Trader sentiment for the April 2026 global temperature anomaly remains tightly clustered around 1.10–1.29ºC bins at roughly equal 42% implied probabilities, driven by uncertainty in ENSO evolution and transient forcings overlaying a baseline anthropogenic warming trend of about 0.23ºC per decade toward 1.2ºC above pre-industrial levels. Recent Copernicus ERA5 data pegged 2024's annual anomaly at 1.35ºC—hottest on record—fueled by lingering El Niño and reduced aerosol cooling from shipping regulations, but NOAA forecasts a La Niña persistence into spring 2026, potentially trimming anomalies by 0.1–0.2ºC. Divergent ECMWF and CMIP6 model ensembles, plus solar cycle peak and volcanic risks, differentiate outcomes, with <1.10ºC slightly discounted amid accelerating baseline rates.
Resumo experimental gerado por IA com dados do Polymarket · AtualizadoApril 2026 Temperature Increase (ºC)
April 2026 Temperature Increase (ºC)
<1.10ºC 42%
1.25–1.29ºC 42%
1.10–1.14ºC 42%
1.15–1.19ºC 42%
<1.10ºC
42%
1.10–1.14ºC
42%
1.15–1.19ºC
42%
1.20–1.24ºC
42%
1.25–1.29ºC
42%
>1.29ºC
41%
<1.10ºC 42%
1.25–1.29ºC 42%
1.10–1.14ºC 42%
1.15–1.19ºC 42%
<1.10ºC
42%
1.10–1.14ºC
42%
1.15–1.19ºC
42%
1.20–1.24ºC
42%
1.25–1.29ºC
42%
>1.29ºC
41%
An anomaly within a named bracket for April 2026 is necessary and sufficient to resolve this market immediately once the data becomes available, regardless of whether the figure for April 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 "Apr" 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 April 2026 is provided by NASA by June 1, 2026, 11:59 PM ET, this market will resolve to the lowest range bracket.
Mercado Aberto: Mar 23, 2026, 6:04 PM ET
Resolver
0x69c47De9D...Resolver
0x69c47De9D...Trader sentiment for the April 2026 global temperature anomaly remains tightly clustered around 1.10–1.29ºC bins at roughly equal 42% implied probabilities, driven by uncertainty in ENSO evolution and transient forcings overlaying a baseline anthropogenic warming trend of about 0.23ºC per decade toward 1.2ºC above pre-industrial levels. Recent Copernicus ERA5 data pegged 2024's annual anomaly at 1.35ºC—hottest on record—fueled by lingering El Niño and reduced aerosol cooling from shipping regulations, but NOAA forecasts a La Niña persistence into spring 2026, potentially trimming anomalies by 0.1–0.2ºC. Divergent ECMWF and CMIP6 model ensembles, plus solar cycle peak and volcanic risks, differentiate outcomes, with <1.10ºC slightly discounted amid accelerating baseline rates.
Resumo experimental gerado por IA com dados do Polymarket · Atualizado
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