Last updated: January 18, 2025
The climate of Analanjirofo, Madagascar, is characterized by a tropical rainforest (Af) and humid subtropical (Cfa) climate, facilitating a diverse ecosystem. Throughout the year, temperatures exhibit a notable range, with minimums touching 9°C (49°F) in August and soaring to maximums of 36°C (97°F) in February. The annual average temperature hovers around 23°C (74°F), creating an environment rich in biodiversity and vibrant flora. This climatic profile underscores the region's potential for both ecological research and sustainable development.
In Analanjirofo, Madagascar, temperature patterns reveal distinct seasonal trends characterized by warm, humid conditions and a cooling phase. From January to March, the climate is consistently warm, with minimum temperatures around 17°C (63°F) and maximums reaching up to 36°C (97°F), making it the hottest period of the year. As the seasons transition into April and May, a gradual cooling occurs, with temperatures dipping to 13°C (56°F) at night and daytime highs ranging between 24°C (76°F) and 30°C (87°F). The coolest months, July and August, experience lows of 9°C (49°F) to 12°C (54°F), along with average temperatures around 20-21°C (69-70°F), indicating a more temperate climate. As winter fades into spring from September to December, temperatures begin to rise again, culminating in a return of warmer, humid weather, with December showcasing minimums of 17°C (64°F) and maximums near 35°C (95°F). The overall pattern reflects a humid tropical climate, marked by a rhythm of warmth, slight seasonal cooling, and a resurgence of heat.
Maroantsetra experiences a temperature range from a minimum of 15°C (60°F) in August to a maximum of 34°C (93°F) in February, showcasing a significant variation throughout the year. For more detailed insights, you can explore the information available at monthly temperatures in Maroantsetra.
The precipitation patterns in Analanjirofo, Madagascar, demonstrate a distinct wet and dry season, significantly impacting the region's lush biodiversity. January to March marks the peak of the rainy season, with March recording the highest rainfall at 458 mm (18.1 in) and an extended rainfall days average of 27 days. January and February also contribute substantial precipitation, with 296 mm (11.7 in) and 264 mm (10.4 in) respectively, creating a rich hydrological environment essential for plant growth and agricultural activities.
As the season transitions into the following months, rainfall begins to decrease noticeably. From April to August, precipitation levels dwindle, with August receiving the least rainfall at 151 mm (6.0 in), while the number of rainy days fluctuates around 22 to 27. The trend continues into the final months of the year, with October and November recording lower rainfall amounts of 112 mm (4.4 in) and 128 mm (5.1 in), respectively, before conditions start to humidify again in December with 245 mm (9.7 in). Overall, this annual precipitation cycle not only supports the region's ecosystems but also plays a crucial role in determining local agricultural practices.
In Analanjirofo, Madagascar, sunshine duration exhibits a clear seasonal trend, reflecting the region's transition from a cooler, rainier period to warmer, sunnier months. The year begins with 269 hours of sunshine in January, gradually increasing as the rainy season wanes. February and March see a noticeable rise in sunshine hours, with 300 and 312 hours, respectively, signaling a shift towards clearer skies. Notably, the sunshine duration peaks during the transitional months of October to December, where hours soar to 353 and 354, showcasing the region's typical dry season, which provides ample sunshine perfect for agricultural productivity and outdoor activities.
As the seasons progress, Analanjirofo experiences consistent sunshine levels throughout the dry months, with August recording 314 hours and September slightly higher at 321 hours. This gradual increase culminates in the final quarter of the year, establishing October and November as prime months for sunlight exposure, crucial for both ecological health and farming cycles. However, as December approaches, while sunshine duration remains high, the region begins to transition back to a wetter climate, indicating that seasonal variations in sunlight significantly influence local weather patterns and ecological dynamics throughout the year.
The UV Index in Analanjirofo, Madagascar, presents significant seasonal variations, primarily influenced by the region's tropical climate. From January to March, the UV Index remains exceptionally high, peaking at 17 in both January and February, categorized as extreme. During these months, skin exposure can lead to burns in as little as 10 minutes, necessitating rigorous sun protection measures for residents and visitors alike. The UV Index starts to decline in April, dropping to 13, but still remains in the extreme category, indicating the persistent intensity of sunlight even as the wet season progresses.
As the region transitions into the cooler months of May to July, the UV Index gradually decreases to levels classified as very high, with values of 10 in May, and 9 from June through July. Despite the reduction, caution is still advised, as burn times extend to 15 minutes during these months. The UV Index rises again in August and September, reaching back into the extreme range with values of 11 and 13, respectively, before hitting 14 in November and 15 in December. This upward trend towards the end of the year reinforces the need for continued vigilance against UV exposure, especially during peak daylight hours when the risk of skin damage is at its highest.
UV Risk Categories
In Analanjirofo, Madagascar, daylight duration displays a stable pattern throughout much of the year, with approximately 12 hours of daylight from January to March. This consistent exposure offers ample time for agricultural activities and biodiversity to thrive, contributing to the region's rich environmental tapestry. However, as the year progresses into April through October, daylight duration slightly decreases, settling at around 11 hours. This shift may influence ecological rhythms and agricultural practices, as the shorter days correspond with a transitional period of weather changes.
Towards the end of the year, daylight duration begins to increase again, reaching 12 hours in October and November and peaking at 13 hours in December. This gradual return to longer days signifies the approach of summer in the Southern Hemisphere, bringing increased opportunities for sunlight exposure and enhancing photosynthesis for local flora. Each change in daylight duration not only marks the shift in seasons but also underscores the dynamic relationship between sunlight and the various ecological and agricultural cycles present in Analanjirofo.
Maroantsetra, Madagascar, experiences a tropical climate characterized by warm temperatures and significant rainfall throughout the year. January and February are the warmest months, with average temperatures around 26°C (79°F) and high precipitation, particularly in March, which sees about 504 mm (19.8 in) of rain. The cooler months of July and August feature average temperatures dropping to around 20°C (68°F) and 21°C (69°F), respectively, while also experiencing lower rainfall. Notably, October enjoys the highest sunshine, averaging 343 hours. For more detailed information on the area's climate, visit Maroantsetra climate.
In conclusion, the climate of Analanjirofo, Madagascar, characterized by its distinct temperature variations, robust precipitation patterns, high UV Index, and consistent daylight duration, plays a pivotal role in shaping the region's ecological and agricultural landscapes. The tropical rainforest and humid subtropical classifications facilitate a vibrant biodiversity while the seasonal shifts influence farming cycles and outdoor activities. Understanding these climatic patterns is crucial for sustainable development, as they provide valuable insights into resource management, conservation efforts, and community resilience against climate variability. As Analanjirofo continues to navigate its climatic rhythms, awareness and adaptation strategies will be essential for harnessing the benefits of its unique environment.