Annual CO₂ Emissions Growth (abs) 1944
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 | 172,844,540 |
2 | Russia | 66,728,990 |
3 | Ukraine | 21,164,740 |
4 | Iran | 11,204,514 |
5 | Kazakhstan | 7,240,364 |
6 | South Africa | 5,802,976 |
7 | Venezuela | 4,780,834 |
8 | Belarus | 3,043,086 |
9 | Uzbekistan | 2,839,761 |
10 | Canada | 2,345,056 |
11 | Spain | 1,941,326 |
12 | Iraq | 1,813,680 |
13 | Azerbaijan | 1,453,517 |
14 | Saudi Arabia | 1,267,744 |
15 | Lithuania | 1,136,967 |
16 | Republic of Moldova | 1,123,622 |
17 | Estonia | 1,099,559 |
18 | Mexico | 1,068,244 |
19 | India | 1,051,548 |
20 | Colombia | 975,487 |
21 | North Korea | 973,444 |
22 | Turkmenistan | 924,877 |
23 | Turkey | 904,532 |
24 | Latvia | 728,963 |
25 | Brunei Darussalam | 622,880 |
26 | Kyrgyzstan | 621,415 |
27 | Trinidad and Tobago | 498,304 |
28 | Georgia | 402,637 |
29 | Tajikistan | 356,805 |
30 | Portugal | 304,139 |
31 | Nigeria | 293,120 |
32 | Ecuador | 271,107 |
33 | Egypt | 256,065 |
34 | Armenia | 241,302 |
35 | New Zealand | 98,928 |
36 | Zimbabwe | 76,944 |
37 | Morocco | 66,071 |
38 | Bahrain | 58,624 |
39 | South Korea | 54,081 |
40 | Tunisia | 40,162 |
41 | Algeria | 29,256 |
42 | Lebanon | 29,074 |
43 | Bolivia | 11,784 |
44 | North Macedonia | 7,612 |
45 | Costa Rica | 5,412 |
46 | Mozambique | 3,681 |
47 | Eritrea | 3,634 |
48 | Israel | 3,634 |
49 | Honduras | 385 |
50 | Aruba | 0 |
51 | Bonaire, Sint Eustatius and Saba | 0 |
52 | Curaçao | 0 |
53 | Guatemala | 0 |
54 | Panama | 0 |
55 | Sint Maarten (Dutch part) | 0 |
56 | Haiti | -39 |
57 | El Salvador | -385 |
58 | Paraguay | -1,149 |
59 | Nicaragua | -3,943 |
60 | Montenegro | -4,893 |
61 | Dominican Republic | -13,014 |
62 | Thailand | -18,171.998 |
63 | Syrian Arab Republic | -18,172 |
64 | Iceland | -18,997 |
65 | Slovenia | -34,847 |
66 | Bosnia and Herzegovina | -42,142 |
67 | Croatia | -45,843 |
68 | Congo, Democratic Republic of the | -47,722 |
69 | Peru | -80,606 |
70 | Uruguay | -101,076 |
71 | Greece | -102,592 |
72 | Myanmar | -102,592 |
73 | Chile | -102,967 |
74 | Serbia | -122,950 |
75 | Argentina | -125,082 |
76 | Australia | -166,740 |
77 | Cuba | -206,902 |
78 | Malaysia | -216,176 |
79 | Austria | -220,384 |
80 | Albania | -307,776 |
81 | Denmark | -340,782 |
82 | United Kingdom | -548,256 |
83 | Norway | -564,315 |
84 | Brazil | -579,152 |
85 | Ireland | -754,665 |
86 | Slovakia | -1,021,456 |
87 | Finland | -1,219,873 |
88 | Vietnam | -1,344,183 |
89 | Bulgaria | -1,422,137 |
90 | Switzerland | -1,722,317 |
91 | Taiwan | -1,795,094 |
92 | Czech Republic | -3,227,336 |
93 | Hungary | -3,350,360 |
94 | Sweden | -3,393,400 |
95 | Italy | -3,534,302 |
96 | China | -5,990,976 |
97 | Romania | -7,049,002 |
98 | Poland | -8,745,968 |
99 | Indonesia | -10,255,536 |
100 | Netherlands | -11,592,302 |
101 | Japan | -11,904,768 |
102 | Belgium | -24,714,246 |
103 | France | -45,259,230 |
104 | Germany | -79,156,990 |
- #1
United States
- #2
Russia
- #3
Ukraine
- #4
Iran
- #5
Kazakhstan
- #6
South Africa
- #7
Venezuela
- #8
Belarus
- #9
Uzbekistan
- #10
Canada
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #104
Germany
- #103
France
- #102
Belgium
- #101
Japan
- #100
Netherlands
- #99
Indonesia
- #98
Poland
- #97
Romania
- #96
China
- #95
Italy
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
Leading Countries in Annual CO₂ Emissions Growth (abs) in 1944
In 1944, the United States recorded the highest Annual CO₂ Emissions Growth (abs) at 172,844,540 metric tons, reflecting significant industrial output during World War II. The global range of emissions growth varied dramatically, with a total of 104 countries reporting figures, leading to an average growth of 838,688.65. This context highlights the stark contrasts between countries amid the backdrop of a world war affecting production and consumption patterns.
Economic Drivers Behind CO₂ Emissions Growth
The substantial CO₂ emissions growth observed in 1944 can primarily be traced to the economic activities related to the ongoing war. The United States ramped up production to support military efforts, resulting in an increase of 99,050,240 metric tons, a staggering rise of 134.2% from previous years. Similarly, Russia experienced a massive increase of 66,728,990 metric tons, as the country focused on its military-industrial complex. In contrast, European nations such as Germany faced drastic reductions in emissions, with a decrease of -79,156,990 metric tons, largely due to the destruction of industrial capacity and infrastructure from the war.
Geopolitical Impacts on Emissions Trends
The geopolitical landscape in 1944 significantly influenced emissions trends across various countries. For instance, while the United States and Russia surged in emissions, countries like Germany and France experienced marked declines. The emissions decrease in Germany was primarily due to the devastation from Allied bombings that crippled industrial output, resulting in a year-over-year decline of -90,687,742 metric tons. Similarly, France saw its emissions drop by -48,009,166 metric tons, reflecting the broader impacts of warfare on industrial capacity. This divergence illustrates how wartime conditions reshaped emissions profiles, with some nations ramping up production while others faced severe limitations.
Year-over-Year Changes and Notable Movers
The year-over-year changes in CO₂ emissions in 1944 reveal significant volatility, with some countries experiencing dramatic increases while others faced steep declines. For instance, Italy reported an increase of 31,242,246 metric tons, emphasizing its wartime industrial efforts despite overall negative trends. Conversely, Belgium showed a significant decrease of -24,714,246 metric tons, shedding light on the challenges faced by countries with less industrial resilience during wartime. Notably, Ukraine also saw an increase of 19,198,096 metric tons, which can be attributed to its resource-rich status and strategic importance in the war. The stark contrasts in emissions growth emphasize the complex interplay between geopolitical events and environmental impacts during a tumultuous period in history.
Data Source
Global Carbon Budget
Just over 20 years ago the Global Carbon Project (GCP) was created to bring together a global consortium of scientists to establish a common and mutually agreed understanding of the Earth carbon cycle.
Visit Data SourceHistorical Data by Year
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