Annual CO₂ Emissions Growth (abs) 1932
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 | 14,550,680 |
2 | Ukraine | 4,612,680 |
3 | Venezuela | 3,792,979 |
4 | Iran | 2,165,424 |
5 | Kazakhstan | 1,583,856 |
6 | Romania | 1,509,508 |
7 | Belarus | 658,535 |
8 | Uzbekistan | 594,179 |
9 | Norway | 557,129 |
10 | Australia | 499,530 |
11 | Argentina | 431,966 |
12 | North Korea | 420,010 |
13 | Bulgaria | 362,587 |
14 | Azerbaijan | 312,418 |
15 | Republic of Moldova | 244,665 |
16 | Lithuania | 243,656 |
17 | Estonia | 238,671 |
18 | Turkmenistan | 196,855 |
19 | Trinidad and Tobago | 179,536 |
20 | Latvia | 155,670 |
21 | Kyrgyzstan | 135,694 |
22 | Switzerland | 128,448 |
23 | Georgia | 86,188 |
24 | Tajikistan | 77,215 |
25 | Japan | 76,488 |
26 | Turkey | 62,258.75 |
27 | Morocco | 58,352 |
28 | Armenia | 51,591 |
29 | Mozambique | 51,296 |
30 | Myanmar | 43,968 |
31 | Bolivia | 34,443 |
32 | South Korea | 23,333.992 |
33 | Algeria | 14,608 |
34 | Finland | 11,023 |
35 | Israel | 10,903 |
36 | El Salvador | 9,954 |
37 | Brazil | 7,753 |
38 | Iraq | 7,328 |
39 | Lebanon | 7,269 |
40 | Syrian Arab Republic | 7,269 |
41 | Philippines | 7,258 |
42 | Paraguay | 2,565 |
43 | Dominican Republic | 2,136 |
44 | Costa Rica | 1,080 |
45 | Haiti | 151 |
46 | Aruba | 0 |
47 | Barbados | 0 |
48 | Bonaire, Sint Eustatius and Saba | 0 |
49 | Curaçao | 0 |
50 | Guatemala | 0 |
51 | Honduras | 0 |
52 | Sint Maarten (Dutch part) | 0 |
53 | Nicaragua | -159 |
54 | Panama | -1,898 |
55 | Thailand | -3,634 |
56 | Montenegro | -13,486 |
57 | Vietnam | -29,371 |
58 | Greece | -47,632 |
59 | Ecuador | -54,960 |
60 | Egypt | -54,960 |
61 | North Macedonia | -58,896 |
62 | Chile | -92,064 |
63 | Slovenia | -98,857 |
64 | Bosnia and Herzegovina | -121,366 |
65 | Uruguay | -126,384 |
66 | Croatia | -126,651 |
67 | Colombia | -146,760 |
68 | Taiwan | -179,536 |
69 | Cuba | -186,604 |
70 | Congo, Democratic Republic of the | -197,737 |
71 | Nigeria | -205,184 |
72 | Sweden | -207,364 |
73 | Indonesia | -307,567 |
74 | Serbia | -353,064 |
75 | Zimbabwe | -395,712 |
76 | Peru | -440,078.75 |
77 | Portugal | -531,369 |
78 | Mexico | -622,541 |
79 | New Zealand | -699,795 |
80 | Denmark | -893,631 |
81 | Malaysia | -912,336 |
82 | Hungary | -977,901 |
83 | Spain | -1,354,846 |
84 | Slovakia | -1,552,381 |
85 | China | -1,635,508 |
86 | South Africa | -2,111,624 |
87 | India | -2,721,504 |
88 | Austria | -2,931,408 |
89 | Ireland | -3,414,848 |
90 | Netherlands | -3,539,664 |
91 | Czech Republic | -4,843,306 |
92 | Canada | -5,642,656 |
93 | Italy | -6,108,096 |
94 | Poland | -12,848,876 |
95 | Belgium | -16,409,600 |
96 | United Kingdom | -16,413,792 |
97 | France | -25,718,128 |
98 | Germany | -38,479,136 |
99 | United States | -227,144,960 |
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #99
United States
- #98
Germany
- #97
France
- #96
United Kingdom
- #95
Belgium
- #94
Poland
- #93
Italy
- #92
Canada
- #91
Czech Republic
- #90
Netherlands
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 1932
In 1932, the country with the highest Annual CO₂ Emissions Growth (abs) was Russia, with an increase of 14,550,680 metric tons. This year reflected a global range of emissions growth from a minimum decrease of -227,144,960 metric tons to this peak. The average growth across the 99 countries reporting was a decline of -3,502,310.34 metric tons, indicating a significant overall reduction in emissions for the year.
Economic Drivers of Emissions Growth
The disparities in emissions growth among countries can largely be attributed to their economic contexts during 1932. Countries like Ukraine and Venezuela, with emissions growth of 4,612,680 and 3,792,979 metric tons respectively, were likely benefiting from their resource-heavy economies. Ukraine's agricultural sector and Venezuela's oil industry were pivotal in driving carbon output. In contrast, industrialized nations such as Germany and the United States experienced substantial declines of -38,479,136 and -227,144,960 metric tons, respectively, as they faced economic challenges including the Great Depression, which curtailed industrial production and energy consumption.
Year-over-Year Changes and Their Implications
The year 1932 saw dramatic shifts in emissions, particularly among the largest economies. Notably, Germany experienced the biggest increase at +37,647,744 metric tons, while the United States followed closely with +32,812,160 metric tons. This surge can be attributed to a temporary rebound in industrial activity as nations began to recover from the depths of the economic downturn. Conversely, countries like Poland saw a significant decrease of -11,109,632 metric tons, reflecting stringent environmental policies or shifts towards less carbon-intensive energy sources. The contrasting trends highlight a complex interplay between economic recovery efforts and environmental management during this pivotal year.
Geopolitical Factors Influencing Emissions
Geopolitical dynamics also played a crucial role in shaping emissions growth in 1932. The Soviet Union, represented by Russia, was pushing for rapid industrialization, contributing to its high emissions growth. In contrast, Western European nations like France and the United Kingdom, with reductions of -25,718,128 and -16,413,792 metric tons respectively, were grappling with the socio-economic impacts of the Great Depression, leading to decreased industrial output and a shift towards more sustainable practices. Additionally, the economic isolationism prevalent in various countries during this period may have contributed to reduced international trade and, consequently, lower emissions associated with shipping and production.
Conclusion: The Environmental Landscape of 1932
The data on Annual CO₂ Emissions Growth (abs) in 1932 offers a revealing snapshot of the environmental and economic challenges of the time. With a significant number of countries reporting negative growth, it indicates a global trend towards reduced carbon emissions, largely influenced by economic hardships. However, the growth in emissions from countries like Russia and Ukraine highlights the ongoing tension between industrial ambitions and environmental impacts. Understanding these dynamics provides essential context for today's discussions on climate change and environmental policy, as historical patterns often inform current practices.
Data Source
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