Annual CO₂ Emissions Growth (abs) 1948
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 | 96,704,260 |
2 | Germany | 60,156,350 |
3 | Russia | 19,739,424 |
4 | United Kingdom | 18,278,272 |
5 | Japan | 18,050,000 |
6 | Canada | 14,958,704 |
7 | Iran | 14,483,708 |
8 | France | 12,876,432 |
9 | Indonesia | 11,438,889 |
10 | Romania | 7,027,433 |
11 | Austria | 6,857,222 |
12 | Ukraine | 6,264,888 |
13 | Sweden | 5,708,780 |
14 | Venezuela | 5,059,876 |
15 | Czech Republic | 3,998,016 |
16 | Belgium | 3,027,216 |
17 | Finland | 3,007,580 |
18 | Argentina | 2,876,687 |
19 | Netherlands | 2,659,792 |
20 | Hungary | 2,542,430 |
21 | Australia | 2,236,000 |
22 | Kazakhstan | 2,161,668 |
23 | Egypt | 1,736,261 |
24 | Spain | 1,541,950 |
25 | North Korea | 1,330,626 |
26 | Slovakia | 1,274,894 |
27 | South Africa | 1,263,844 |
28 | Greece | 1,183,089 |
29 | Mexico | 1,157,496 |
30 | Taiwan | 919,487 |
31 | Belarus | 890,751 |
32 | Serbia | 810,263 |
33 | South Korea | 773,105 |
34 | Switzerland | 765,508 |
35 | Uzbekistan | 756,636 |
36 | Trinidad and Tobago | 637,536 |
37 | Bahrain | 626,544 |
38 | Peru | 526,420 |
39 | Malaysia | 505,094 |
40 | Zimbabwe | 498,304.25 |
41 | Azerbaijan | 417,153 |
42 | Norway | 355,171 |
43 | Republic of Moldova | 333,583 |
44 | Estonia | 327,079 |
45 | Lithuania | 325,505 |
46 | Bulgaria | 310,133 |
47 | Croatia | 305,291 |
48 | Chile | 304,309 |
49 | Vietnam | 289,219 |
50 | Bosnia and Herzegovina | 280,326 |
51 | Turkmenistan | 259,694 |
52 | Slovenia | 232,401 |
53 | Turkey | 223,533 |
54 | Latvia | 214,867 |
55 | Kyrgyzstan | 185,161 |
56 | North Macedonia | 162,556 |
57 | Ecuador | 128,595 |
58 | Myanmar | 128,240 |
59 | Iceland | 122,031 |
60 | Georgia | 113,967 |
61 | Morocco | 109,738 |
62 | Tajikistan | 104,226 |
63 | Nigeria | 76,944 |
64 | Armenia | 68,514 |
65 | Pakistan | 66,729 |
66 | Algeria | 58,597 |
67 | New Zealand | 51,177 |
68 | Congo, Democratic Republic of the | 47,597 |
69 | Bolivia | 32,811 |
70 | Montenegro | 31,173 |
71 | Uruguay | 30,594 |
72 | India | 23,804 |
73 | Panama | 21,806 |
74 | Dominican Republic | 18,746 |
75 | Philippines | 18,380 |
76 | Lebanon | 18,171 |
77 | Tunisia | 18,141 |
78 | Bangladesh | 12,592 |
79 | Thailand | 10,903 |
80 | Costa Rica | 7,274 |
81 | China, Hong Kong SAR | 7,269 |
82 | Luxembourg | 7,269 |
83 | El Salvador | 385 |
84 | Guatemala | 382 |
85 | Nicaragua | 152 |
86 | Aruba | 0 |
87 | Barbados | 0 |
88 | Bonaire, Sint Eustatius and Saba | 0 |
89 | Curaçao | 0 |
90 | Honduras | 0 |
91 | Madagascar | 0 |
92 | Paraguay | 0 |
93 | Sint Maarten (Dutch part) | 0 |
94 | Syrian Arab Republic | 0 |
95 | Haiti | -57 |
96 | Mozambique | -14,665 |
97 | Israel | -83,589 |
98 | Cuba | -137,508 |
99 | Albania | -223,504 |
100 | Portugal | -289,753 |
101 | Ireland | -366,817 |
102 | Colombia | -685,200 |
103 | Brazil | -1,100,002 |
104 | Italy | -1,258,328 |
105 | Poland | -2,620,976 |
106 | China | -3,436,032 |
107 | Denmark | -4,382,708 |
108 | Brunei Darussalam | -5,272,496 |
109 | Kuwait | -6,412,000 |
110 | Iraq | -14,425,168 |
111 | Saudi Arabia | -19,789,264 |
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #111
Saudi Arabia
- #110
Iraq
- #109
Kuwait
- #108
Brunei Darussalam
- #107
Denmark
- #106
China
- #105
Poland
- #104
Italy
- #103
Brazil
- #102
Colombia
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 1948
In 1948, the United States led the world with an astonishing 96,704,260 tons increase in Annual CO₂ Emissions Growth (abs). This figure falls within a global range that saw a maximum increase of 96,704,260 tons and a minimum decrease of -19,789,264 tons across 111 countries. The global average for emissions growth was 2,546,626.63 tons, while the median stood at 162,556 tons.
Drivers of Emissions Growth: Economic Recovery Post-War
The substantial emissions growth in 1948 can largely be attributed to the economic recovery following World War II. As nations rebuilt their industries, energy consumption surged, particularly in countries like the United States and Germany. The United States, with its significant industrial base, saw an increase of 96,704,260 tons, while Germany, emerging from the war's devastation, reported an increase of 60,156,350 tons. This rapid industrialization and urbanization led to increased fossil fuel consumption, primarily coal and oil, which were the primary energy sources at the time.
Significant Movers: Year-over-Year Changes in Emissions
In examining year-over-year changes, several countries exhibited notable increases and decreases in emissions. The most significant increase was recorded in Iran with 11,248,400 tons, reflecting the country's growing oil industry during this period. Following closely, Germany saw an increase of 14,178,750 tons, marking a 30.8% rise as it ramped up production. Meanwhile, Canada and Indonesia reported increases of 9,832,992 tons and 8,727,559 tons, respectively, as both nations expanded their industrial capacities.
Conversely, the largest decreases were observed in the United States and Russia, which reported reductions of -131,656,440 tons and -32,474,320 tons, respectively. These decreases can be attributed to the post-war adjustments and shifts in energy policies, where the focus began shifting towards more sustainable practices, albeit slowly during this transitional period.
Environmental Implications and Global Trends
The data from 1948 highlights a critical intersection between economic growth and environmental impact. While industrial recovery was essential for nations like the United States and Germany, the corresponding rise in emissions raises questions about sustainability and long-term environmental health. The average emissions growth of -2,867,777.70 tons reflects a troubling trend of negative growth for some nations, particularly those like Saudi Arabia and Iraq, which reported decreases of -19,789,264 tons and -14,425,168 tons, respectively. This could indicate a reliance on oil revenues that may not have translated into sustainable industrial practices.
As countries navigated the challenges of rebuilding, the implications of their energy choices began to emerge. The data from 1948 serves as a historical benchmark, illustrating the consequences of rapid industrialization and the urgent need for countries to balance growth with environmental stewardship. The lessons learned from this pivotal year continue to resonate in today's discussions on climate change and sustainable development.
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