January weather forecast
Tufi, Papua New Guinea

January offers a warm beginning to the year in Tufi, Papua New Guinea, serving up an average high temperature of 30.1°C (86.2°F). With the lowest number of sunshine days and an average UV Index of seven, a moderate threat from unprotected sun exposure prevails. The presence of strong maritime influences reflects in the sea temperature, which counters the heat at around 29°C (84.2°F). Although the rainfall is significant, boasting 273mm (10.75"), it's slightly less than what's received in the subsequent month. Wind conditions are modest, but it's advisable to consider the gusts, reaching up to 8.3km/h (5.2mph), when planning outdoor activities.

Temperature

The temperature hits its peak in January and December, recording an average high-temperature of 30.1°C (86.2°F).

Heat index

The heat index in January is evaluated at a very hot 38°C (100.4°F). Exercise more precautions, heat cramps and heat exhaustion are potential risks. Continuous activity could precipitate heatstroke.
Understanding the heat index involves considering values for shaded locales with light wind. Direct sunlight exposure may result in a rise of the heat index by 15 Fahrenheit (8 Celsius) degrees.
Note: The heat index, also known as 'feels like' or 'apparent temperature', is the result of factoring in humidity to the air temperature, indicating perceived warmth. An individual's temperature experience can be influenced by extra factors, including metabolic differences, activity levels, and clothing. Exposure to direct sun rays can influence the heat you feel, pushing the heat index up by 15 Fahrenheit (8 Celsius) degrees. Heat index values hold great significance to children. Young individuals are typically more threatened than adults due to their reduced perspiration. Also, the larger skin surface proportionate to their small bodies and the increased heat from their activities magnify their risk.
The natural cooling mechanism in humans involves perspiration, where the evaporation of sweat balances out excessive warmth. A surge in relative humidity can disrupt the body's normal cooling function by slowing evaporation, hence reducing the rate at which the body cools and intensifying the perception of heat. Heat absorption that surpasses the body's shedding capability can lead to overheating and varying levels of dehydration.

Humidity

In January, the average relative humidity in Tufi, Papua New Guinea, is 79%.

Rainfall

The month with the most rainfall in Tufi, Papua New Guinea, is January, when the rain falls for 30.4 days and typically aggregates up to 273mm (10.75") of precipitation.

Snowfall

January through August, October through December are months without snowfall.

Sea temperature

January through April and December, with an average sea temperature of 29°C (84.2°F), are months with the warmest seawater in Tufi, Papua New Guinea.
Note: Water activities including swimming and diving are pleasurable in temperatures between 25°C (77°F) and 29°C (84.2°F), ensuring comfort and enjoyment for extended time frames.

Daylight

In January, the average length of the day is 12h and 35min.
On the first day of the month, sunrise is at 05:46 and sunset at 18:25. On the last day of January, in Tufi, sunrise is at 06:00 and sunset at 18:31 +10.

Sunshine

The average sunshine in January in Tufi is 8.9h.

UV index

The months with the highest UV index in Tufi are January and November, with an average maximum UV index of 7. A UV Index of 6 to 7 symbolizes a high health hazard from exposure to the Sun's UV rays for the average person.
Note: A typical high UV index of 7 in January suggests the following recommendations:
Take precautions against overexposure. Protection against sun damage is needed. Avoid direct exposure to the Sun between 10 a.m. and 4 p.m., the peak period for UV radiation, noting that objects like parasols or canopies might not offer complete sun protection. A hat with a generous brim can prevent nearly 50% of UV rays from reaching your eyes. Stay cautious! Sand and water reflections increase UV radiation potency.