Annual CO₂ Emissions Growth (abs) 1953
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 | 61,755,390 |
2 | Russia | 27,925,312 |
3 | Japan | 15,506,608 |
4 | Germany | 12,493,120 |
5 | United Kingdom | 11,687,840 |
6 | Poland | 11,176,336 |
7 | Ukraine | 8,859,584 |
8 | China | 5,783,504 |
9 | Italy | 5,377,660 |
10 | Hungary | 4,558,018 |
11 | Romania | 3,995,818 |
12 | Kazakhstan | 3,050,148 |
13 | Turkey | 2,491,222 |
14 | Czech Republic | 2,403,520 |
15 | Colombia | 2,128,071 |
16 | India | 1,358,216 |
17 | Spain | 1,347,316 |
18 | Belarus | 1,270,288 |
19 | South Korea | 1,231,075 |
20 | Canada | 1,203,008 |
21 | Bulgaria | 1,157,735 |
22 | Uzbekistan | 1,124,718 |
23 | Curaçao | 878,692 |
24 | North Korea | 845,760 |
25 | Slovakia | 768,180 |
26 | Morocco | 607,510.75 |
27 | Azerbaijan | 600,898 |
28 | Australia | 596,564 |
29 | Portugal | 578,734 |
30 | Iraq | 567,624 |
31 | Netherlands | 542,152 |
32 | Saudi Arabia | 476,320 |
33 | Republic of Moldova | 473,812 |
34 | Lithuania | 469,643 |
35 | Estonia | 462,019 |
36 | Israel | 380,996.75 |
37 | Turkmenistan | 378,031 |
38 | Thailand | 366,248 |
39 | Indonesia | 359,042 |
40 | Zimbabwe | 354,754 |
41 | Uruguay | 351,773 |
42 | Peru | 325,768 |
43 | Latvia | 305,084 |
44 | Brazil | 284,130 |
45 | Kyrgyzstan | 261,667 |
46 | Zambia | 259,987 |
47 | Nigeria | 256,480 |
48 | Denmark | 245,214 |
49 | Congo, Democratic Republic of the | 205,154 |
50 | China, Hong Kong SAR | 194,191 |
51 | Myanmar | 172,208 |
52 | Qatar | 172,208 |
53 | Georgia | 164,630 |
54 | Ghana | 150,224 |
55 | Tajikistan | 148,553 |
56 | South Africa | 142,472 |
57 | Iceland | 139,232 |
58 | Trinidad and Tobago | 139,232 |
59 | Sri Lanka | 128,210.125 |
60 | Malaysia | 128,013 |
61 | Pakistan | 123,365 |
62 | Guyana | 113,584 |
63 | Algeria | 109,799 |
64 | Armenia | 99,050 |
65 | Norway | 98,718 |
66 | Sint Maarten (Dutch part) | 97,804 |
67 | Greece | 87,337 |
68 | Ethiopia | 84,272 |
69 | Libya | 84,272 |
70 | Taiwan | 80,312 |
71 | Lebanon | 73,221 |
72 | Sudan | 67,380 |
73 | Uganda | 65,863 |
74 | Aruba | 58,686 |
75 | Cyprus | 51,296 |
76 | Jamaica | 51,177 |
77 | Costa Rica | 43,968 |
78 | Suriname | 43,968 |
79 | Singapore | 40,407 |
80 | Albania | 40,304 |
81 | Guatemala | 36,640 |
82 | Syrian Arab Republic | 36,373 |
83 | Faroe Islands | 29,312 |
84 | El Salvador | 29,164 |
85 | Malawi | 26,160 |
86 | Dominican Republic | 25,681 |
87 | Bolivia | 25,648 |
88 | Bangladesh | 22,920 |
89 | Barbados | 21,984 |
90 | Brunei Darussalam | 21,984 |
91 | Jordan | 18,320 |
92 | Paraguay | 17,968 |
93 | Bonaire, Sint Eustatius and Saba | 16,386 |
94 | Afghanistan | 14,656 |
95 | Greenland | 14,656 |
96 | Fiji | 10,992 |
97 | Haiti | 10,992 |
98 | Mauritius | 10,992 |
99 | Nicaragua | 10,992 |
100 | Papua New Guinea | 10,992 |
101 | Yemen | 10,992 |
102 | Nepal | 7,328 |
103 | Mozambique | 7,298 |
104 | South Sudan | 5,900 |
105 | Bahamas | 3,664 |
106 | Belize | 3,664 |
107 | Djibouti | 3,664 |
108 | Liberia | 3,664 |
109 | Mongolia | 3,664 |
110 | Saint Lucia | 3,664 |
111 | Antigua and Barbuda | 2,443 |
112 | Saint Kitts and Nevis | 1,221 |
113 | Equatorial Guinea | 0 |
114 | Eswatini | 0 |
115 | Gambia | 0 |
116 | Grenada | 0 |
117 | Kuwait | 0 |
118 | Samoa | 0 |
119 | Sao Tome and Principe | 0 |
120 | Solomon Islands | 0 |
121 | Somalia | 0 |
122 | Tonga | 0 |
123 | Burkina Faso | -641 |
124 | Burundi | -1,256 |
125 | Montenegro | -2,007 |
126 | Rwanda | -2,408 |
127 | Gabon | -2,830 |
128 | Dominica | -3,664 |
129 | Guinea-Bissau | -3,664 |
130 | Saint Pierre and Miquelon | -3,664 |
131 | Saint Vincent and the Grenadines | -3,664 |
132 | Niger | -4,489 |
133 | North Macedonia | -7,788 |
134 | Chad | -8,017 |
135 | Malta | -10,992 |
136 | Sierra Leone | -10,992 |
137 | Tanzania | -10,992 |
138 | Central African Republic | -12,733 |
139 | Bermuda | -14,656 |
140 | Togo | -14,656 |
141 | Slovenia | -14,684 |
142 | Croatia | -14,737 |
143 | Bosnia and Herzegovina | -18,060 |
144 | Philippines | -18,261 |
145 | Cabo Verde | -18,320 |
146 | Benin | -21,801 |
147 | Congo | -24,052 |
148 | Honduras | -25,648 |
149 | Guinea | -28,854 |
150 | Angola | -36,759 |
151 | Senegal | -52,320 |
152 | Serbia | -52,405 |
153 | Madagascar | -54,960.016 |
154 | Tunisia | -66,041 |
155 | New Caledonia | -73,280 |
156 | Ecuador | -74,046 |
157 | Kenya | -76,974 |
158 | Cameroon | -80,608 |
159 | Ireland | -84,302 |
160 | Côte d'Ivoire | -87,203 |
161 | Panama | -91,361 |
162 | Cuba | -91,541 |
163 | Vietnam | -113,852 |
164 | Egypt | -114,179 |
165 | Chile | -201,312 |
166 | Iran | -263,868.25 |
167 | Bahrain | -289,456 |
168 | Austria | -359,216 |
169 | Mexico | -505,660 |
170 | Luxembourg | -751,268 |
171 | New Zealand | -769,499 |
172 | Switzerland | -887,492 |
173 | Argentina | -963,964 |
174 | Belgium | -1,086,624 |
175 | Finland | -1,092,273 |
176 | Sweden | -2,005,156 |
177 | Venezuela | -2,887,824 |
178 | France | -12,445,536 |
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #178
France
- #177
Venezuela
- #176
Sweden
- #175
Finland
- #174
Belgium
- #173
Argentina
- #172
Switzerland
- #171
New Zealand
- #170
Luxembourg
- #169
Mexico
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 in 1953
The country with the highest Annual CO₂ Emissions Growth (abs) in 1953 was the United States, with an increase of 61,755,390 metric tons. Globally, the range of emissions growth varied significantly, with a minimum decrease of -12,445,536 metric tons and an average increase of 998,809.94 metric tons among the 178 countries reporting data. This stark contrast highlights the dramatic shifts in carbon output during a year marked by post-war industrial recovery and global economic changes.
Economic Drivers of Emissions Growth
The year 1953 was pivotal in shaping the industrial landscape of many nations, particularly in the context of post-World War II recovery. The United States, leading with a substantial emissions increase, was experiencing a booming economy driven by consumer demand and industrial expansion. The automobile and manufacturing sectors were significant contributors, with energy consumption surging as factories ramped up production. In contrast, Germany faced a sharp decline in emissions by -21,632,830 metric tons, largely due to the ongoing reconstruction efforts that limited industrial output. Similarly, China reported a decrease of -20,104,280 metric tons, reflecting the impacts of political instability and economic isolation that characterized the early years of the People's Republic.
Regional Trends in Emissions Changes
Geographically, emissions trends varied widely, reflecting different stages of industrialization and energy policies. For instance, Japan saw an emissions growth of 15,506,608 metric tons, propelled by its rapid industrialization and alignment with Western economies. In contrast, France experienced the largest absolute decline in emissions at -12,445,536 metric tons, which can be attributed to the transition from coal to nuclear energy, a strategy that would define its energy policy in the decades to come. Other European nations like the United Kingdom and Germany showed contrasting trends; while the UK increased its emissions by 11,687,840 metric tons, Germany's decline indicates a significant lag in recovery compared to its European counterparts.
Year-over-Year Changes: The Biggest Movers
The year 1953 showcased significant year-over-year changes in CO₂ emissions, with notable increases and decreases among various countries. The most substantial increase came from the United States, which grew by an extraordinary 129,243,900 metric tons compared to the previous year, reflecting an aggressive push towards industrial output. This was followed by the United Kingdom with an increase of 28,066,048 metric tons, fueled by the post-war economic boom and a shift towards more energy-intensive industries.
On the flip side, countries such as Germany and China faced dramatic declines, with reductions of -21,632,830 and -20,104,280 metric tons respectively. These changes illustrate the broader economic and political contexts influencing emissions, where recovery efforts and industrial policies played crucial roles. The fluctuations in emissions growth underscore the complex interplay between economic recovery, energy policies, and geopolitical dynamics in shaping global CO₂ emissions during this pivotal year.
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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