Last updated: January 18, 2025
Santiago Rodríguez, located in the Dominican Republic, showcases a Cfb Köppen-Geiger climate classification, characterized by a temperate and humid environment. The region experiences a notable range in temperature, with minimums dipping to 12°C (53°F) in January, and soaring to 37°C (99°F) during the peak of August. The annual average temperature stabilizes around a comfortable 26°C (79°F), contributing to the area’s appealing climate and rich biodiversity. This climatic profile underscores the importance of understanding local weather patterns for both residents and visitors alike.
In Santiago Rodríguez, Dominican Republic, temperature patterns exhibit a clear seasonal trend characterized by a gradual increase from winter to summer. January begins with minimum temperatures of 12°C (53°F), rising to average highs of 33°C (92°F) by the month's end. As winter transitions into spring, February and March see a slight warming, with averages maintaining around 24°C (75°F) and 25°C (78°F), while maximum temperatures reach up to 35°C (96°F). By May, the region transitions into the hotter summer months, with temperatures consistently peaking at 37°C (99°F) from June through October. Notably, even during these warm months, nighttime lows rarely drop below 20°C (68°F), emphasizing the region's tropical nature. As temperatures slightly decline in November and December, the averages return to a more moderate range between 24°C (76°F) and 26°C (79°F), marking the end of a warm cycle and a return to more comfortable conditions.
Sabaneta and Moncion experience similar temperature ranges throughout the year, with both locations recording a minimum of 12°C (53°F) in January and a maximum of 37°C (99°F) in August. For a closer look at the monthly temperatures in Sabaneta, visit monthly temperatures in Sabaneta, and for Moncion, click on monthly temperatures in Moncion.
Precipitation patterns in Santiago Rodríguez reveal distinct seasonal variations, with the wettest months occurring from May to October. January and February typically experience the lowest rainfall, recording 31 mm (1.2 in) and 17 mm (0.7 in) respectively, which translates to just three rainy days each month. As spring approaches, precipitation increases noticeably in March to 67 mm (2.6 in), followed by 59 mm (2.3 in) in April, laying the groundwork for the peak wet season. May marks a significant uptick in rainfall with 85 mm (3.3 in), setting the stage for the subsequent months.
From June through September, the region experiences its highest precipitation levels, with September peaking at 105 mm (4.1 in) over 16 days of rainfall. October and November also remain relatively damp, registering 86 mm (3.4 in) and 71 mm (2.8 in) respectively, while December sees a dip back down to 25 mm (1.0 in), accompanied by a reduced frequency of rainy days. This characteristic pattern highlights an overall trend toward increased precipitation during the mid-year months, playing a crucial role in supporting the region's lush landscapes.
In Santiago Rodríguez, the sunshine duration displays a pronounced seasonal trend, with hours peaking in the summer months. Beginning in January with 247 hours of sunshine, the region experiences a steady increase as it transitions into spring, reaching 300 hours in February and escalating further to 333 hours in March. April and May maintain this upward trajectory, with both months recording 339 hours each. This gradual climb in sunlight sets the stage for the summer, as June bursts forth with 347 hours, and July shines the brightest with an impressive 360 hours of sunshine.
Following the peak in July, sunshine hours remain abundant but start to taper off in late summer and autumn. August still enjoys 346 hours, while September and October see a decline, both offering 312 hours. The trend continues into November with 289 hours, before recovering slightly to 313 hours in December. Overall, the data reveals not only the abundance of sunshine expected during Santiago Rodríguez's summer but also highlights significant daylight variations that can influence everything from tourism to agriculture throughout the year.
Santiago Rodríguez, Dominican Republic, experiences a consistently high UV Index throughout the year, reflecting its tropical climate and proximity to the equator. The year begins with a UV Index of 9 in January, categorized as very high, allowing for a burn time of just 15 minutes. As the months progress, February witnesses a sharp increase to 11, transitioning to an extreme category, and March solidifies this pattern with a peak UV Index of 13. This extreme intensity persists through April, May, and much of the summer, emphasizing the need for vigilant sun protection during these months, where burn times drop to a mere 10 minutes.
As summer wanes, the UV Index begins to moderate slightly, yet remains formidable. June and September both register a UV Index of 12, followed by a decrease in October to 11 before dropping to 9 in November, transitioning back to very high levels, with burn times increasing to 15 minutes. December sees a further decline in the UV Index to 8. Overall, the data highlights a crucial understanding of sun exposure risks in Santiago Rodríguez, underscoring the importance of sun safety measures, especially during the peak months from February to July.
UV Risk Categories
In Santiago Rodríguez, daylight duration exhibits a predictable pattern that aligns closely with seasonal changes. The year begins with 11 hours of daylight in both January and February, providing ample light during the cooler early months. As spring approaches, daylight increases slightly in March and April, reaching 12 hours, which complements the rising temperatures and vibrant natural scenery. By May and into June, residents experience the longest days of the year at 13 hours, aligning with the summer solstice when daylight peaks.
As summer transitions to autumn, daylight hours begin to gradually decrease. July maintains the 13-hour duration, but by August, it tapers back to 12 hours. This reduction continues through September and October, where daylight once again drops to 11 hours. The trend further declines in November to 11 hours before finishing the year with just 10 hours of daylight in December. Overall, this cyclical variation in daylight duration reflects the region's stable tropical climate, offering a dynamic backdrop for activities in both the sunlight and the shorter days of winter.
Moncion, Dominican Republic, experiences a tropical climate characterized by warm temperatures year-round. January sees temperatures ranging from a low of 12°C (53°F) to a high of 33°C (92°F), while July and August peak at around 37°C (99°F). Precipitation is most frequent in September, averaging 105 mm (4.1 in), with significant rainfall also occurring in May and October. The area enjoys abundant sunshine, particularly in the summer months, with July boasting the highest at 360 hours. For more details, visit Moncion climate.
Sabaneta, Dominican Republic, features a tropical climate characterized by warm temperatures year-round. January sees temperatures ranging from 12°C (53°F) to a high of 33°C (92°F), while the hottest months, June through August, reach highs of 37°C (99°F). Rainfall varies, peaking in September with 105 mm (4.1 in) and averaging lower in the dry season months. Sunshine is abundant, especially in July with 360 hours of sun, making it an ideal destination for sun-seekers. For more detailed information, visit Sabaneta climate.
In conclusion, Santiago Rodríguez, Dominican Republic, presents a unique climatic profile characterized by distinct seasonal variations in temperature, precipitation, sunshine duration, UV Index, and daylight hours. With its warm averages, significant rainfall during the summer months, and abundant sunshine, the region showcases the vital interplay of weather elements that shape both the landscape and local lifestyle. The consistently high UV Index serves as a reminder for residents and visitors to prioritize sun safety, particularly during the peak exposure months from February to July. As daylight duration fluctuates throughout the year, the community benefits from longer days in the summer, fostering a vibrant environment for outdoor activities. Understanding these climate characteristics not only enhances awareness of the region's ecological dynamics but also enables better preparation for seasonal changes.