March weather forecast
Madang, Papua New Guinea

Undeterred by the change of months, Madang continues to furnish moderate warmth in March. Weather conditions moderate into a serene equilibrium, irresistibly inviting to explorers and adventurers alike. Tourists can now enjoy a sprinkling of rainfall that freshens the evergreen surroundings. Even with these rains, the maximum temperature remains steady at 30.6°C (87.1°F). As the holiday season disperses, Madang landscapes begin to regain their picturesque tranquillity.

Temperature

During March, the average high-temperature is a still hot 30.6°C (87.1°F), identical to the temperature of the preceding month. During the nights in March, the temperature averages to a warm 23.9°C (75°F).

Heat index

March's mean heat index is evaluated at a scorching 41°C (105.8°F). Undertake additional precautions, heat cramps and heat exhaustion could happen. Heatstroke could occur from sustained activity.
Understanding the heat index involves considering values for shaded locales with light wind. A direct sunlight exposure may boost the heat index by 15 Fahrenheit (8 Celsius) degrees.
Note: The heat index, also known as 'felt air temperature' or 'feels like', gauges the sensation of temperature factoring in the air's moisture content. This effect tends to be personal, with the weather perception differing among individuals due to variations in body mass, height, and exertion. When in direct sunlight, one should be cautious as it can raise the heat index by as much as 15 Fahrenheit (8 Celsius) degrees. Heat index values are highly critical for babies and toddlers. Children often fail to recognize the requirement to rest and rehydrate. Thirst, being a late symptom of dehydration, underlines the importance of maintaining hydration, especially during ongoing physical activities.
Perspiration is the human body's physiological response to high temperatures and is an attempt to lower body temperature through evaporation of sweat. Under conditions of high temperature and humidity (enhanced heat index), sweat production is compromised, exacerbating the sensation of warmth. When heat surpasses the body's release mechanisms, dehydration and overheating risks become pronounced.

Humidity

The months with the highest humidity in Madang, Papua New Guinea, are January through May, with an average relative humidity of 85%.

Rainfall

In Madang, Papua New Guinea, during March, the rain falls for 23 days and regularly aggregates up to 330mm (12.99") of precipitation. Throughout the year, there are 224 rainfall days, and 3107mm (122.32") of precipitation is accumulated.

Sea temperature

In March, the average sea temperature is 29.3°C (84.7°F).
Note: In water temperatures ranging between 25°C (77°F) and 29°C (84.2°F), activities such as swimming and diving become highly pleasurable for long durations.

Daylight

The average length of the day in March in Madang is 12h and 8min.
On the first day of March, sunrise is at 06:22 and sunset at 18:35. On the last day of the month, sunrise is at 06:19 and sunset at 18:22 +10.

Sunshine

March has the least sunshine of the year in Madang, with an average of 4.6h of sunshine.

UV index

January through May, August through December, with an average maximum UV index of 12, are months with the highest UV index in Madang. A UV Index reading of 11, and higher, represents an extreme health hazard from unsafe exposure to UV radiation for the average person.
Note: A daily maximum UV index of 12 in March translates into the following instructions:
Ensure every key safety measure. People with light skin might sustain burns in fewer than 5 minutes. Make an effort to avoid direct sun exposure between 10 a.m. and 4 p.m., the peak period for UV radiation, and note that objects like parasols or canopies might not offer full sun protection. Arm yourself against UV rays' harm with protective apparel and UV-filtering shades. Even when the sky is cloudy, apply generously and frequently reapply a sunscreen with SPF 30 or more, especially post every swim or outdoor exercise. Attention! The reflection of both water and sand can increase the intensity of UV rays.