Annual CO₂ Emissions Growth (abs) 1954
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 | Russia | 46,978,880 |
2 | Germany | 36,243,520 |
3 | China | 27,094,528 |
4 | Ukraine | 14,908,400 |
5 | United Kingdom | 12,930,880 |
6 | France | 11,829,216 |
7 | Italy | 8,947,164 |
8 | Poland | 8,430,384 |
9 | Curaçao | 6,610,094 |
10 | Kazakhstan | 5,131,720 |
11 | Australia | 4,917,716 |
12 | Czech Republic | 4,638,280 |
13 | Brazil | 4,457,186 |
14 | Yemen | 4,385,808 |
15 | India | 3,698,880 |
16 | Belgium | 3,360,896 |
17 | Venezuela | 3,344,308 |
18 | Netherlands | 3,135,908 |
19 | North Korea | 3,051,308 |
20 | South Africa | 2,905,408 |
21 | Romania | 2,877,432 |
22 | Austria | 2,783,840 |
23 | Denmark | 2,433,042 |
24 | Canada | 2,355,872 |
25 | Switzerland | 2,259,739 |
26 | Hungary | 2,242,814 |
27 | Belarus | 2,130,248 |
28 | Sweden | 1,945,136 |
29 | Uzbekistan | 1,873,122 |
30 | Indonesia | 1,667,120 |
31 | Argentina | 1,615,616 |
32 | Finland | 1,589,538 |
33 | Slovakia | 1,481,430 |
34 | Serbia | 1,436,646 |
35 | Kuwait | 1,403,312 |
36 | Philippines | 1,296,997 |
37 | Azerbaijan | 1,004,485 |
38 | Vietnam | 919,813 |
39 | Egypt | 885,706 |
40 | Bulgaria | 805,753 |
41 | Republic of Moldova | 795,914 |
42 | Spain | 792,880 |
43 | Lithuania | 785,150 |
44 | Estonia | 777,293 |
45 | Saudi Arabia | 762,112 |
46 | Sint Maarten (Dutch part) | 735,738 |
47 | Peru | 721,661 |
48 | Chile | 677,810 |
49 | Turkmenistan | 630,594 |
50 | Croatia | 537,774 |
51 | Congo, Democratic Republic of the | 527,228 |
52 | Iraq | 520,199 |
53 | New Zealand | 520,044 |
54 | Latvia | 512,413 |
55 | Malaysia | 505,265 |
56 | Bosnia and Herzegovina | 496,427 |
57 | Turkey | 468,278 |
58 | South Korea | 465,268 |
59 | Aruba | 441,479 |
60 | Kyrgyzstan | 440,068 |
61 | Zimbabwe | 427,767 |
62 | Slovenia | 410,206 |
63 | Thailand | 406,315 |
64 | Zambia | 313,491 |
65 | Singapore | 289,582 |
66 | Israel | 285,376.25 |
67 | North Macedonia | 279,197 |
68 | Georgia | 275,667 |
69 | Tajikistan | 249,371 |
70 | Bolivia | 249,182 |
71 | Qatar | 241,824 |
72 | Uruguay | 230,832 |
73 | Greece | 197,413 |
74 | Kenya | 186,716 |
75 | Mongolia | 183,200 |
76 | Jamaica | 175,902 |
77 | Armenia | 165,698 |
78 | Myanmar | 157,492 |
79 | Algeria | 153,295.75 |
80 | Ecuador | 142,484 |
81 | Nigeria | 135,568 |
82 | Luxembourg | 128,210 |
83 | Bonaire, Sint Eustatius and Saba | 123,265 |
84 | New Caledonia | 120,912 |
85 | Pakistan | 110,940 |
86 | Norway | 98,870 |
87 | Albania | 87,936.03 |
88 | Ethiopia | 87,846 |
89 | Cyprus | 76,944 |
90 | Malta | 76,944 |
91 | Côte d'Ivoire | 76,303 |
92 | Angola | 73,223 |
93 | China, Hong Kong SAR | 69,468 |
94 | Syrian Arab Republic | 65,826 |
95 | Guatemala | 62,288 |
96 | Paraguay | 62,258 |
97 | Mozambique | 62,230 |
98 | Haiti | 58,624 |
99 | Lebanon | 58,475 |
100 | Montenegro | 55,197 |
101 | El Salvador | 51,621 |
102 | Libya | 51,296 |
103 | Bahrain | 47,632 |
104 | Honduras | 43,968 |
105 | Liberia | 43,968 |
106 | Senegal | 43,219 |
107 | Jordan | 40,037 |
108 | Madagascar | 36,640.016 |
109 | Malawi | 31,546 |
110 | Cameroon | 29,312 |
111 | Nicaragua | 29,312 |
112 | Tunisia | 29,071 |
113 | Suriname | 25,648 |
114 | Guinea | 25,247 |
115 | Guyana | 21,984 |
116 | Bangladesh | 20,627 |
117 | Benin | 19,075.992 |
118 | Equatorial Guinea | 18,320 |
119 | Brunei Darussalam | 14,656 |
120 | Taiwan | 14,598 |
121 | Tanzania | 10,992 |
122 | Uganda | 10,903 |
123 | Congo | 7,400 |
124 | Dominican Republic | 7,206 |
125 | Niger | 3,928 |
126 | Central African Republic | 3,918 |
127 | Bahamas | 3,664 |
128 | Barbados | 3,664 |
129 | Cabo Verde | 3,664 |
130 | Djibouti | 3,664 |
131 | Gambia | 3,664 |
132 | Nepal | 3,664 |
133 | Saint Pierre and Miquelon | 3,664 |
134 | Samoa | 3,664 |
135 | Togo | 3,664 |
136 | Chad | 2,467 |
137 | Gabon | 871 |
138 | Burkina Faso | 561 |
139 | Afghanistan | 0 |
140 | Belize | 0 |
141 | Dominica | 0 |
142 | Eswatini | 0 |
143 | Grenada | 0 |
144 | Guinea-Bissau | 0 |
145 | Mauritius | 0 |
146 | Papua New Guinea | 0 |
147 | Saint Vincent and the Grenadines | 0 |
148 | Sao Tome and Principe | 0 |
149 | Solomon Islands | 0 |
150 | Somalia | 0 |
151 | Tonga | 0 |
152 | South Sudan | -1,180 |
153 | Saint Kitts and Nevis | -2,442 |
154 | Saint Lucia | -3,664 |
155 | Antigua and Barbuda | -4,886 |
156 | Bermuda | -7,328 |
157 | Faroe Islands | -7,328 |
158 | Burundi | -8,794 |
159 | Fiji | -10,992 |
160 | Sudan | -13,476 |
161 | Ghana | -14,655.938 |
162 | Rwanda | -16,854 |
163 | Greenland | -18,320 |
164 | Costa Rica | -25,648 |
165 | Sierra Leone | -43,968 |
166 | Trinidad and Tobago | -99,017 |
167 | Panama | -99,078 |
168 | Iceland | -135,568 |
169 | Portugal | -139,262 |
170 | Cuba | -241,884 |
171 | Sri Lanka | -282,188.12 |
172 | Mexico | -436,256 |
173 | Ireland | -443,850 |
174 | Morocco | -586,447.75 |
175 | Colombia | -1,139,861 |
176 | Iran | -2,784,639 |
177 | Japan | -3,206,416 |
178 | United States | -123,508,990 |
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #178
United States
- #177
Japan
- #176
Iran
- #175
Colombia
- #174
Morocco
- #173
Ireland
- #172
Mexico
- #171
Sri Lanka
- #170
Cuba
- #169
Portugal
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
Annual CO₂ Emissions Growth Leaders in 1954
In 1954, the country with the highest Annual CO₂ Emissions Growth (abs) was Russia, registering an increase of 46,978,880 tons of carbon emissions. The global range of annual emissions growth in this year spanned from a minimum of -123,508,990 to a maximum of 46,978,880, with an average growth of 776,798.23 tons. This data highlights significant disparities in emissions trends across different nations during this period.
Economic Drivers of Emissions Growth
The substantial increase in CO₂ emissions in 1954 can largely be attributed to the post-World War II industrial boom, particularly in countries like Russia, Germany, and China. These nations were ramping up production and infrastructure development to recover from wartime destruction. For instance, Germany experienced a growth of 36,243,520 tons, reflecting its aggressive economic policies and industrial resurgence. Similarly, China's growth of 27,094,528 tons indicates a shift towards heavy industry as the country sought to modernize rapidly.
Conversely, some countries, like the United States, saw a dramatic decrease of -123,508,990 tons in emissions. This decline may be linked to shifts in energy consumption patterns and policies aimed at reducing reliance on coal, which was a significant source of emissions during this time.
Geopolitical Influences on Emissions Patterns
The geopolitical landscape of 1954 played a crucial role in shaping emissions patterns. The Cold War tensions influenced energy strategies, particularly in Eastern Europe and the Soviet Union. Ukraine, for instance, reported an increase of 14,908,400 tons, driven by its status as a key industrial hub within the Soviet bloc. In contrast, countries such as Japan faced emissions reductions, with a decrease of -3,206,416 tons, possibly due to economic constraints imposed by the aftermath of the war and limited energy resources.
Moreover, the energy policies of nations varied significantly, with France increasing emissions by 11,829,216 tons as it began to rebuild its economy. The emphasis on coal and other fossil fuels during this period made it imperative for many countries to exploit their natural resources to fuel economic growth.
Year-over-Year Changes and Major Movers
The year 1954 witnessed notable year-over-year changes in CO₂ emissions, with some countries experiencing dramatic increases while others faced significant declines. The largest increase was observed in France with a growth of 24,274,752 tons, attributed to its post-war reconstruction efforts. Following closely were Germany and China, with increases of 23,750,400 tons and 21,311,024 tons, respectively. These figures underscore the intense industrial activities that characterized the era.
On the other hand, the most considerable reductions were noted in the United States and Japan, with declines of -185,264,380 and -18,713,024 tons, respectively. This stark contrast in emissions growth highlights the varying economic circumstances and energy policies that shaped the emissions trajectories of these nations during this pivotal year.
Conclusion: Implications for Future Emissions Trends
The data from 1954 reveals a complex interplay of economic recovery, geopolitical tensions, and energy policies that influenced Annual CO₂ Emissions Growth (abs) across the globe. The significant increases in emissions from industrializing nations like Russia, Germany, and China reflect a broader trend towards industrialization, while the declines seen in countries such as the United States and Japan showcase the potential for policy-driven reductions in emissions. As nations continue to grapple with climate change, understanding the historical context of emissions growth remains critical in shaping future strategies for sustainability and environmental protection.
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