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CURRENT SEA TEMPERATURE

Larrakeyah (Australia)

31.0^oC

Data updated
January 16 at 16:38

Water temperature yesterday:

30.3^oC

The range of possible temperatures in January:

29.5^oC / 33.6^oC

CURRENT WEATHER in Larrakeyah

Air temperature:

27^oC

Humidity:

81%

Wind:

southwestern 2 m/s

detailed weather forecast for several days for Larrakeyah

SEA SURFACE TEMPERATURE in Larrakeyah FOR THE LAST WEEK

FORECAST OF WATER TEMPERATURE in Larrakeyah

Larrakeyah: HISTORICAL DATA ON SEA TEMPERATURE

• Sea Temperature in Larrakeyah in january
• Sea Temperature in Larrakeyah in february
• Sea Temperature in Larrakeyah in march
• Sea Temperature in Larrakeyah in april
• Sea Temperature in Larrakeyah in may
• Sea Temperature in Larrakeyah in june
• Sea Temperature in Larrakeyah in july
• Sea Temperature in Larrakeyah in august
• Sea Temperature in Larrakeyah in september
• Sea Temperature in Larrakeyah in october
• Sea Temperature in Larrakeyah in november
• Sea Temperature in Larrakeyah in december

Larrakeyah: WATER TEMPERATURE IN NEIGHBOR CITIES AND RESORTS

In this block, we offer links to historical data on the change in water surface temperature in Larrakeyah in the context of each month. Our database contains information for several years. You can use the data on our site for the past years in order to make your own forecast.

Average sea temperature in Larrakeyah (Australia) is 29.1^oC.

The highest current sea temperature is in Australia today is in Port Hedland. It is 32.1^oC.

The lowest today's sea temperature is in Tumby Bay. It is 16.4^oC.

You can find out what the temperature of the water in the resorts in the neighboring cities and resorts.

The highest water temperature in the world today is recorded in Port Hedland (Australia), its value is 32.1^oC.

Data on the water temperature in Larrakeyah (Australia) are collected from open sources, using the NOAA satellite, river and lake surfaces satellite map. To more accurately reflect the temperature of water in the sea, river or lake, data from various local services in each specific region of the world are used. We try to respond as quickly as possible to unexpected changes in the temperature of the surface of the sea, lake or river, and various weather conditions.