Argentina vs. Coreia do Sul

Argentina vs. Coreia do Sul: Temperatura

Temperatura em 2025: Argentina, 15,4 °C; Coreia do Sul, 13,5 °C (observações: ERA5). Valor mais alto em 2025: Argentina, com diferença de 1,9 °C, ou 1,14 vezes o do outro país (Coreia do Sul).

Veja a mudança no mapa

°C · ERA5

Argentina vs. Coreia do Sul: TemperaturaTemperatura em 2025: Argentina, 15,4 °C; Coreia do Sul, 13,5 °C (observações: ERA5). Valor mais alto em 2025: Argentina, com diferença de 1,9 °C, ou 1,14 vezes o do outro país (Coreia do Sul).
ArgentinaCoreia do Sulsimulação histórica CMIP6, mediana dos modelosmediana dos modelos CMIP6 (SSP2-4.5, caminho do meio)percentil 10–90 dos modelos

O que os números dizem

  • Mais alto em todos os anos com dados de ambos desde 1950: Argentina.
  • Posição em 2025, entre 233 países (do maior para o menor valor): Argentina, 165º; Coreia do Sul, 171º.
  • Cenário para 2100, segundo a mediana dos modelos CMIP6 (SSP2-4.5, caminho do meio): Argentina, 17,1 °C; Coreia do Sul, 15,3 °C.

Ano a ano

°C · ERA5

AnoArgentinaArgentina: simulação histórica CMIP6, mediana dos modelosCoreia do SulCoreia do Sul: simulação histórica CMIP6, mediana dos modelos
202515,415,813,513,4
202415,315,714,213,5
202315,715,613,613,6
202214,815,512,913,4
202115,315,613,313,1
202015,315,612,913,1
20191515,413,213,2
201814,915,512,713,2
201715,115,312,813,2
201614,715,413,312,9
201515,115,513,213
20141515,412,812,7
201315,115,312,613,1
201215,215,31213,1
201114,815,31212,9
201014,515,212,312,9
200915,115,312,712,8
20081515,312,712,8
200714,115,21312,6
200615,115,212,712,9
200514,515,11212,8
200414,815,21312,6
200314,915,212,212,7
200214,415,212,412,7
200114,615,112,512,7
200013,915,112,212,6
199914,315,112,612,5
199814,615,113,212,5
199714,915,112,412,4
199614,614,911,712,4
199514,614,811,912,2
199414,914,713,112,2
199314,314,711,611,9
199213,814,712,211,9
199114,314,911,912,2
199014,514,912,812,4
198914,91512,612,3
198814,314,911,812,2
198714,414,911,912
198614,714,911,112,1
198514,614,811,612
198413,714,811,311,7
198314,314,811,911,5
198214,614,812,111,9
198114,614,911,112
198014,714,910,812
197914,514,912,211,9
197814,714,812,512
197714,714,812,111,9
197613,714,711,311,7
197514,214,712,212
19741414,71112
19731414,61211,8
197214,214,711,811,8
197114,114,711,511,7
197014,614,711,311,8
196914,714,81111,9
196814,714,611,611,8
196714,414,611,612
196614,114,711,612
196514,314,611,411,9
19641414,412,312
196314,214,411,112,2
196214,314,711,712
196114,514,812,512,1
196014,414,712,212,1
195913,914,812,412
195814,314,711,912
19571414,810,912,2
19561414,710,512,3
195513,914,711,812,1
195413,714,711,912,2
195314,514,811,612,1
195214,414,811,612,1
195114,414,711,712,1
195014,214,711,412,3
  • 12.3Projetado
mediana dos modelos CMIP6 (SSP2-4.5, caminho do meio) · 2026–2100
AnoArgentinaArgentina: simulação histórica CMIP6, mediana dos modelosCoreia do SulCoreia do Sul: simulação histórica CMIP6, mediana dos modelos
2026–15,715,1–16,3–13,512,7–14,2
2027–15,714,9–16,4–13,612,9–14,5
2028–15,715–16,5–13,712,9–14,4
2029–15,715–16,4–13,713,1–14,6
2030–15,815,1–16,6–13,512,9–14,3
2031–15,815,2–16,4–13,712,9–14,6
2032–15,815–16,4–13,813,1–14,4
2033–15,915,1–16,5–1413,1–14,6
2034–15,815,1–16,5–13,913–14,6
2035–15,815,2–16,5–13,913–14,7
2036–15,915,3–16,5–13,712,8–14,7
2037–1615,3–16,6–1413,1–14,6
2038–15,915,2–16,6–14,113,2–14,6
2039–15,915,2–16,6–1413–14,8
2040–16,115,4–16,7–1413,1–14,8
2041–1615,2–16,7–1413–15,2
2042–15,915,2–16,6–13,912,6–15
2043–15,915,3–16,7–14,213–15,2
2044–16,115,4–16,9–14,113,4–15
2045–16,315,5–17–1413,2–15,2
2046–16,115,3–16,8–14,113–15,1
2047–16,215,5–17–14,213,5–15,1
2048–16,315,6–16,9–14,513,4–15,2
2049–16,215,5–17–14,413,2–15,4
2050–16,315,4–16,9–14,413,4–15,3
2051–16,315,6–17–14,613,2–15,3
2052–16,415,6–17,2–14,213,3–14,9
2053–16,215,6–17,1–14,513,8–15,2
2054–16,415,6–17,2–14,413,9–15,3
2055–16,415,6–17,3–14,613,5–15,5
2056–16,415,6–17,2–14,813,7–15,6
2057–16,515,6–17,2–14,613,1–15,6
2058–16,415,5–17,2–14,513,7–15,5
2059–16,515,8–17,3–14,713,3–15,4
2060–16,415,5–17,3–14,813,8–15,6
2061–16,415,6–17,4–14,613,8–15,7
2062–16,515,7–17,3–14,613,7–16
2063–16,615,6–17,4–14,813,7–15,7
2064–16,515,7–17,6–14,613,5–15,3
2065–16,615,8–17,4–14,813,6–15,7
2066–16,615,7–17,3–14,613,5–15,4
2067–16,715,6–17,5–14,713,7–15,7
2068–16,615,6–17,5–14,713,6–16,1
2069–16,615,7–17,4–1513,8–16
2070–16,715,7–17,5–14,813,8–16,1
2071–16,716–17,5–14,813,6–16,2
2072–16,715,7–17,6–14,813,6–16
2073–16,816–17,5–15,113,9–15,9
2074–16,815,8–17,6–14,913,7–16,1
2075–16,815,9–17,6–14,913,8–15,9
2076–16,716–17,6–15,114,1–15,8
2077–16,815,8–17,6–15,114,1–16,2
2078–16,916–17,7–15,113,9–16,3
2079–16,716–17,6–1513,9–16,3
2080–16,916–17,9–1514–16,3
2081–16,815,9–17,8–1514,2–16,2
2082–16,815,9–17,7–15,114–16,2
2083–16,816,1–17,8–15,214,3–16,3
2084–16,716–17,7–15,213,6–16,5
2085–16,915,9–17,7–15,314,2–16,4
2086–1716–17,9–15,114,1–16,4
2087–16,815,9–17,6–15,113,8–16,7
2088–1716,2–18–15,114,2–16,7
2089–16,915,9–17,9–15,214,2–16,3
2090–1716,1–18–15,614,1–16,3
2091–17,116,2–17,9–15,414,4–16,4
2092–17,116,1–17,9–15,114,2–16,1
2093–16,916–18–15,414,4–16,2
2094–1716–17,9–15,313,9–16,3
2095–1716–18–15,314,3–16,2
2096–1716,1–18,1–15,413,8–16,5
2097–16,916,1–18–15,414,3–16,2
2098–1716,1–18,1–15,214,6–16,5
2099–1716,1–18,1–15,414,2–16,5
2100–17,116–18,1–15,314,3–16,7

Cada país separadamente

Bom saber

  • A temperatura média do ar junto ao solo, em todo o país e ao longo de todo o ano.
  • Fonte: ERA5 reanalysis (Copernicus, ECMWF) and CMIP6, via the World Bank Climate Change Knowledge Portal.
  • Linha tracejada: mediana dos modelos CMIP6 (SSP2-4.5, caminho do meio), um cenário e não uma previsão; a faixa mostra o percentil 10–90 dos modelos.
  • Os valores de modelos climáticos são a mediana dos modelos CMIP6, rodados com as emissões passadas até 2014 e, depois, com o SSP2-4.5, uma trajetória intermediária: não são medições.
  • As posições consideram os 233 países com valor em 2025, do maior para o menor.

Como as camadas funcionam, de onde vêm os dados e o que elas não conseguem dizer: Os países ao longo do tempo

Argentina vs. Coreia do Sul

Saúde

Pessoas

Economia

Educação

Política

Conflito

Militar

Clima

Tecnologia e meio ambiente