Trader consensus heavily favors a March 2026 global temperature anomaly of 1.20–1.29ºC above pre-industrial levels, driven by accelerating anthropogenic radiative forcing from greenhouse gases amid a projected neutral-to-weak La Niña phase. Climate models like those from ECMWF and NOAA imply modal outcomes in this bin, balancing the upward trend—evidenced by 2024's record Jan–Sep average of +1.39ºC per Copernicus data—with ENSO-induced cooling of 0.1–0.2ºC expected into early 2026. Recent developments, including fading Hunga Tonga stratospheric water vapor effects and reduced shipping aerosols boosting shortwave forcing, sustain elevated baselines, while lower bins gain limited traction absent major volcanic cooling. Upcoming IRI/CPC ENSO updates in November could shift odds.
Polymarketデータを参照したAI生成の実験的な要約 · 更新日1.20~1.24ºC 42%
1.25〜1.29ºC 27.5%
1.15〜1.19℃ 17%
>1.29ºC 7.8%
$167,898 Vol.
$167,898 Vol.
<1.10ºC
3%
1.10–1.14ºC
7%
1.15〜1.19℃
17%
1.20~1.24ºC
42%
1.25〜1.29ºC
28%
>1.29ºC
8%
1.20~1.24ºC 42%
1.25〜1.29ºC 27.5%
1.15〜1.19℃ 17%
>1.29ºC 7.8%
$167,898 Vol.
$167,898 Vol.
<1.10ºC
3%
1.10–1.14ºC
7%
1.15〜1.19℃
17%
1.20~1.24ºC
42%
1.25〜1.29ºC
28%
>1.29ºC
8%
An anomaly within a named bracket for March 2026 is necessary and sufficient to resolve this market immediately once the data becomes available, regardless of whether the figure for March 2026 is later revised.
The primary resolution source for this market will be the figure found in the table titled "GLOBAL Land-Ocean Temperature Index in 0.01 degrees Celsius" under the column "Mar" in the row "2026" (https://data.giss.nasa.gov/gistemp/tabledata_v4/GLB.Ts+dSST.txt).
If NASA’s “Global Temperature Index” is rendered permanently unavailable, other information from NASA may be used.
If no information for February 2026 is provided by NASA by May 1, 2026, 11:59 PM ET, this market will resolve to the lowest range bracket.
マーケット開始日: Feb 27, 2026, 6:18 PM ET
Resolver
0x69c47De9D...Resolver
0x69c47De9D...Trader consensus heavily favors a March 2026 global temperature anomaly of 1.20–1.29ºC above pre-industrial levels, driven by accelerating anthropogenic radiative forcing from greenhouse gases amid a projected neutral-to-weak La Niña phase. Climate models like those from ECMWF and NOAA imply modal outcomes in this bin, balancing the upward trend—evidenced by 2024's record Jan–Sep average of +1.39ºC per Copernicus data—with ENSO-induced cooling of 0.1–0.2ºC expected into early 2026. Recent developments, including fading Hunga Tonga stratospheric water vapor effects and reduced shipping aerosols boosting shortwave forcing, sustain elevated baselines, while lower bins gain limited traction absent major volcanic cooling. Upcoming IRI/CPC ENSO updates in November could shift odds.
Polymarketデータを参照したAI生成の実験的な要約 · 更新日
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