Last updated: January 18, 2025
Krasnodarskiy, Russian Federation, exhibits a diverse climate characterized by a blend of Coppen-Geiger classifications: Cfb, Cfa, and Dfb. This region experiences a significant temperature range, with the coldest month in February plummeting to a frigid -28°C (-19°F), while summer peaks in August can soar to scorching 41°C (106°F). The annual average temperature of 13°C (55°F) indicates a temperate environment, which influences both the natural landscape and agricultural practices. Such climatic variability highlights the need for adaptive strategies in response to seasonal extremes.
Krasnodarskiy, Russian Federation, experiences a pronounced seasonal temperature pattern, marked by harsh winters and warm summers. In the winter months of January and February, temperatures can dip to as low as -28°C (-19°F), while average highs barely reach 22°C (72°F). As spring approaches, March sees a gradual warming, with maximum temperatures climbing to 26°C (80°F). By April and May, temperatures surge, with averages rising to 11°C (52°F) and 17°C (62°F), and maximums hitting 31°C (87°F) and 33°C (92°F), respectively. The summer months of June through August bring the peak warmth, where highs consistently reach around 40°C (104°F) and may even soar to 41°C (106°F) in August. As autumn sets in, temperatures begin to cool again, dropping significantly in October and November, with minimal temperatures plummeting back into the negatives. This distinct seasonal shift highlights the region's dramatic temperature volatility, influencing both its climate and ecological systems.
Krasnodar experiences a significant temperature range, with minimums dipping to -17°C (2°F) in January and peaking at 40°C (103°F) in August monthly temperatures in Krasnodar. Gelendzhik has slightly milder conditions, with January lows reaching -11°C (13°F) and August highs of 35°C (94°F) monthly temperatures in Gelendzhik. In contrast, Sochi enjoys the warmest winters in the region, with a minimum of -5°C (23°F) in January, while its maximum reaches 33°C (92°F) in July monthly temperatures in Sochi.
Krasnodarskiy, Russian Federation, showcases a varied precipitation pattern throughout the year, contributing to its distinct seasonal climate. The winter months of January and February experience moderate rainfall, averaging 56 mm (2.2 in) and 59 mm (2.3 in), respectively, with precipitation occurring over 9 to 10 days. As spring arrives, March records the highest monthly rainfall of 66 mm (2.6 in), accompanied by a slight increase in rainy days, indicating a transition toward wetter conditions. Notably, May stands out with 75 mm (2.9 in) of precipitation, further emphasizing the shift toward a more humid climate as the region approaches summer.
During the summer, precipitation begins to decline slightly; June and July see 55 mm (2.2 in) and 51 mm (2.0 in) of rainfall, respectively, with fewer rainy days, which creates a drier period. August marks the lowest monthly precipitation at 44 mm (1.7 in), aligning with the decrease in rainy days to just 4. As fall sets in, the precipitation levels stabilize, averaging around 49 to 50 mm (1.9 to 2.0 in) in September and October, before rising again to 69 mm (2.7 in) in December. This cyclical precipitation pattern illustrates the interplay of rainfall and seasonal changes in Krasnodarskiy, supporting diverse ecosystems and agricultural practices in the region.
In Krasnodarskiy, Russian Federation, sunshine duration exhibits a distinct seasonal pattern, with hours of sunlight steadily increasing from winter to summer. January begins the year with a modest 150 hours of sunshine, which gradually rises to 205 hours in February. This upward trend continues into spring, where March experiences a substantial jump to 287 hours and April reaches 340 hours. The progression marks the transition from the cold, dark winter months toward brighter, warmer days, culminating in May, when sunshine peaks at 396 hours.
Summer brings an impressive surge in sunshine, with July recording the most sunlight at 435 hours, making it the sunniest month of the year. As the season transitions into August, hours of sunshine remain high at 402 hours, although a slight decline begins. Autumn sees a gradual decrease, with September offering 342 hours, and by November, the total drops to 240 hours. The final month of the year, December, offers only 196 hours of sunlight, emphasizing the stark contrast between the bright summer months and the darker winter period. This seasonal fluctuation in sunshine not only influences Krasnodarskiy’s climate but also impacts local agriculture and recreational activities across the year.
The UV Index in Krasnodarskiy, Russian Federation, dramatically varies throughout the year, reflecting the region's transition from winter's low exposure to summer's intense sunlight. In the colder months, January and February register moderate UV Index values of 3 and 4, requiring around 30 minutes of sun exposure before a burn may occur. As spring approaches, the UV Index climbs significantly; by March, it reaches 7 and enters the high exposure category, with a reduced burn time of just 25 minutes. This trend accelerates into April and May, where the Index peaks at 9 and 10, respectively, indicating very high exposure, with a dangerously low burn time of merely 15 minutes.
Summer months exhibit the highest UV levels, with June peaking at an extreme 11 on the UV Index scale, suggesting that cautious sun exposure is essential, with a burn time reduced to just 10 minutes. July and August maintain very high readings of 10, but the burn time remains constant at 15 minutes. As autumn sets in, the UV Index begins to decline; September sees an Index of 8, indicating very high levels once again, while October drops to a high level of 6 with increased burn time of 25 minutes. By November, the UV Index falls back to moderate levels (3) and reaches a low of 2 in December, signaling winter's return and allowing for more extended sun exposure without risk of burning. This seasonal variation highlights the need for varying sun protection strategies throughout the year in Krasnodarskiy, particularly during the peak summer months.
UV Risk Categories
In Krasnodarskiy, Russian Federation, daylight duration varies significantly throughout the year, reflecting the region's transitioning climate and seasons. Starting with the winter months, January offers only 9 hours of daylight, which slightly increases to 10 hours in February. As spring unfolds, daylight extends to 11 hours in March and further to 13 hours in April, marking a welcome increase that coincides with the gradual warming of the season. May brightens the landscape even more, with 14 hours of daylight, providing ample opportunity for outdoor activities.
The peak daylight duration occurs during the summer months, with both June and July showcasing 15 hours of sunlit hours, inviting longer days for recreation and agricultural pursuits. As August arrives, daylight begins to shorten again, dropping to 13 hours, and this decline continues into September with 12 hours of daylight. By the time autumn sets in, daylight contracts further, reaching 10 hours in October and descending to 9 hours in November. The year concludes with December’s shortest daylight at just 8 hours, emphasizing the dramatic shifts in sunlight Krasnodarskiy experiences throughout the seasons, influencing both lifestyle and natural rhythms.
Abrau-Dyurso experiences a temperate climate with distinct seasonal variations. Winters are cold with January temperatures ranging from -13°C to 14°C and moderate snowfall, while summers are warm and dry, peaking in July and August with temperatures reaching up to 38°C. The region sees the most sunshine in summer months, particularly in July with 438 hours of sunlight, contrasting with the shorter days and lower sunshine in winter. Annual precipitation varies, with December typically receiving the highest rainfall at 75 mm. For more detailed information, visit Abrau-Dyurso climate.
The climate in Anapa, Russia, features a cold winter with January temperatures ranging from a minimum of -10°C (15°F) to a maximum of 13°C (56°F), while summers are warm, with July averages around 25°C (77°F) and peaks reaching 32°C (90°F). Annual precipitation varies, with January typically seeing about 52 mm (2.1 in) and July being the driest month with only 23 mm (0.9 in). Sunshine hours are plentiful during summer, peaking in July with 437 hours, whereas winter months experience significantly less sunlight, particularly in December with just 192 hours. Overall, Anapa exhibits a continental climate characterized by distinct seasonal changes, making it a unique destination for visitors. More details can be found at Anapa climate.
Dagomys, located in the Russian Federation, experiences a varied climate with significant temperature fluctuations throughout the year. Winters are cold, with January temperatures ranging from -15°C to 16°C and substantial precipitation, peaking at 164 mm in February. Summers are warm, with July temperatures averaging 22°C and reaching highs of 35°C, while precipitation is comparatively lower, especially in June and August. The region enjoys considerable sunshine, particularly in the summer months, with July receiving 434 hours of sunlight. For more detailed information, visit Dagomys climate.
Estosadok, located in the Russian Federation, experiences a continental climate characterized by cold winters and mild summers. January temperatures can drop to a minimum of -18°C (0°F) with significant snowfall, while July sees highs of up to 31°C (88°F). Precipitation is plentiful, peaking in May with 165 mm (6.5 in) and showing a general trend of higher levels during the warmer months. Sunshine is abundant in summer, particularly in July, with around 434 hours of sunlight, compared to fewer hours in winter. For more detailed information, visit Estosadok climate.
Gelendzhik experiences a temperate climate with distinct seasons. Winters are chilly, with January temperatures ranging from -11°C to 14°C (57°F), while summers are warm, peaking in August with temperatures reaching up to 35°C (94°F). Precipitation is moderate, highest in December at 97 mm (3.8 in), and summers are relatively dry, especially in July and August. The region enjoys abundant sunshine, especially in the summer months, with July receiving up to 438 hours of sunshine. For more detailed climate information, visit Gelendzhik climate.
Kabardinka experiences a diverse climate characterized by cold winters and warm summers. January temperatures range from a minimum of -16°C to a maximum of 14°C, while July sees highs around 36°C. Precipitation varies throughout the year, peaking in December with 76 mm, and sunshine hours are most abundant in July with 438 hours. This combination of factors makes Kabardinka a unique destination for various seasonal activities. For more details, visit Kabardinka climate.
Krasnaya Polyana experiences a diverse climate, characterized by cold winters and mild summers. January temperatures range from a minimum of -18°C to a maximum of 10°C, while July sees a maximum of 31°C. Precipitation is heaviest in late winter and spring, peaking in May with 165 mm, but drops to about 85 mm in August. Sunshine hours are abundant during the summer, peaking at 434 hours in July, offering plenty of bright days. For more detailed information, visit Krasnaya Polyana climate.
Krasnodar experiences a continental climate with warm summers and cold winters. January temperatures range from -17°C to 17°C, while July peaks at a scorching 39°C. Rainfall is fairly distributed throughout the year, with March being the wettest month at 63 mm, although summer months like July and August see lower precipitation. The city enjoys abundant sunshine, especially in the summer, with July receiving around 436 hours. For more detailed information, visit Krasnodar climate.
Lazarevskoye, located in the Russian Federation, experiences a continental climate marked by distinct seasons. Winter temperatures can plummet to a minimum of -12°C (11°F) in January, while summer sees highs reaching up to 35°C (96°F) in July. Precipitation varies throughout the year, peaking in October with 141 mm (5.5 in) and subsiding during the drier spring months. The region enjoys considerable sunlight, particularly in July with 435 hours, contributing to vibrant summers. For more detailed climate information, visit Lazarevskoye climate.
Leningradskaya, Russian Federation experiences a diverse climate characterized by cold winters and warm summers. January temperatures range from a minimum of -18°C to a maximum of 15°C, while July sees much warmer averages of 25°C and peaks around 39°C. Precipitation is fairly consistent throughout the year, peaking in May with 62 mm, and sunshine hours are abundant from late spring to summer, with July enjoying around 437 hours of sunshine. For a more detailed overview, check the Leningradskaya climate.
Novorossiysk experiences a mild climate in November, with temperatures ranging from a minimum of -4°C (25°F) to a maximum of 22°C (71°F) and an average of 8°C (46°F). The month sees around 49 mm (1.9 in) of precipitation and enjoys approximately 249 hours of sunshine. This transitional period marks a shift towards cooler winter conditions, yet it remains relatively dry compared to other months. For more detailed information about the climate, visit Novorossiysk climate.
The climate in Saratovskaya, Russian Federation, features cold winters and warm summers. January temperatures range from a low of -15°C to a high of 18°C, while July sees much warmer conditions with a range from 13°C to 39°C. Precipitation is relatively high in March and May, with 80 mm and 73 mm respectively, while the driest month is August at 38 mm. The region enjoys ample sunshine, peaking at 437 hours in July, contributing to its warm summer climate. For more detailed information, visit Saratovskaya climate.
The climate in Smolenskaya, Russian Federation, features cold winters and warm summers, with January temperatures ranging from -18°C to 16°C and July temperatures from 12°C to 38°C. Precipitation varies throughout the year, peaking at 75 mm in March and averaging around 40-73 mm in the warmer months. Sunshine hours are most abundant in July, with 437 hours, while January sees only 155 hours. This variation in temperature, precipitation, and sunshine contributes to a diverse climate experience in Smolenskaya. For more detailed information, visit Smolenskaya climate.
Sochi, located in the Russian Federation, experiences a temperate climate characterized by mild winters and warm summers. January temperatures range from -5°C to 17°C, while July sees highs of 33°C. Precipitation is highest in winter months, peaking at 147 mm in December, and decreases significantly in the summer. The city enjoys abundant sunshine, particularly in the summer, with July boasting 434 hours of sunlight. For more details, visit Sochi climate.
Tuapse, located in the Russian Federation, experiences a diverse climate characterized by mild winters and warm summers. January temperatures range from -7°C to 17°C, while July sees averages between 19°C and 34°C. The region tends to receive significant precipitation, especially in winter, with January and October being the wettest months at 110 mm and 150 mm, respectively. Sunlight is abundant in the summer months, peaking at 437 hours in July, making it a pleasant time for outdoor activities. For a detailed overview, visit Tuapse climate.
Vityazevo experiences a continental climate characterized by cold winters and warm summers. January temperatures can drop to a minimum of -10°C (15°F) while averaging around 4°C (40°F), and reach a maximum of 13°C (56°F). The summer months of June through August see average temperatures around 25°C (77°F) to 31°C (88°F), with July being the warmest month. Precipitation is relatively moderate, with January and December receiving the highest amounts, while July is the driest month. For more detailed climate information, visit Vityazevo climate.
In conclusion, the climate and environmental conditions of Krasnodarskiy, Russian Federation, reveal a region marked by significant seasonal variations. From temperature fluctuations that shift dramatically from cold winters to scorching summers, to changes in precipitation and sunlight duration, each element plays a pivotal role in shaping the local ecosystem and lifestyle. The UV Index also underscores the importance of sun safety during the high exposure months, highlighting the need for residents and visitors to adapt their outdoor activities accordingly. As climate patterns evolve, understanding these dynamics becomes increasingly crucial for effective planning in agriculture, recreation, and environmental conservation within this diverse region.