Last updated: January 18, 2025
Trashi Yangste, Bhutan, is characterized by a temperate Cwb climate under the Köppen-Geiger classification, presenting a distinctive seasonal temperature range. The coldest month, February, sees temperatures plummet to a minimum of -10°C (14°F), while the warmest month, September, showcases a maximum of 25°C (78°F). With an average temperature hovering around 12°C (54°F), Trashi Yangste experiences a unique balance of cool and moderate climate conditions, making it a fascinating region for both meteorological study and ecological observation.
Trashi Yangste, Bhutan, exhibits distinct seasonal temperature patterns that reflect its temperate climate. Winter months, particularly January and February, experience the coldest conditions, with minimum temperatures dropping to -10°C (14°F) and average temperatures around 5-6°C (41-43°F). As spring approaches, temperatures gradually rise, reaching averages of 9°C (48°F) in March and 11°C (53°F) in April, while lows begin to stabilize above freeze. Summer emerges with warmer temperatures, peaking in July and August, where averages hover around 18°C (64°F) to 18°C (65°F), alongside maximum highs of 25°C (77°F). Autumn sees a return to cooler weather, with temperatures dropping again in September and October, as winter approaches, culminating in a notable chill by December where temperatures range from -4°C (26°F) to 7°C (44°F). This cyclical temperature fluctuation underscores the region's dynamic seasonal transitions.
Trashi Yangtse experiences a diverse climate, with winter temperatures dropping to a chilly minimum of -10°C (14°F) in February, while summer brings a warm maximum of 25°C (78°F) in September. For more details on the monthly temperatures in Trashi Yangtse, visit monthly temperatures in Trashi Yangtse.
Trashi Yangste, Bhutan, experiences a distinctive precipitation pattern throughout the year, marked by a significant increase during the summer months. January and February see relatively low rainfall, recorded at 38 mm (1.5 in) and 72 mm (2.8 in), respectively, as winter retains its grip. However, this changes dramatically from March onward, where precipitation begins to rise sharply, reaching 155 mm (6.1 in) in March and peaking at 169 mm (6.6 in) in April. The transition to the monsoon season sees May deliver a substantial 286 mm (11.3 in) of rain, laying the groundwork for the deluge that follows.
The summer months of June and July dominate the rainfall totals, with June recording 534 mm (21.0 in) and July escalating to a remarkable 807 mm (31.8 in), making it the wettest month of the year. August continues with elevated precipitation levels at 629 mm (24.8 in), although rainfall starts to taper off in September to 410 mm (16.1 in). By the time autumn arrives, precipitation diminishes significantly, with October receiving only 101 mm (4.0 in) and November further declining to 34 mm (1.3 in), leading into a drier winter, where December sees 39 mm (1.5 in). This clear seasonal rainfall distribution is essential for understanding the region’s climate and ecological dynamics.
In Trashi Yangste, Bhutan, the sunshine duration exhibits a notable seasonal trend, with a steady increase in sunlight hours from winter to summer. Beginning in January, the region receives 220 hours of sunshine, which gradually rises to 260 hours in February. This upward trajectory culminates in the spring months of March through May, where sunlight reaches its peak, with hours increasing from 313 in March to 318 in May, showcasing the importance of these months for both agricultural practices and outdoor activities. The consistent increase underscores the transition from the cooler, cloudier winter, to a more vibrant and sunlit landscape.
However, as summer progresses, there is a significant dip in sunlight duration, particularly in July, when sunshine drops to just 190 hours, marking the lowest point of the year. This reduction is likely attributable to the heavy monsoon rains characteristic of the season. Following July, sunshine hours gradually recover, with 234 hours recorded in August and 250 hours in September, as the monsoon subsides. The autumn months bring a resurgence of sunlight, especially in October, which sees 302 hours of sunshine, followed by November with 278 hours. This cyclical pattern of increased sunshine in spring and fall, contrasted with the diminished sunlight in summer, highlights Trashi Yangste's dynamic climate and its influence on the region's ecology and daily life.
The UV Index in Trashi Yangste, Bhutan, showcases significant seasonal fluctuations that highlight the varying intensity of solar radiation throughout the year. Beginning in January, the UV Index starts at 7, categorizing it as "high," with a burn time of 25 minutes. This value quickly escalates, reaching 10 in February, indicating "very high" exposure, and spiking to an alarming 12 in March. As spring transitions into summer, the index further intensifies, peaking at 15 in both May and June and maintaining an "extreme" rating. This rise correlates with the higher altitude and increased solar exposure typical of this mountainous region, emphasizing the need for protective measures during these months.
As summer progresses into the later months, the UV Index remains formidable. July reaches its apex at 16, while August and September retain values of 15 and 14, respectively, all categorized as "extreme," with a burn time of just 10 minutes. A notable decrease in UV exposure occurs in October, with a drop to 11, before tapering off further in November to 9, and returning to 7 in December. This seasonal trend indicates that while the danger of UV exposure is prevalent during the warmer months, autumn and winter bring some respite, although awareness of UV levels remains essential year-round in Trashi Yangste to mitigate the risk of sunburn.
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In Trashi Yangste, Bhutan, daylight duration exhibits a clear seasonal pattern, demonstrating an increase in hours as winter transitions into spring and summer. Beginning in January, the region experiences about 10 hours of daylight, which gradually increases to 11 hours in February, and further to 12 hours in March. This trend continues into April, where daylight remains consistent at 12 hours, before reaching a peak of 13 hours in May and sustaining that duration throughout June and July. The extended daylight during these months not only enhances the vibrancy of the local environment but also provides ample time for agricultural activities.
As summer begins to wane, Trashi Yangste sees a gradual decrease in daylight hours, beginning in August, where it remains at 13 hours before reducing to 12 hours in September. The shortening days persist into autumn, with October dropping to 11 hours, and returning to 10 hours in both November and December. This cyclical pattern is characteristic of the region's high-altitude geography and influences various ecological and social activities. Understanding the daylight dynamics in Trashi Yangste aids in optimizing agricultural practices and planning outdoor endeavors throughout the year.
Trashi Yangtse, Bhutan experiences a diverse climate with cold winters and mild summers. January temperatures range from -8°C (17°F) to 18°C (64°F), while July sees a much warmer range of 12°C (54°F) to 25°C (77°F). Precipitation peaks in July with 807 mm (31.8 in), contributing to its distinct wet season. Sunshine is abundant from March to May, providing over 300 hours of sunlight, while the summer months witness a decline in sunny days. For more details, visit Trashi Yangtse climate.
In conclusion, Trashi Yangste, Bhutan, presents a fascinating interplay of climatic elements that significantly influence its environmental and social dynamics. The region's distinct temperature, precipitation, sunshine duration, UV Index, and daylight hours reflect the seasonal transitions that characterize its temperate climate. As temperatures fluctuate and rainfall patterns shift, the period from spring to summer emerges as vital for biodiversity and agricultural productivity, while the heightened UV Index necessitates precautions to safeguard public health. Understanding these patterns not only enriches our knowledge of Trashi Yangste's climate but also serves as a guide for sustainable land-use practices and community resilience in the face of climate variability.