Annual CO₂ Emissions Growth (abs) 1920
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 | 260,733,440 |
2 | Poland | 73,650,060 |
3 | Germany | 41,780,576 |
4 | France | 35,636,064 |
5 | Mexico | 35,304,450 |
6 | United Kingdom | 24,341,120 |
7 | Austria | 11,512,288 |
8 | Belgium | 10,284,848 |
9 | Canada | 8,287,968 |
10 | Australia | 4,120,774 |
11 | Sweden | 2,744,858 |
12 | Switzerland | 2,627,088 |
13 | South Africa | 2,528,160 |
14 | China | 2,281,160 |
15 | Argentina | 2,198,865 |
16 | Iran | 1,117,520 |
17 | Brazil | 996,066 |
18 | Cuba | 942,102 |
19 | Hungary | 831,728 |
20 | Romania | 820,736 |
21 | Indonesia | 626,543.5 |
22 | Greece | 571,584 |
23 | Turkey | 465,328 |
24 | Serbia | 435,516 |
25 | Malaysia | 340,752 |
26 | Bulgaria | 263,808 |
27 | Trinidad and Tobago | 219,840 |
28 | Netherlands | 190,528 |
29 | North Korea | 166,616 |
30 | Croatia | 164,449 |
31 | Zimbabwe | 161,216 |
32 | Bosnia and Herzegovina | 150,607 |
33 | Taiwan | 135,568 |
34 | Slovenia | 124,723 |
35 | Nigeria | 117,248 |
36 | Vietnam | 91,600 |
37 | North Macedonia | 86,245 |
38 | Peru | 84,734 |
39 | Ireland | 43,968 |
40 | Philippines | 43,968 |
41 | Bolivia | 39,108.004 |
42 | Finland | 36,640 |
43 | Paraguay | 18,087 |
44 | Montenegro | 16,747 |
45 | Honduras | 12,914 |
46 | Norway | 10,992 |
47 | South Korea | 9,256 |
48 | Ecuador | 5,753 |
49 | Costa Rica | 5,242 |
50 | Algeria | 3,664 |
51 | Panama | 2,347 |
52 | El Salvador | 2,208 |
53 | Haiti | 3 |
54 | Nicaragua | -2,767 |
55 | Guatemala | -5,222 |
56 | Armenia | -6,636 |
57 | Tajikistan | -9,814 |
58 | Dominican Republic | -10,249 |
59 | Georgia | -11,074.008 |
60 | Colombia | -16,877 |
61 | Kyrgyzstan | -17,092 |
62 | Latvia | -20,049 |
63 | Turkmenistan | -25,437 |
64 | Estonia | -30,242 |
65 | Republic of Moldova | -30,903 |
66 | Lithuania | -31,270 |
67 | Azerbaijan | -39,977 |
68 | Portugal | -54,960 |
69 | Uruguay | -59,662 |
70 | Venezuela | -71,878 |
71 | Uzbekistan | -78,104 |
72 | Belarus | -83,695 |
73 | Slovakia | -90,955 |
74 | Kazakhstan | -199,135.88 |
75 | Egypt | -234,496 |
76 | Czech Republic | -282,772 |
77 | New Zealand | -571,583.75 |
78 | Ukraine | -582,104 |
79 | Chile | -697,123 |
80 | Italy | -740,128 |
81 | Denmark | -1,044,240.5 |
82 | Russia | -1,835,282 |
83 | Spain | -1,872,304 |
84 | Japan | -4,913,424 |
85 | India | -8,106,644 |
- #1
United States
- #2
Poland
- #3
Germany
- #4
France
- #5
Mexico
- #6
United Kingdom
- #7
Austria
- #8
Belgium
- #9
Canada
- #10
Australia
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #85
India
- #84
Japan
- #83
Spain
- #82
Russia
- #81
Denmark
- #80
Italy
- #79
Chile
- #78
Ukraine
- #77
New Zealand
- #76
Czech Republic
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) for 1920
In 1920, the country with the highest Annual CO₂ Emissions Growth (abs) was the United States, reporting an increase of 260,733,440 tons. The global range of emissions growth for that year spanned from a decline of -8,106,644 tons in India to the aforementioned peak in the United States. The global average emissions growth stood at 5,948,371.45 tons, while the median value was 18,087 tons, indicating a significant disparity in emissions trends among countries.
Economic Drivers of CO₂ Emissions Growth
The stark differences in Annual CO₂ Emissions Growth (abs) can often be traced back to the economic activities prevalent in a nation. In 1920, the United States, with its robust industrial base, led the world in emissions growth. The rapid expansion of factories and manufacturing capabilities significantly contributed to this increase. Similarly, Poland and Germany reported emissions growth of 73,650,060 and 41,780,576 tons respectively, reflecting their own industrialization processes post-World War I. In contrast, countries like India experienced a decline of -8,106,644 tons, indicative of its economic struggles and limited industrial growth during this period.
Geopolitical Influences on Emissions Trends
Geopolitical factors also played a crucial role in shaping emissions trends in 1920. The aftermath of World War I saw many European nations grappling with reconstruction efforts. For instance, France and the United Kingdom reported emissions growth figures of 35,636,064 and 24,341,120 tons respectively, as they ramped up industrial output to recover from the war's devastation. Conversely, countries like Japan and Russia experienced significant decreases in emissions, at -4,913,424 and -1,835,282 tons respectively, as their economies faced severe constraints due to political instability and economic sanctions. The interplay of these geopolitical dynamics contributed to the varying emissions growth across nations.
Year-over-Year Changes: The Biggest Movers in 1920
The year 1920 was marked by dramatic fluctuations in emissions growth among various countries. The United States not only led in absolute emissions growth but also recorded the largest year-over-year increase of 528,417,410 tons, a staggering rise that underscored its post-war industrial expansion. In stark contrast, India and Japan faced the largest year-over-year decreases of -11,722,036 and -12,563,856 tons respectively, reflecting their economic challenges during this period. These shifts highlight how economic recovery and growth in industrial output in some nations contrasted sharply with the stagnation or decline experienced by others, revealing a complex landscape of emissions growth influenced by both local and global factors.
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.
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