Climate change in South Sudan

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Cattle Wau Sudan Cattle Wau Sudan.jpg
Cattle Wau Sudan

South Sudan is one of the five most vulnerable countries to climate change in the world. [1] The country is facing the impacts of climate change, including droughts and flooding, which have indirect and interlinked implications for peace and security. [2] Mean annual temperatures across South Sudan have increased by more than 0.4°C every decade in the past 30 years and are projected to increase between 1°C and 1.5°C by 2060, creating a warmer and drier climate. In the northeast, rainfall has decreased by 15–20%, but other regions experienced more frequent and severe floods. [2] [3] [4]

Contents

Greenhouse gas emissions

South Sudan's greenhouse gas (GHG) emissions in 2020 saw a significant 13.97% increase compared to 2019, reaching a total of 56,051.36. The previous year, in 2019, South Sudan's GHG emissions experienced a notable decline of 12.8% with a recorded value of 49,180.53. Furthermore, in 2018, South Sudan observed a 9.86% increase in GHG emissions, totaling 56,397.92. [5] [6]

Fossil Carbon Dioxide (CO2) emissions of South Sudan [7]
YearFossil CO2

Emissions (tons)

CO2 emisions

change

CO2 emissions

per capita

PopulationPop.

change

Share of World's

CO2 emissions

20164,038,4964.18%0.3611,066,105-1.15 %0.01%
20153,876,4701.64%0.3511,194,299-0.17 %0.01%
20143,813,985-0.80%0.3411,213,2840.97 %0.01%
20133,844,6850.57%0.3511,106,0313.78 %0.01%
20123,822,860-1.34%0.3610,701,6044.48 %0.01%
20113,874,7193.64%0.3810,243,0505.44 %0.01%
20103,738,7524.97%0.389,714,4195.26 %0.01%
20093,561,6293.78%0.399,229,2274.59 %0.01%
20083,431,9825.79%0.398,823,8884.82 %0.01%
20073,244,0999.22%0.398,417,8234.84 %0.01%
20062,970,32523.66%0.378,029,5174.79 %0.01%
20052,401,94512.70%0.317,662,6544.72 %0.01%
20042,131,29313.06%0.297,317,1184.64 %0.01%
20031,885,0910.48%0.276,992,3674.58 %0.01%
20021,876,12423.57%0.286,686,1004.56 %0.01%
20011,518,3229.17%0.246,394,4314.58 %0.00%
20001,390,80612.42%0.236,114,4404.52 %0.00%
19991,237,1409.93%0.215,850,1452.64 %0.00%
19981,125,420-9.75%0.205,699,4361.97 %0.00%
19971,246,94021.48%0.225,589,4102.84 %0.00%
19961,026,415-2.38%0.195,434,8942.51 %0.00%
19951,051,435-6.45%0.205,302,0423.10 %0.00%
19941,123,89247.99%0.225,142,8632.48 %0.00%
1993759,436-29.08%0.155,018,1721.23 %0.00%
19921,070,796-5.53%0.224,956,9691.84 %0.00%
19911,133,422-10.67%0.234,867,1852.45 %0.00%
19901,268,76233.46%0.274,750,8170.94 %0.00%
1989950,689-9.61%0.204,706,626-2.25 %0.00%
19881,051,71844.01%0.224,814,879-1.61 %0.00%
1987730,295-22.88%0.154,893,8091.54 %0.00%
1986946,903-1.90%0.204,819,6672.39 %0.00%
1985965,26218.15%0.214,706,9752.26 %0.00%
1984816,975-10.36%0.184,603,0392.23 %0.00%
1983911,4081.86%0.204,502,5412.37 %0.00%
1982894,7263.29%0.204,398,2972.43 %0.00%
1981866,207-2.84%0.204,293,8662.43 %0.00%
1980891,54117.11%0.214,192,0122.42 %0.00%
1979761,2952.42%0.194,092,7922.42 %0.00%
1978743,309-8.89%0.193,995,9112.43 %0.00%
1977815,7955.48%0.213,901,0442.43 %0.00%
1976773,425-3.13%0.203,808,6152.43 %0.00%
1975798,421-22.82%0.213,718,2792.44 %0.00%
19741,034,427-5.93%0.283,629,6082.46 %0.00%
19731,099,58630.63%0.313,542,4652.24 %0.00%
1972841,7717.39%0.243,464,7152.00 %0.00%
1971783,8440.36%0.233,396,8081.63 %0.00%
Koppen-Geiger Map SDN present.svg
Köppen–Geiger climate classification map for Sudan
Koppen-Geiger Map SDN future.svg
Köppen–Geiger climate classification map for Sudan
This bar chart is a visual representation of the change in temperature in the past 100+ years. Each stripe represents the temperature averaged over a year. The average temperature in 1971-2000 is set as the boundary between blue and red colors, and the color scale varies from +-2.6 standard deviations of the annual average temperatures between the years mentioned in the file name. Data source: Berkeley Earth. For more information visit https://showyourstripes.info/faq Temperature Bar Chart Africa-South Sudan--1901-2020--2021-07-13.png
This bar chart is a visual representation of the change in temperature in the past 100+ years. Each stripe represents the temperature averaged over a year. The average temperature in 1971–2000 is set as the boundary between blue and red colors, and the color scale varies from ±2.6 standard deviations of the annual average temperatures between the years mentioned in the file name. Data source: Berkeley Earth. For more information visit https://showyourstripes.info/faq

Agriculture and livestock

A grinding mill A grinding mill.jpg
A grinding mill
A kitchen garden next to a homestead of a South Sudanese A kitchen garden next to a homestead of a South Sudanese.jpg
A kitchen garden next to a homestead of a South Sudanese

Climate change is having a significant impact on agriculture and livestock in South Sudan. Droughts have killed livestock and disrupted crop cycles, leading to food insecurity. To address this issue, the United Nations High Commissioner for Refugees (UNHCR) is distributing early maturing and drought-resistant seed varieties, as well as supporting the introduction of irrigation systems. [8] The losses of livestock attributed to climate change, coupled with existing rivalries, heighten the probability of cattle theft, which can result in retaliatory actions, communal conflicts, population displacement, exacerbation of inter-communal animosity, and the emergence of armed factions. [9] [10] [11]

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References

  1. "South Sudan Adapts to Climate Change By Restoring Its Ecosystems". Global Adaptation Network (GAN). 2023-08-17. Retrieved 2023-12-15.
  2. 1 2 Siddig, Khalid; Stepanyan, Davit; Wiebelt, Manfred; Grethe, Harald; Zhu, Tingju (2020-03-01). "Climate change and agriculture in the Sudan: Impact pathways beyond changes in mean rainfall and temperature". Ecological Economics. 169: 106566. doi:10.1016/j.ecolecon.2019.106566. hdl: 10568/101350 . ISSN   0921-8009. S2CID   146321871.
  3. Elagib, Nadir Ahmed; Mansell, Martin G. (2000-04-01). "Climate impacts of environmental degradation in Sudan". GeoJournal. 50 (4): 311–327. doi:10.1023/A:1011071917001. ISSN   1572-9893. S2CID   153835620.
  4. "Climate Change Profile: South Sudan - South Sudan | ReliefWeb". reliefweb.int. 2019-02-13. Retrieved 2023-11-08.
  5. "South Sudan Greenhouse Gas (GHG) Emissions 1990-2023". www.macrotrends.net. Retrieved 2023-11-20.
  6. "Greenhouse Gas Emissions Factsheet: South Sudan". www.climatelinks.org. 2016-11-30. Retrieved 2023-11-20.
  7. "South Sudan CO2 Emissions - Worldometer". www.worldometers.info. Retrieved 2023-11-20.
  8. "A Climate Crisis in Africa: The Case of South Sudan". The Cairo Review of Global Affairs. 2021-11-17. Retrieved 2023-11-08.
  9. "Event: Climate Change, Food Insecurity and Conflict in South Sudan | SIPRI". www.sipri.org. 2023-08-29. Retrieved 2023-11-20.
  10. "Agriculture and Food Security | South Sudan". U.S. Agency for International Development. 2023-04-14. Retrieved 2023-11-20.
  11. NUPI. "Climate, Peace and Security Fact Sheet: South Sudan". NUPI. Retrieved 2023-11-20.