Last updated: January 18, 2025
Ngwaketsi, Botswana, is classified under the Köppen-Geiger climate classification as BSh, indicating a semi-arid climate characterized by significant temperature variations throughout the year. Minimum temperatures in July can plunge to a chilly -6°C (22°F), while summer peaks in January reach a sweltering 41°C (106°F). The average annual temperature stands at a moderate 20°C (69°F), reflecting the region's diverse weather patterns that influence both ecological and human activities.
In Ngwaketsi, Botswana, temperature patterns exhibit distinct seasonal variations, transitioning from the hot summer months to cooler winter periods. January and February showcase the peak warmth, with maximum temperatures reaching up to 41°C (106°F), while averages hover around 25°C (77°F). As the season shifts to autumn in March and April, temperatures begin to cool, with March maintaining high maxima of 40°C (104°F) but gradually dropping to 36°C (97°F) in April. The arrival of winter in May heralds further cooling, as minimum temperatures dip below freezing, reaching as low as -6°C (22°F) in July. During this winter period, temperatures remain moderate, averaging 13°C (55°F) to 17°C (62°F). As spring approaches in August through December, temperatures rise again, setting the stage for a return to the intense heat experienced in the earlier months, culminating in another cycle of elevated temperatures by late December.
Mosopa and Manyana experience similar temperature ranges, with minimums of 0°C (33°F) in August and maximums reaching 38°C (101°F) in October, as detailed in their respective monthly temperature links: monthly temperatures in Mosopa and monthly temperatures in Manyana. In contrast, Kanye sees a colder minimum of -2°C (29°F) in July, but also shares the maximum of 38°C (101°F) by December, which can be explored further at monthly temperatures in Kanye.
Ngwaketsi, Botswana experiences its highest precipitation during the summer months, particularly in January and February, when rainfall peaks at 79 mm (3.1 in) and 123 mm (4.9 in) respectively. This period showcases a significant number of rainy days, with January averaging 10 days and February 12 days of rainfall, creating conducive conditions for vegetation growth and replenishing water sources. As the summer transitions into autumn, precipitation drops sharply in March and April to 36 mm (1.4 in) and 32 mm (1.2 in), with a corresponding decrease in rainy days, reflecting the onset of a drier season.
As Ngwaketsi moves into the winter months, the region experiences a stark reduction in rainfall, with negligible amounts recorded from May through August, amounting to just 3 mm (0.1 in) in May, and practically none during June, July, and August. The precipitation levels begin to rise modestly again in October with 35 mm (1.4 in), followed by November's 43 mm (1.7 in), as the region prepares for the rainy season to recommence. December also sees an increase, with 86 mm (3.4 in) of rainfall over 12 days, ushering in wetter conditions and setting the stage for another cycle of growth and hydration within the ecosystem.
In Ngwaketsi, Botswana, sunshine duration exhibits a notable seasonal pattern, with the summer months consistently offering the highest number of sunlight hours. Notably, November and December stand out as the peak sunshine months, with an impressive 378 hours and 384 hours of sunshine, respectively. This provides ample daylight for agricultural activities and contributes to the region's warm, inviting atmosphere during the summer. The transition from autumn to winter is marked by a gradual decrease in sunshine, with hours dipping to 305 hours in June before beginning to rise again in July.
As the seasons change, the winter months experience a slight decline in total sunshine hours, yet they remain relatively mild, with June recording 305 hours and July increasing to 319 hours. Interestingly, the trend shows a steady rise in sunshine hours starting from the winter, peaking in the late spring and early summer months. March, for instance, offers 361 hours, making it a transitional month that bridges the warm summer with the cooler days of winter. This overall increase in sunshine duration not only enhances the climate but also reinforces the region's semi-arid characteristics, making Ngwaketsi a sun-soaked landscape throughout most of the year.
In Ngwaketsi, Botswana, the UV Index reveals a striking seasonal pattern, predominantly characterized by extreme levels during the summer months. January and December top the chart with a maximum UV Index of 16, indicating conditions that necessitate significant sun protection, with a burn time as short as 10 minutes. Throughout February and March, UV levels remain alarmingly high, at 15 and 13 respectively, underscoring the dangers of prolonged sun exposure during this time. The consistent extreme ratings from January to April highlight the need for vigilance to mitigate the risks associated with UV radiation during the peak summer months.
As the year progresses into the cooler months, the UV Index steadily decreases, although it often remains classified as high or very high. May introduces a slight reprieve with a UV Index of 8, allowing for 15 minutes of outdoor exposure without immediate concern, while June and July see values of 6 and 7, still categorized as high, with burn times extended to 25 minutes. By late winter and early spring, UV levels begin to rise again in August, reaching 9 and then surging back to 12 in September, marking a return to extreme conditions. This seasonal fluctuation emphasizes the importance of adaptive sun safety measures year-round, particularly during the intense UV months.
UV Risk Categories
In Ngwaketsi, Botswana, daylight duration exhibits a clear seasonal rhythm, with the longest days occurring in the summer months of January and December, both providing 13 hours of sunlight. This ample daylight during the height of summer allows for extended outdoor activities and plays a crucial role in the region's agricultural practices. Following January, daylight gradually decreases from 12 hours in February and March to 11 hours in April, signaling the transition into the cooler months. This gradual reduction not only marks seasonal changes but also influences daily routines and energy consumption patterns.
As winter approaches, daylight hours stabilize at 10 hours from May through July. During this period, the shorter days highlight the significance of optimizing sunlight for various activities. However, as spring arrives in August, daylight duration begins to increase again, reaching 11 hours by late winter and early spring. By October, the daylight extends back to 12 hours, with November and December heralding another increase as the days lengthen, once again providing 13 hours. This cyclical pattern in daylight duration reflects the region's characteristic climate and influences both human behavior and ecological dynamics throughout the year.
Kanye, Botswana experiences a warm climate characterized by hot summers and mild winters. January and December are the warmest months, with maximum temperatures reaching up to 38°C (101°F), while July is the coolest month, averaging around 12°C (55°F). Most rainfall occurs from January to March, peaking in February with 127 mm (5.0 in), while the dry season primarily spans from August to October. The region enjoys abundant sunshine, especially in the latter months of the year, culminating in December with 384 hours of sun. For more detailed information, visit Kanye climate.
Khakhea, Botswana experiences a climate characterized by warm temperatures and distinct wet and dry seasons. The hottest months are January and February, with average temperatures reaching up to 27°C (80°F) and significant rainfall, particularly in February with 111 mm (4.4 in). From May to August, temperatures drop, and precipitation levels remain low, creating dry conditions. Interestingly, sunshine hours peak in November and December, reaching up to 390 hours. For detailed climate statistics, visit Khakhea climate.
Manyana, Botswana experiences a distinct climate characterized by hot summers and mild winters. The temperature ranges from a minimum of 0°C (33°F) in August to a maximum of 38°C (101°F) in several months, including January and November. Precipitation is heaviest from January to February, with January receiving 83 mm (3.3 in) and February 124 mm (4.9 in), followed by a notable decrease in the dry winter months. Sunshine is abundant, peaking in December with 380 hours. For more detailed information, visit Manyana climate.
Mosopa, Botswana experiences a semi-arid climate characterized by hot summers and mild winters. January is the warmest month, with temperatures ranging from 15°C to 38°C, while July tends to be the coolest, with temperatures from 1°C to 28°C. Precipitation is highest in February (124 mm), significantly decreasing from May to August, which are typically dry months. Despite the low rainfall, Mosopa enjoys ample sunshine year-round, with October and November receiving the most hours. For more details, visit Mosopa climate.
The climate in Sekoma, Botswana, is characterized by hot summers and mild winters, with January and February experiencing the highest temperatures, often reaching up to 41°C (106°F). Precipitation is more frequent during the summer months, particularly in February with 128 mm (5.0 in), while August typically sees no rainfall. Sunshine is abundant year-round, peaking in December with 389 hours of sunlight. Overall, Sekoma offers a dry climate with significant temperature variations between seasons. For more details, visit Sekoma climate.
Tlhareselele, Botswana, experiences a diverse climate characterized by hot summers and mild winters. January remains the hottest month with maximum temperatures reaching up to 37°C (99°F), while June and July can cool down to lows of -2°C (29°F). The region receives most of its rainfall during the summer months, particularly in February, averaging 126 mm (5.0 in). Sunshine is abundant, with December enjoying the most hours at 384, which complements the distinct wet and dry seasons. For more details, visit Tlhareselele climate.
In conclusion, Ngwaketsi, Botswana, presents a dynamic climate characterized by distinct temperature variations, significant sunshine duration, and pronounced seasonal trends. The region’s extreme UV Index during the summer months underscores the importance of sun safety, while varying daylight durations throughout the year influence daily life and agricultural practices. With peak warmth in the summer and a gradual transition to cooler months, residents and visitors alike must adapt to the fluctuations in weather and sunlight. Overall, understanding these climatic patterns not only enhances awareness of the environment in Ngwaketsi but also aids in making informed decisions related to health, outdoor activities, and resource management.