Annual CO₂ Emissions Growth (abs) 1952
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 | 34,125,950 |
2 | Russia | 31,879,168 |
3 | China | 25,887,784 |
4 | Ukraine | 10,113,840 |
5 | Japan | 6,981,296 |
6 | Poland | 5,946,768 |
7 | South Africa | 5,763,212 |
8 | Hungary | 5,022,898 |
9 | Spain | 4,494,686 |
10 | Czech Republic | 4,267,056 |
11 | Romania | 4,127,872 |
12 | Kazakhstan | 3,477,712 |
13 | India | 3,443,708 |
14 | Venezuela | 3,362,660 |
15 | Indonesia | 3,330,428 |
16 | Brazil | 3,274,962 |
17 | Mexico | 2,322,796 |
18 | Italy | 1,798,144 |
19 | Taiwan | 1,483,681 |
20 | Belarus | 1,451,048 |
21 | Slovakia | 1,366,636 |
22 | Australia | 1,354,932 |
23 | Uzbekistan | 1,291,874 |
24 | Bulgaria | 1,263,900 |
25 | Malaysia | 1,150,519 |
26 | New Zealand | 1,150,080 |
27 | Argentina | 1,135,788 |
28 | Sweden | 1,084,216 |
29 | Denmark | 981,128 |
30 | Israel | 740,098 |
31 | Azerbaijan | 687,139 |
32 | Finland | 681,714 |
33 | Morocco | 637,299 |
34 | Chile | 622,405 |
35 | Singapore | 615,529 |
36 | Vietnam | 578,853 |
37 | Republic of Moldova | 539,900 |
38 | South Korea | 538,489 |
39 | Lithuania | 537,554 |
40 | Uruguay | 531,280 |
41 | Estonia | 527,039 |
42 | Philippines | 498,304 |
43 | Nigeria | 494,640 |
44 | Colombia | 468,783 |
45 | Zimbabwe | 437,890 |
46 | Turkmenistan | 432,957 |
47 | Peru | 414,003 |
48 | Luxembourg | 392,137 |
49 | Sri Lanka | 392,078 |
50 | Pakistan | 370,795 |
51 | Latvia | 348,293 |
52 | Congo, Democratic Republic of the | 336,941 |
53 | Egypt | 334,167 |
54 | Zambia | 320,912 |
55 | Kyrgyzstan | 298,366 |
56 | Turkey | 289,218 |
57 | Trinidad and Tobago | 282,128 |
58 | Dominican Republic | 234,347 |
59 | Greece | 222,851 |
60 | Myanmar | 216,057 |
61 | Norway | 208,818 |
62 | Kenya | 197,826 |
63 | Ecuador | 191,265 |
64 | New Caledonia | 190,528 |
65 | Georgia | 188,525 |
66 | Thailand | 187,105 |
67 | Tajikistan | 169,743 |
68 | Panama | 157,463 |
69 | Mozambique | 142,896 |
70 | Iceland | 131,904 |
71 | Armenia | 113,418 |
72 | Bahrain | 109,920 |
73 | Cameroon | 98,928 |
74 | Syrian Arab Republic | 94,907 |
75 | Tanzania | 91,600 |
76 | Sierra Leone | 84,272 |
77 | Costa Rica | 76,177 |
78 | Nicaragua | 73,280 |
79 | Bangladesh | 68,764 |
80 | Tunisia | 65,863 |
81 | El Salvador | 65,567 |
82 | Madagascar | 62,318 |
83 | Angola | 62,288 |
84 | Paraguay | 54,930 |
85 | Côte d'Ivoire | 54,502 |
86 | Bolivia | 51,296 |
87 | Guyana | 51,296 |
88 | Bermuda | 47,632 |
89 | Jamaica | 43,671 |
90 | Ethiopia | 36,640 |
91 | Mauritius | 36,640 |
92 | Congo | 35,153 |
93 | Serbia | 34,179 |
94 | Sudan | 33,691 |
95 | Cyprus | 32,976 |
96 | Jordan | 32,976 |
97 | Suriname | 32,976 |
98 | Malawi | 32,291 |
99 | Fiji | 25,648 |
100 | Senegal | 24,330 |
101 | Brunei Darussalam | 21,984 |
102 | Papua New Guinea | 21,984 |
103 | Central African Republic | 18,609.996 |
104 | Togo | 18,320 |
105 | Yemen | 18,320 |
106 | Guinea | 18,034 |
107 | Faroe Islands | 14,656 |
108 | Haiti | 14,656 |
109 | Rwanda | 14,447 |
110 | Benin | 13,625 |
111 | Chad | 11,717 |
112 | Bosnia and Herzegovina | 11,342 |
113 | Bahamas | 10,992 |
114 | Honduras | 10,992 |
115 | Liberia | 10,992 |
116 | Saint Pierre and Miquelon | 10,992 |
117 | Slovenia | 8,258 |
118 | Burundi | 7,537 |
119 | Greenland | 7,328 |
120 | Guatemala | 7,328 |
121 | Guinea-Bissau | 7,328 |
122 | Mongolia | 7,328 |
123 | Saint Vincent and the Grenadines | 7,328 |
124 | Croatia | 7,146 |
125 | Gabon | 4,136 |
126 | Dominica | 3,664 |
127 | Samoa | 3,664 |
128 | Uganda | 3,664 |
129 | South Sudan | 2,949 |
130 | Niger | 2,806 |
131 | Montenegro | 1,254 |
132 | Burkina Faso | 401 |
133 | Afghanistan | 0 |
134 | Belize | 0 |
135 | Djibouti | 0 |
136 | Equatorial Guinea | 0 |
137 | Eswatini | 0 |
138 | Grenada | 0 |
139 | Nepal | 0 |
140 | Sao Tome and Principe | 0 |
141 | Saudi Arabia | 0 |
142 | Somalia | 0 |
143 | Tonga | 0 |
144 | North Macedonia | -962 |
145 | Saint Kitts and Nevis | -2,443 |
146 | Gambia | -3,664 |
147 | Libya | -3,664 |
148 | Saint Lucia | -3,664 |
149 | Antigua and Barbuda | -4,885 |
150 | Ghana | -7,328 |
151 | Malta | -14,656.016 |
152 | China, Hong Kong SAR | -21,954 |
153 | Barbados | -21,984 |
154 | Albania | -29,312 |
155 | Cabo Verde | -40,304 |
156 | Portugal | -44,323 |
157 | Bonaire, Sint Eustatius and Saba | -76,220 |
158 | North Korea | -106,226 |
159 | Kuwait | -117,248 |
160 | Cuba | -187,012 |
161 | Qatar | -194,192 |
162 | Algeria | -241,971.75 |
163 | Netherlands | -253,320 |
164 | Aruba | -272,985 |
165 | Lebanon | -282,072 |
166 | Sint Maarten (Dutch part) | -454,938 |
167 | Iraq | -469,111 |
168 | Ireland | -886,836 |
169 | Switzerland | -1,081,340 |
170 | Austria | -1,205,100 |
171 | France | -1,727,840 |
172 | Iran | -2,821,220.8 |
173 | Canada | -3,272,864 |
174 | Curaçao | -4,087,297 |
175 | Belgium | -5,989,472 |
176 | United Kingdom | -16,378,208 |
177 | United States | -67,488,510 |
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #177
United States
- #176
United Kingdom
- #175
Belgium
- #174
Curaçao
- #173
Canada
- #172
Iran
- #171
France
- #170
Austria
- #169
Switzerland
- #168
Ireland
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
Overview of Annual CO₂ Emissions Growth (abs) in 1952
In 1952, Germany recorded the highest Annual CO₂ Emissions Growth (abs) at 34,125,950 metric tons, while the global range of emissions growth varied significantly from a minimum of -67,488,510 to a maximum of 34,125,950. The average growth across 177 countries was 471,083.42, with a median value of 43,671, highlighting the disparity in emissions trends worldwide.
Major Contributors to CO₂ Emissions Growth
The data for 1952 reveals that industrialized nations were significant contributors to CO₂ emissions growth. Germany led with an increase of 34,125,950 metric tons, which can be attributed to its post-war industrial recovery and expansion of manufacturing capabilities. Similarly, Russia saw a substantial rise of 31,879,168 metric tons, reflecting its heavy reliance on coal and other fossil fuels during this period of intense industrial activity.
In contrast, China experienced an increase of 25,887,784 metric tons, indicative of its early stages of industrialization. The economic policies aimed at boosting production and infrastructure resulted in a significant reliance on coal, a trend that would have long-term implications for the country’s emissions profile.
Country-Specific Dynamics: Increases and Decreases
Year-over-year changes in emissions growth were notable in 1952, with several countries exhibiting extreme fluctuations. The most significant increase was observed in Saudi Arabia with a growth of 5,140,592 metric tons, a direct result of its burgeoning oil industry. This was followed closely by Spain, which saw an unprecedented rise of 4,447,932 metric tons, reflecting its rapid economic development post-Civil War.
Conversely, the United States recorded the largest decrease at -67,488,510 metric tons, largely due to shifts in energy policies and a move towards more sustainable practices. The United Kingdom also saw a significant reduction of -16,378,208 metric tons, driven by post-war economic adjustments and a gradual transition to cleaner energy sources.
Geopolitical and Economic Influences on Emissions
The patterns of Annual CO₂ Emissions Growth (abs) in 1952 can be analyzed through the lens of geopolitical and economic factors. Countries like South Africa and Japan, which recorded increases of 5,763,212 and 6,981,296 metric tons respectively, were experiencing growth in their industrial sectors, heavily reliant on fossil fuels. In contrast, European nations such as France and Belgium faced significant reductions, with decreases of -1,728,840 and -5,989,472 metric tons, likely influenced by post-war recovery strategies that prioritized economic stability over industrial expansion.
Overall, the data from 1952 illustrates a complex interplay between industrial growth, energy policies, and geopolitical factors that shaped the emissions landscape. As countries navigated recovery and development, their approaches to energy consumption and industrialization had profound implications for their CO₂ emissions trajectories, setting the stage for future environmental challenges.
Data Source
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