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icon for La température la plus élevée à Hong Kong le 15 juillet ?

La température la plus élevée à Hong Kong le 15 juillet ?

icon for La température la plus élevée à Hong Kong le 15 juillet ?

La température la plus élevée à Hong Kong le 15 juillet ?

juil. 13

juil. 14

juil. 15

juil. 13

juil. 14

juil. 15

30°C 42%

31°C 27%

29°C 21%

32°C 6.0%

Polymarket
NOUVEAU

30°C 42%

31°C 27%

29°C 21%

32°C 6.0%

Polymarket
NOUVEAU

24°C or below

$213 Vol.

<1%

25°C

$231 Vol.

<1%

26°C

$219 Vol.

<1%

27°C

$174 Vol.

1%

28°C

$262 Vol.

6%

29°C

$230 Vol.

21%

30°C

$339 Vol.

42%

31°C

$341 Vol.

27%

32°C

$455 Vol.

6%

33°C

$340 Vol.

2%

34°C or higher

$1,109 Vol.

<1%

This market will resolve to the temperature range that contains the highest temperature recorded by the Hong Kong Observatory in degrees Celsius on 15 Jul '26. The resolution source for this market will be information from the Hong Kong Observatory, specifically the "Absolute Daily Max (deg. C)" the specified date once information is finalized in the relevant "Daily Extract", available here: https://www.weather.gov.hk/en/cis/climat.htm This market can not resolve until data for this date has been published. The resolution source for this market measures temperatures in Celsius to one decimal place (eg, 9.1°C). Thus, this is the level of precision that will be used when resolving the market. Any revisions to temperatures recorded after data is initially published for this market's timeframe will not be considered for this market's resolution.Official Hong Kong Observatory forecasts for July 15 project a daily maximum range of 26–30°C amid high rain probability, driven by an approaching low-pressure trough over the northern South China Sea that favors widespread cloud cover and showers. These conditions limit solar insolation and convective heating, keeping peaks near or below the 30°C threshold despite the seasonal outlook for normal-to-above-normal July temperatures. Model consensus and historical analogs for similar trough patterns support modest daytime highs, creating tight market-implied odds between 29°C and 30°C as traders weigh the balance between residual heat and precipitation suppression. Updated guidance from the Observatory on steering flow and rainfall timing will likely refine probabilities ahead of resolution.

This market will resolve to the temperature range that contains the highest temperature recorded by the Hong Kong Observatory in degrees Celsius on 15 Jul '26.

The resolution source for this market will be information from the Hong Kong Observatory, specifically the "Absolute Daily Max (deg. C)" the specified date once information is finalized in the relevant "Daily Extract", available here: https://www.weather.gov.hk/en/cis/climat.htm

This market can not resolve until data for this date has been published.

The resolution source for this market measures temperatures in Celsius to one decimal place (eg, 9.1°C). Thus, this is the level of precision that will be used when resolving the market.

Any revisions to temperatures recorded after data is initially published for this market's timeframe will not be considered for this market's resolution.
Volume
$3,915
Date de fin
15 juil. 2026
Marché ouvert
Jul 13, 2026, 12:02 AM ET

Resolver

0x69c47De9D...
This market will resolve to the temperature range that contains the highest temperature recorded by the Hong Kong Observatory in degrees Celsius on 15 Jul '26. The resolution source for this market will be information from the Hong Kong Observatory, specifically the "Absolute Daily Max (deg. C)" the specified date once information is finalized in the relevant "Daily Extract", available here: https://www.weather.gov.hk/en/cis/climat.htm This market can not resolve until data for this date has been published. The resolution source for this market measures temperatures in Celsius to one decimal place (eg, 9.1°C). Thus, this is the level of precision that will be used when resolving the market. Any revisions to temperatures recorded after data is initially published for this market's timeframe will not be considered for this market's resolution.
This market will resolve to the temperature range that contains the highest temperature recorded by the Hong Kong Observatory in degrees Celsius on 15 Jul '26. The resolution source for this market will be information from the Hong Kong Observatory, specifically the "Absolute Daily Max (deg. C)" the specified date once information is finalized in the relevant "Daily Extract", available here: https://www.weather.gov.hk/en/cis/climat.htm This market can not resolve until data for this date has been published. The resolution source for this market measures temperatures in Celsius to one decimal place (eg, 9.1°C). Thus, this is the level of precision that will be used when resolving the market. Any revisions to temperatures recorded after data is initially published for this market's timeframe will not be considered for this market's resolution.Official Hong Kong Observatory forecasts for July 15 project a daily maximum range of 26–30°C amid high rain probability, driven by an approaching low-pressure trough over the northern South China Sea that favors widespread cloud cover and showers. These conditions limit solar insolation and convective heating, keeping peaks near or below the 30°C threshold despite the seasonal outlook for normal-to-above-normal July temperatures. Model consensus and historical analogs for similar trough patterns support modest daytime highs, creating tight market-implied odds between 29°C and 30°C as traders weigh the balance between residual heat and precipitation suppression. Updated guidance from the Observatory on steering flow and rainfall timing will likely refine probabilities ahead of resolution.

This market will resolve to the temperature range that contains the highest temperature recorded by the Hong Kong Observatory in degrees Celsius on 15 Jul '26.

The resolution source for this market will be information from the Hong Kong Observatory, specifically the "Absolute Daily Max (deg. C)" the specified date once information is finalized in the relevant "Daily Extract", available here: https://www.weather.gov.hk/en/cis/climat.htm

This market can not resolve until data for this date has been published.

The resolution source for this market measures temperatures in Celsius to one decimal place (eg, 9.1°C). Thus, this is the level of precision that will be used when resolving the market.

Any revisions to temperatures recorded after data is initially published for this market's timeframe will not be considered for this market's resolution.
Volume
$3,915
Date de fin
15 juil. 2026
Marché ouvert
Jul 13, 2026, 12:02 AM ET

Resolver

0x69c47De9D...
This market will resolve to the temperature range that contains the highest temperature recorded by the Hong Kong Observatory in degrees Celsius on 15 Jul '26. The resolution source for this market will be information from the Hong Kong Observatory, specifically the "Absolute Daily Max (deg. C)" the specified date once information is finalized in the relevant "Daily Extract", available here: https://www.weather.gov.hk/en/cis/climat.htm This market can not resolve until data for this date has been published. The resolution source for this market measures temperatures in Celsius to one decimal place (eg, 9.1°C). Thus, this is the level of precision that will be used when resolving the market. Any revisions to temperatures recorded after data is initially published for this market's timeframe will not be considered for this market's resolution.

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Questions fréquentes

« La température la plus élevée à Hong Kong le 15 juillet ? » est un marché de prédiction sur Polymarket avec 11 résultats possibles où les traders achètent et vendent des parts selon ce qu'ils pensent qu'il se passera. Le résultat en tête actuel est « 30°C » à 42%, suivi de « 31°C » à 27%. Les prix reflètent des probabilités en temps réel de la communauté. Par exemple, une part cotée à 42¢ implique que le marché attribue collectivement une probabilité de 42% à ce résultat. Ces cotes changent en permanence. Les parts du résultat correct sont échangeables contre $1 chacune lors de la résolution du marché.

« La température la plus élevée à Hong Kong le 15 juillet ? » est un marché nouvellement créé sur Polymarket, lancé le Jul 13, 2026. En tant que marché récent, c'est votre opportunité d'être parmi les premiers traders à définir les cotes et établir les premiers signaux de prix du marché. Vous pouvez également ajouter cette page à vos favoris pour suivre le volume et l'activité de trading au fil du temps.

Pour trader sur « La température la plus élevée à Hong Kong le 15 juillet ? », parcourez les 11 résultats disponibles sur cette page. Chaque résultat affiche un prix actuel représentant la probabilité implicite du marché. Pour prendre position, sélectionnez le résultat que vous estimez le plus probable, choisissez « Oui » pour trader en sa faveur ou « Non » pour trader contre, entrez votre montant et cliquez sur « Trader ». Si votre résultat choisi est correct lors de la résolution, vos parts « Oui » rapportent $1 chacune. S'il est incorrect, elles rapportent $0. Vous pouvez également vendre vos parts avant la résolution.

Le favori actuel pour « La température la plus élevée à Hong Kong le 15 juillet ? » est « 30°C » à 42%, ce qui signifie que le marché attribue une probabilité de 42% à ce résultat. Le résultat le plus proche ensuite est « 31°C » à 27%. Ces cotes sont mises à jour en temps réel à mesure que les traders achètent et vendent des parts. Revenez fréquemment ou ajoutez cette page à vos favoris.

Les règles de résolution de « La température la plus élevée à Hong Kong le 15 juillet ? » définissent exactement ce qui doit se produire pour que chaque résultat soit déclaré gagnant, y compris les sources de données officielles utilisées pour déterminer le résultat. Vous pouvez consulter les critères de résolution complets dans la section « Règles » sur cette page au-dessus des commentaires. Nous recommandons de lire attentivement les règles avant de trader, car elles précisent les conditions exactes, les cas particuliers et les sources.