Annual CO₂ Emissions Growth (abs) 1897

Annual CO₂ emissions growth measures the increase in carbon output. Compare countries, explore trends, and view interactive maps.

72 data pointsGlobal CoverageGlobal Carbon Budget

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Complete Data Rankings

Rank
1
United States flag
United States
19,527,232
2
Germany flag
Germany
17,294,080
3
United Kingdom flag
United Kingdom
9,988,064
4
France flag
France
4,979,376
5
Russia flag
Russia
4,217,342
6
Poland flag
Poland
2,366,944
7
Czech Republic flag
Czech Republic
1,785,354
8
Austria flag
Austria
1,722,080
9
Belgium flag
Belgium
1,465,600
10
Ukraine flag
Ukraine
1,337,632
11
Australia flag
Australia
739,508
12
Sweden flag
Sweden
699,824
13
Mexico flag
Mexico
663,231
14
India flag
India
645,340
15
Japan flag
Japan
626,544
16
Netherlands flag
Netherlands
608,224
17
Slovakia flag
Slovakia
574,261
18
South Africa flag
South Africa
520,288
19
Italy flag
Italy
494,640
20
Kazakhstan flag
Kazakhstan
457,598
21
Denmark flag
Denmark
311,440
22
Norway flag
Norway
260,144
23
Indonesia flag
Indonesia
245,488
24
Spain flag
Spain
241,824
25
Switzerland flag
Switzerland
230,832
26
Finland flag
Finland
219,839.97
27
Belarus flag
Belarus
192,326
28
Romania flag
Romania
179,536
29
Uzbekistan flag
Uzbekistan
179,476
30
Vietnam flag
Vietnam
161,216
31
Canada flag
Canada
150,224
32
Brazil flag
Brazil
118,738
33
New Zealand flag
New Zealand
106,256
34
Azerbaijan flag
Azerbaijan
91,864
35
Hungary flag
Hungary
87,936
36
Portugal flag
Portugal
87,936
37
Lithuania flag
Lithuania
71,857
38
Republic of Moldova flag
Republic of Moldova
71,014
39
Estonia flag
Estonia
69,493
40
Turkmenistan flag
Turkmenistan
58,453
41
Taiwan flag
Taiwan
47,632
42
Latvia flag
Latvia
46,071
43
Kyrgyzstan flag
Kyrgyzstan
39,274
44
Georgia flag
Georgia
25,447
45
Tajikistan flag
Tajikistan
22,550
46
Armenia flag
Armenia
15,251
47
Venezuela flag
Venezuela
4,865
48
Guatemala flag
Guatemala
3,709
49
Bulgaria flag
Bulgaria
3,664
50
El Salvador flag
El Salvador
1,898
51
Ecuador flag
Ecuador
807
52
Paraguay flag
Paraguay
0
53
Honduras flag
Honduras
-118
54
Nicaragua flag
Nicaragua
-174
55
Montenegro flag
Montenegro
-1,631
56
Costa Rica flag
Costa Rica
-3,163
57
Haiti flag
Haiti
-3,942
58
Dominican Republic flag
Dominican Republic
-7,584
59
North Macedonia flag
North Macedonia
-8,399
60
Greece flag
Greece
-10,992
61
Slovenia flag
Slovenia
-12,145
62
Bosnia and Herzegovina flag
Bosnia and Herzegovina
-14,666
63
Croatia flag
Croatia
-16,014
64
Colombia flag
Colombia
-16,546
65
Peru flag
Peru
-25,871
66
Malaysia flag
Malaysia
-32,976
67
Serbia flag
Serbia
-42,410
68
Cuba flag
Cuba
-43,535
69
Argentina flag
Argentina
-46,756
70
Turkey flag
Turkey
-128,240
71
Uruguay flag
Uruguay
-168,561
72
Chile flag
Chile
-522,019

Top 10 Countries

  1. #1United States flagUnited States
  2. #2Germany flagGermany
  3. #3United Kingdom flagUnited Kingdom
  4. #4France flagFrance
  5. #5Russia flagRussia
  6. #6Poland flagPoland
  7. #7Czech Republic flagCzech Republic
  8. #8Austria flagAustria
  9. #9Belgium flagBelgium
  10. #10Ukraine flagUkraine

Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.

Bottom 10 Countries

  1. #72Chile flagChile
  2. #71Uruguay flagUruguay
  3. #70Turkey flagTurkey
  4. #69Argentina flagArgentina
  5. #68Cuba flagCuba
  6. #67Serbia flagSerbia
  7. #66Malaysia flagMalaysia
  8. #65Peru flagPeru
  9. #64Colombia flagColombia
  10. #63Croatia flagCroatia

Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.

Analysis & Context

Global Leaders in Annual CO₂ Emissions Growth (abs) in 1897

The country with the highest Annual CO₂ Emissions Growth (abs) in 1897 was the United States, with an increase of 19,527,232 metric tons. The global range of emissions growth varied significantly, with a minimum of -522,019 metric tons observed in Chile and an average growth of 1,013,256.68 metric tons across the 72 countries reporting data. This stark contrast highlights the diverse industrial and environmental policies in place during this period.

Industrialization and Its Impact on Emissions

The late 19th century was marked by rapid industrialization, particularly in Western nations. Countries like the United States and Germany, which reported emissions growth of 19,527,232 and 17,294,080 metric tons respectively, were at the forefront of industrial expansion. This surge can be attributed to the burgeoning coal industry and the shift towards mechanized production processes, which significantly increased carbon output. In contrast, nations like Chile and Turkey experienced reductions in emissions growth, with decreases of -522,019 and -128,240 metric tons, respectively, likely indicating slower industrial activities or effective environmental regulations.

Year-over-Year Changes: The Biggest Movers

The year-over-year changes in emissions growth reveal significant shifts among the countries. The United States experienced an extraordinary increase of 18,527,872 metric tons, representing a staggering growth rate of 1854.0%. This dramatic rise underscores the country's reliance on fossil fuels during its industrial boom. Similarly, Russia saw a substantial increase of 3,740,036 metric tons, reflecting its extensive resource extraction practices. On the other hand, Poland faced a notable decrease of -1,366,672 metric tons, possibly due to economic constraints or a shift towards more sustainable practices at that time.

Geographic Disparities in Emissions Growth

The geographic distribution of emissions growth in 1897 reveals significant disparities. Western European countries like the United Kingdom and France recorded emissions growth of 9,988,064 and 4,979,376 metric tons, respectively, driven by their advanced industrial sectors. Meanwhile, Eastern European nations such as Ukraine and Poland exhibited a mixed performance, with Ukraine's emissions growth of 1,337,632 metric tons contrasting sharply with Poland’s decline. This divergence can be attributed to varying stages of industrial development, resource availability, and government policies towards emissions management.

Conclusion: The Legacy of 1897 on Modern Emissions Trends

The data from 1897 illustrates a critical juncture in the history of global emissions. The substantial growth in CO₂ emissions from industrialized nations set the stage for today’s climate challenges. As countries continue to grapple with the legacy of their historical emissions, the figures from this year serve as a reminder of the rapid industrialization and its profound environmental impacts. Understanding these historical patterns is essential for formulating effective policies aimed at reducing carbon footprints in the present and future.

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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Historical Data by Year

Explore Annual CO₂ Emissions Growth (abs) data across different years. Compare trends and see how statistics have changed over time.

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