Last updated: January 18, 2025
Vaupés, Colombia, showcases a distinctive Af climate, characterized by consistently warm temperatures throughout the year. The region experiences minimum temperatures around 17°C (64°F) in July, while average temperatures hover at a comfortable 25°C (77°F). Seasonal peaks reach a sweltering 35°C (95°F) in February, emphasizing the tropical nature of this climate. Such patterns underscore the region's lush biodiversity and vivid ecosystems, making it a noteworthy study area for climate enthusiasts and researchers alike.
In Vaupés, Colombia, temperature patterns reveal a generally warm and stable climate with subtle seasonal variations. The year begins with mild temperatures in January and February, where the minimums are around 18°C (65°F), rising to maximums of 35°C (95°F) in February, indicating peak warmth. As the months progress into March and April, minimum temperatures subtly rise to 21°C (70°F), while maximum values remain consistently high at approximately 34°C (94°F). A notable dip in temperatures occurs in July, with minimums dropping to 17°C (64°F), but average temperatures stay relatively stable around 24°C (75°F). The latter part of the year maintains this warm trend, with minimums around 20-21°C (68-70°F) and maximums persistently near 33°C (91°F). Overall, Vaupés experiences a tropical climate with minor fluctuations, enhancing its lush and diverse ecosystems throughout the year.
Caruru experiences a range of temperatures with a minimum of 17°C (64°F) in July and a maximum of 35°C (95°F) in February, as detailed in the monthly temperatures in Caruru. In comparison, Mitu has slightly higher temperatures, with a minimum of 18°C (64°F) in July and a maximum of 34°C (94°F) in March, as outlined in the monthly temperatures in Mitu.
Vaupés, Colombia, experiences a significant and consistent pattern of precipitation throughout the year, with the wettest months typically occurring from March to June. January and February witness relatively lower rainfall, averaging around 136 mm (5.4 in) and 137 mm (5.4 in), respectively, while the frequency of rainy days hovers between 17 to 18 days. As the season transitions into March, precipitation sharply increases to 230 mm (9.0 in), peaking at 359 mm (14.1 in) in May, indicating the height of the wet season. This substantial rainfall correlates with an increase in rainy days, reaching 29 days in May, contributing to Vaupés' lush biodiversity.
The latter half of the year sees a gradual decline in precipitation, although significant rainfall persists. From July to October, rainfall remains substantial, with totals of 272 mm (10.7 in) in July and 197 mm (7.8 in) in October, reflecting a shift towards shorter rainy periods. November and December continue this trend, with precipitation levels at 222 mm (8.7 in) and 209 mm (8.2 in), respectively. Despite this reduction, the rainy season effectively defines the climate of Vaupés, creating an environment conducive to abundant flora and fauna while maintaining a humid tropical atmosphere.
In Vaupés, Colombia, sunshine duration exhibits an intriguing seasonal pattern that underscores the region's tropical climate. The year begins with a modest 237 hours of sunshine in January, gradually increasing through February to 267 hours. March sees a slight dip to 258 hours, but as the wet season approaches, sunlight begins to wane with 234 hours in April and 223 hours in May. This trend of diminishing sunlight often corresponds with increasing rainfall, showcasing the interplay between precipitation and sunshine in this lush environment.
As the year progresses, sunshine hours rebound dramatically, with July marking a peak of 275 hours. This rise continues into August and September, where the region basks in approximately 299 hours and 296 hours of sunlight, respectively. Notably, October retains a healthy 273 hours before tapering off once more in November and December, with 247 hours and 286 hours, respectively. These patterns highlight not only the climatic diversity of Vaupés but also its potential for solar energy generation during its sunniest months, making it a fascinating study for climatologists and environmentalists alike.
In Vaupés, Colombia, the UV Index consistently remains high throughout the year, reflecting the region's tropical latitude and intense solar exposure. Notably, the index peaks in the early months, reaching 16 in both March and April, categorized as "extreme," with an alarming burn time of just 10 minutes. This pattern underlines the importance of sun protection for residents and visitors alike, especially during these months when the sun’s rays can cause skin damage in a very short period. February closely follows with a UV Index of 15, maintaining the trend of high sun exposure.
As the year progresses, the UV Index slightly fluctuates but remains within the extreme category, ranging from 12 to 16. While June to August shows a consistent index of 13, indicating sustained risk, there is a slight decline towards the latter months, with values dropping to 12 in December. Despite the decrease, the burn time remains a critical 10 minutes, emphasizing the necessity for ongoing caution against UV radiation. Overall, Vaupés presents an environment where diligent sun protection is imperative year-round, as the risks associated with high UV exposure remain significant.
UV Risk Categories
In Vaupés, Colombia, daylight duration remains remarkably consistent throughout the entire year, with a steady 12 hours of sunlight each day. This uniformity is attributed to the region's equatorial location, which ensures minimal variation in day length across the seasons. As a result, residents and visitors can expect a balanced rhythm of day and night, enhancing the predictability of outdoor activities and ecological processes within this biodiverse environment.
The constancy in daylight duration also supports the growth patterns of local flora and fauna, allowing ecosystems to thrive year-round. Whether in the height of the rainy season or during drier months, the reliable 12-hour daylight facilitates photosynthesis and influences animal behavior, contributing to the vibrant life in Vaupés. This consistent exposure to natural light not only enriches the landscape but also emphasizes the region's unique climatic characteristics, making it a fascinating area for ecological studies and sustainable practices.
Caruru, Colombia, experiences a tropical climate characterized by warm temperatures and significant rainfall throughout the year. Average temperatures range from a minimum of 17°C (64°F) in July to a maximum of 35°C (95°F) in February, generally hovering around 25°C (77°F). The region sees its highest precipitation in May (362 mm) and the least in February (127 mm), with a distinct rainy season peaking from March to June. Despite the rain, sunshine is fairly abundant, especially in August, which enjoys 297 hours of sunlight. For more detailed information, visit Caruru climate.
Mitu, Colombia, experiences a tropical climate characterized by warm temperatures throughout the year. Average temperatures typically range from 24°C to 26°C (75°F to 79°F), with monthly highs peaking at around 34°C (93°F) in February and March. Rainfall is abundant, particularly from April to June, with May receiving the highest precipitation at 355 mm (14.0 in). The region enjoys substantial sunshine, especially in the latter half of the year, with August leading at 301 hours. For more detailed information, visit Mitu climate.
In conclusion, Vaupés, Colombia, presents a compelling case study of a tropical climate characterized by consistently warm temperatures, high levels of precipitation, and significant sunlight exposure throughout the year. With a stable average of 12 hours of daylight daily and an extreme UV Index that underscores the importance of sun safety, the region thrives with rich biodiversity and vibrant ecosystems. The interplay between abundant rainfall and intense sunshine fosters a unique environment that supports various species and ecological dynamics. Understanding these climatic patterns is essential for both conservation efforts and the well-being of the local population, highlighting the need for sustainable practices in managing this remarkable region.