Mount Wubjub-Guyun (Hollow Mountain) UV Index

Australia · Victoria · Northern Grampians

Current UVUV Index right now: 4.1Increasing

Current UV radiation rating

Max UVMax UV Index today: 10.0 (Very High)

Maximum level of ultraviolet radiation index today

Max UVMax UV Index tomorrow: 10.1 (Very High)

Maximum UV Index in the middle of the day tomorrow

UV Index chart for Mount Wubjub-Guyun (Hollow Mountain) today

Warnings Warnings

UV Rating in Mount Wubjub-Guyun (Hollow Mountain) is expected to reach dangerous levels today. Sun protection is strongly recommended between 10 am and 5 pm when the UV strength level is 3 and above. Take precautions to safeguard your skin from harmful UV radiation during peak hours.

The UV Index serves as a crucial factor in determining the sunburn index, as it measures the intensity of UV rays emitted by the sun.

Learn more about UV Radiation

How long can I stay under the sun?

Hourly UV Forecast

12 – 6 AMNo UV Rating
7 AMLow: 0.2
8 AMLow: 0.9
9 AMLow: 2.5
10 AMModerate: 4.7
11 AMHigh: 7.1
12 PMVery High: 9.0
1 PMVery High: 10.0
2 PMVery High: 9.7
3 PMVery High: 8.4
4 PMHigh: 6.2
5 PMModerate: 3.8
6 PMLow: 1.8
7 PMLow: 0.6
8 PMLow: 0.1
9 – 11 PMNo UV Rating

UV Index Legend

0-2 Low

No protection needed. UV radiation is minimal, but sensitive skin types should still take caution.

Now3-5 Moderate

Wear a hat and sunglasses, use sunscreen. Warnings apply for extended radiation exposure.

6-7 High

Seek shade during midday hours, wear protective clothing. Skin protection is essential.

8-10 Very High

Minimize sun exposure between 10 a.m. and 4 p.m. Watch for warnings during peak UV observations.

11+ Extreme

Take all precautions. Skin protection and avoiding direct exposure to radiation is critical.

Forecast issued on Sunday, November 24 at 1:00 PM Coordinated Universal Time.

The next weather forecast will be issued at Monday 1:00 PM.

Annual ultraviolet radiation levels for Mount Wubjub-Guyun (Hollow Mountain)

Mount Wubjub-Guyun (Hollow Mountain) UV radiation forecast data is sourced from ARPANSA and NASA NEO. All times are in the location's time zone, Australia/Melbourne.