565,144 |
9 | Italy | 14,620,056 |
10 | Netherlands | 13,501,366 |
11 | Saudi Arabia | 12,578,512 |
12 | Sweden | 7,716,028 |
13 | Czech Republic | 5,883,552 |
14 | China | 5,729,088 |
15 | Kazakhstan | 5,681,316 |
16 | Canada | 5,125,712 |
17 | Austria | 4,869,903 |
18 | Brunei Darussalam | 4,407,792 |
19 | Kuwait | 4,294,208 |
20 | Denmark | 3,810,026 |
21 | Mexico | 3,728,882 |
22 | Switzerland | 3,681,250 |
23 | Norway | 3,553,931 |
24 | Iran | 3,235,308 |
25 | Spain | 3,084,938 |
26 | Hungary | 3,040,942 |
27 | Indonesia | 2,711,330 |
28 | Venezuela | 2,557,016 |
29 | Belarus | 2,371,566 |
30 | Finland | 2,168,731 |
31 | Uzbekistan | 2,147,389 |
32 | Australia | 2,036,536 |
33 | Slovakia | 1,870,254 |
34 | Serbia | 1,799,546 |
35 | Portugal | 1,652,047 |
36 | Brazil | 1,487,226 |
37 | Azerbaijan | 1,124,973 |
38 | Trinidad and Tobago | 1,066,224 |
39 | India | 955,252 |
40 | Bulgaria | 934,320 |
41 | Republic of Moldova | 879,801 |
42 | Lithuania | 879,405 |
43 | Estonia | 861,832 |
44 | Argentina | 812,515 |
45 | Taiwan | 757,675 |
46 | Turkmenistan | 710,752 |
47 | Croatia | 660,398 |
48 | Bosnia and Herzegovina | 620,172 |
49 | Ireland | 615,581.5 |
50 | Bahrain | 589,904 |
51 | Latvia | 569,540 |
52 | Slovenia | 508,769 |
53 | Kyrgyzstan | 487,251 |
54 | Turkey | 454,217 |
55 | Albania | 443,344 |
56 | South Korea | 410,338 |
57 | North Macedonia | 325,436 |
58 | Georgia | 310,509 |
59 | Tajikistan | 277,975 |
60 | Chile | 190,816 |
61 | Egypt | 190,290 |
62 | Peru | 187,026 |
63 | Armenia | 186,203 |
64 | Morocco | 146,381 |
65 | Iceland | 89,836 |
66 | Colombia | 89,136 |
67 | Philippines | 83,975 |
68 | Malaysia | 80,608 |
69 | Cuba | 79,342 |
70 | Iraq | 69,616 |
71 | Montenegro | 68,933 |
72 | Ecuador | 54,989 |
73 | Greece | 43,641 |
74 | Israel | 32,709 |
75 | Pakistan | 21,637 |
76 | Myanmar | 18,320 |
77 | Congo, Democratic Republic of the | 14,513 |
78 | Lebanon | 10,903 |
79 | Dominican Republic | 8,800 |
80 | Luxembourg | 7,268 |
81 | Bangladesh | 4,011 |
82 | Nicaragua | 3,788 |
83 | Mozambique | 3,635 |
84 | Syrian Arab Republic | 3,634 |
85 | Paraguay | 382 |
86 | Aruba | 0 |
87 | Bonaire, Sint Eustatius and Saba | 0 |
88 | Costa Rica | 0 |
89 | Curaçao | 0 |
90 | El Salvador | 0 |
91 | Guatemala | 0 |
92 | Haiti | 0 |
93 | Honduras | 0 |
94 | North Korea | 0 |
95 | Panama | 0 |
96 | Sint Maarten (Dutch part) | 0 |
97 | Vietnam | -3,664 |
98 | Tunisia | -3,803 |
99 | Algeria | -18,352 |
100 | Bolivia | -27,152 |
101 | Nigeria | -76,944 |
102 | New Zealand | -80,578 |
103 | Uruguay | -88,237.03 |
104 | South Africa | -209,144 |
105 | Zimbabwe | -274,830.25 |
106 | Romania | -1,117,935 |
107 | Poland | -13,048,008 |
- #1
United States
- #2
Russia
- #3
Germany
- #4
Belgium
- #5
United Kingdom
- #6
France
- #7
Japan
- #8
Ukraine
- #9
Italy
- #10
Netherlands
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #107
Poland
- #106
Romania
- #105
Zimbabwe
- #104
South Africa
- #103
Uruguay
- #102
New Zealand
- #101
Nigeria
- #100
Bolivia
- #99
Algeria
- #98
Tunisia
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
The country with the highest Annual CO₂ Emissions Growth (abs) in 1947 was the United States, which recorded an increase of 228,360,700 metric tons. Globally, the range of emissions growth varied widely, with a total of 107 countries reporting values, an average increase of 5,201,903.06 metric tons, and a median of 454,217 metric tons.
Economic Recovery Post-World War II
The substantial increase in CO₂ emissions in 1947 can be attributed to the economic recovery following World War II. Countries like the United States, with its robust industrial base, witnessed a surge in manufacturing output. The U.S. emissions growth of 228,360,700 metric tons reflects the demand for energy to fuel factories and transport goods. Similarly, Germany experienced a significant increase of 45,977,600 metric tons, as its economy began to rebuild. The Marshall Plan initiated in 1948 further stimulated industrial growth across Western Europe, contributing to rising emissions.
Geopolitical Factors and Emissions Growth
Geopolitical dynamics played a crucial role in shaping CO₂ emissions in various nations during this period. The United Kingdom and France also saw increases of 20,819,872 and 18,378,944 metric tons respectively, driven by post-war recovery. In contrast, countries like Poland faced a decrease in emissions of -13,048,008 metric tons, likely due to the political and economic turmoil following the war, which hampered industrial activities. This disparity highlights how recovery trajectories varied significantly based on local conditions and international aid.
Year-over-Year Changes: The Biggest Movers
The year 1947 exhibited dramatic fluctuations in emissions growth among countries. Notably, the United States experienced an increase of 330,418,430 metric tons, which starkly contrasts with the Germany decrease of -109,640,300 metric tons. Japan's emissions rose by 41,254,408 metric tons, reflecting its industrial resurgence. Meanwhile, Russia added 24,035,488 metric tons as it ramped up production to support its post-war economy. These year-over-year changes indicate that while some nations were ramping up production, others were still grappling with the aftermath of war, leading to divergent trends in emissions growth.
Environmental Implications and Future Trends
The emissions growth patterns observed in 1947 foreshadowed long-term environmental challenges. The significant increases in countries like the United States and Russia laid the groundwork for future climate issues, underscoring the relationship between industrial growth and environmental impact. This period marked the beginning of a trend where industrialized nations would continue to increase their carbon footprints, prompting later international discussions on climate change and sustainability. The data from Poland and other nations that saw declines in emissions also points to the complex interplay between economic conditions and environmental policies, which would evolve in the coming decades.
In conclusion, the Annual CO₂ Emissions Growth (abs) in 1947 reveals significant insights into the global industrial landscape and its environmental implications. The stark contrasts between countries illustrate the varied impacts of economic recovery, geopolitical factors, and industrial policies on carbon emissions. Understanding these patterns is crucial for contextualizing contemporary discussions on climate change and the global economy.
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