Warmia-Masuria Climate

Last updated: January 18, 2025

Warmia-Masuria, located in northeastern Poland, exhibits a diverse climate classified under the Köppen-Geiger system as Cfb and Dfb. This region experiences significant temperature fluctuations throughout the year, with a chilly minimum of -25°C (-13°F) recorded in January, rising to a moderate average of 9°C (48°F). The summer months bring a notable peak, with temperatures soaring to a maximum of 34°C (93°F) in June. This wide temperature range, coupled with the region's unique climatic classifications, contributes to the rich ecological diversity and picturesque landscapes characteristic of Warmia-Masuria.

Warmia-Masuria temperature by month

Warmia-Masuria experiences distinct seasonal temperature patterns, characterized by stark contrasts between the cold winter months and the mild summers. January and February serve as the coldest months, with minimum temperatures dropping as low as -25°C (-13°F) and -24°C (-11°F), respectively, while average temperatures remain just below freezing. As spring approaches, temperatures gradually begin to rise, marked by a steady increase in both average and maximum temperatures through March and April, culminating in a warm transition into May. The region reaches its peak warmth in June and July, with average temperatures around 18°C (65°F) and maximums hitting 34°C (93°F), providing a stark contrast against the winter chill. August retains the summer warmth before a gradual cooling in September leads into the crisp conditions of autumn, characterized by cooler temperatures that drop again in October and November. This seasonal progression not only shapes the climate but also influences the region's natural landscape throughout the year.

Monthly Temperatures in Warmia-Masuria, Poland

The chart illustrates Warmia-Masuria's temperature patterns throughout the year, with values aggregated from various locations across the region. It highlights seasonal variations and temperature changes across the months.
JanFebMarAprMayJunJulAugSepOctNovDec303137465464656557494134
Data source: Warmia-Masuria temperature data aggregated from multiple regional locations, generated using Copernicus Climate Change Service information.
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The average of daily temperatures (24 hours) calculated across all days in the month.

In Poland, the temperature extremes vary significantly across different locations. Frombork experiences a minimum of -22°C (-8°F) in February and a maximum of 33°C (92°F) in June, as detailed in the link monthly temperatures in Frombork. In contrast, Wieliczki records a lower minimum of -24°C (-12°F) in January, but reaches a similar maximum of 32°C (90°F) in June, as noted in the link monthly temperatures in Wieliczki. Mielno, on the other hand, has a minimum of -23°C (-9°F) in January and also peaks at 32°C (90°F) in August, according to the link monthly temperatures in Mielno.

Precipitation Patterns in Warmia-Masuria

Warmia-Masuria experiences a moderately variable precipitation pattern throughout the year, with the winter months typically recording lower levels. January and February see around 46 mm (1.8 in) and 43 mm (1.7 in) of precipitation, respectively, with an average of 11 to 9 rainy days per month. As spring arrives, precipitation remains fairly stable, peaking slightly in May with 82 mm (3.2 in), which sets the stage for a wetter summer. The month of July stands out, boasting the highest rainfall at 102 mm (4.0 in), accompanied by an increase in the number of rainy days, totaling 14.

As summer transitions to autumn, precipitation levels remain significant but begin to dip gradually. August maintains a substantial 76 mm (3.0 in), followed by September and October, which both contribute around 70 mm (2.8 in). The late autumn months of November and December typically experience reduced rainfall, with 41 mm (1.6 in) and 54 mm (2.1 in) recorded, yet maintain a consistent number of rainy days, ensuring that moisture remains present even as temperatures drop. This seasonal variation not only influences the ecological dynamics of Warmia-Masuria but also shapes the region's recreational and agricultural activities throughout the year.

Monthly Average Precipitation in Warmia-Masuria, Poland

The average monthly precipitation in Warmia-Masuria, providing insights into seasonal rainfall patterns and the region's precipitation trends throughout the year.
JanFebMarAprMayJunJulAugSepOctNovDec4643474182651027673704155
Data source: Warmia-Masuria precipitation data aggregated from multiple regional locations, generated using Copernicus Climate Change Service information.
Choose your preferred precipitation unit

Sunshine Duration in Warmia-Masuria

In Warmia-Masuria, sunshine duration exhibits a clear seasonal pattern, reflecting the transition from the stark, gray days of winter to the vibrant, sunlit months of summer. January starts off with the least sunshine, boasting only 93 hours of bright days, which gradually increases as spring approaches. By February, the hours rise significantly to 183 hours, and then March sees further expansion with 257 hours, signaling the onset of longer days. April marks a noticeable jump to 343 hours as nature begins to bloom, while May and June bring the peak of sunshine hours, with 408 and 440 hours, respectively. This period is characterized by nearly constant daylight, making it ideal for outdoor activities and agriculture.

As summer begins to wane, a steady but gradual decline in sunshine hours is observed, with July experiencing 428 hours and August still offering a solid 386 hours of sunshine. However, as autumn sets in, the days quickly grow shorter, leading to 302 hours in September and further diminishing to 236 hours in October. The months of November and December further reflect this trend, with sunshine hours dropping to 150 and 121 hours respectively, as the region is enveloped in the winter's darkness. This annual cycle not only dictates the climate but also shapes the lifestyle and rhythms of life in Warmia-Masuria, highlighting the region's strong connection to the sun's ever-changing presence.

Monthly Sunshine in Warmia-Masuria, Poland

Monthly sunshine duration represents the total hours of direct sunlight Warmia-Masuria receives each month, excluding periods when the sun is obscured by clouds or other obstructions.
JanFebMarAprMayJunJulAugSepOctNovDec93h183h257h343h408h440h428h386h302h236h150h121h
Data source: Warmia-Masuria sunshine duration data aggregated from multiple regional locations, generated using Copernicus Climate Change Service information.

Warmia-Masuria UV Index Trends

The UV Index in Warmia-Masuria displays a distinct seasonal variation, closely tied to the changing climatic conditions throughout the year. During the winter months, specifically January and February, the UV Index remains low, peaking at only 1 and 2 respectively, with a burn time of 45 minutes recommended for skin protection. As spring approaches, the index begins to rise, with March recording a moderate 4, indicating a need for some sun protection as the burn time decreases to 30 minutes. By April, the index reaches 5, further solidifying the shift towards sunnier weather.

The peak UV Index occurs in the summer months, with June and July both recording a high of 8, classified as very high, necessitating caution against prolonged sun exposure with a burn time reduced to just 15 minutes. August sees a slight drop to 7, but the risk remains significant. As autumn sets in, the UV Index declines once more; September sees a return to moderate levels at 5, followed by a further drop to 3 in October, before returning to low levels in November and December at 2 and 1, respectively. This yearly cadence underscores the importance of adjusting sun protection strategies seasonally to mitigate the risks associated with UV exposure.

Monthly Maximum UV Index for Warmia-Masuria, Poland

The monthly maximum UV Index (UVI) represents the highest UV radiation level recorded each month in Warmia-Masuria. It measures the strength of ultraviolet radiation from the sun and helps assess the risk of sunburn and UV-related health issues.
JanFebMarAprMayJunJulAugSepOctNovDec124568875321
Data source: Warmia-Masuria UV Index data aggregated from multiple regional locations, generated using Copernicus Climate Change Service information.

UV Risk Categories

  •  Extreme (11+): Avoid the sun, stay in shade.
  •  Very High (8-10): Limit sun exposure.
  •  High (6-7): Use SPF 30+ and protective clothing.
  •  Moderate (3-5): Midday shade recommended.
  •  Low (0-2): No protection needed.

Daylight Hours in Warmia-Masuria

In Warmia-Masuria, daylight duration varies significantly throughout the year, reflecting the region's seasonal changes. January offers the shortest days, with just 8 hours of daylight, while February sees a slight increase to 9 hours. As spring unfolds, particularly in March, daylight lengthens to 11 hours, signaling a transition toward longer, brighter days. April continues this trend with 14 hours, followed by May, which provides a robust 15 hours of daylight, making these months ideal for outdoor activities and natural exploration.

The peak of daylight duration arrives in the summer months of June and July, each providing approximately 16 hours of sunlight. This ample daylight fosters vibrant landscapes and enhances recreational opportunities. However, as summer gives way to autumn, daylight begins to wane; August records 14 hours, while September drops to 12 hours. The decline continues into the fall, leading to 10 hours in October, followed by a return to shorter days in November at 8 hours and December, which sees only 7 hours of daylight. This fluctuation not only defines the rhythm of life in Warmia-Masuria but also underscores the region’s connection to the cycles of light and darkness throughout the year.

Average Monthly Daylight Hours in Warmia-Masuria, Poland

This chart shows the total daylight hours Warmia-Masuria receives each month, calculated by summing the hours between sunrise and sunset.
JanFebMarAprMayJunJulAugSepOctNovDec482h586h713h843h958h1019h986h883h757h628h511h448h
Data source: Warmia-Masuria daylight hours, calculated based on aggregated data for various regional locations, determined by the times between sunrise and sunset.

Climate Highlights of Warmia-Masuria's Popular Destinations

Frombork, Poland experiences a continental climate with cold winters and warm summers. January temperatures can drop as low as -20°C, while July sees highs around 32°C. Precipitation varies throughout the year, peaking in July at 107 mm, contributing to the region's lush landscapes. Sunlight hours increase dramatically from winter to summer, with May boasting up to 418 hours of sunshine. For more detailed information, visit Frombork climate.

Gizycko, Poland experiences a temperate climate with distinct seasons, characterized by cold winters and warm summers. January and February are typically the coldest months, with average temperatures around -1°C (30°F) and significant snowfall, while July and August bring warm conditions, averaging 19°C (66°F) and reaching highs of 32°C (89°F). Rainfall is relatively consistent throughout the year, with July being the wettest month at 99 mm (3.9 in). Sunshine hours peak in the summer, particularly in May and June, enhancing the overall pleasantness of the warmer months. For more details on the climate, you can visit Gizycko climate.

Mielno, Poland experiences a diverse climate characterized by cold winters and warm summers. In January, temperatures can drop to as low as -23°C (-9°F), while July sees highs around 32°C (90°F). Precipitation varies throughout the year, peaking in July with 101 mm (4.0 in) of rainfall, and May has the highest monthly average temperature at 12°C (54°F). Sunshine hours are abundant in summer, with June boasting 437 hours, compared to just 93 hours in January. For more details on Mielno's climate, visit Mielno climate.

Mikolajki, Poland experiences a diverse climate throughout the year, with cold winters and warm summers. January and February see minimum temperatures dropping as low as -23°C (-9°F), while July typically enjoys mild averages of around 19°C (66°F). The region receives significant precipitation, particularly in summer months like July, which averages 97 mm (3.8 in), and benefits from ample sunshine, peaking at 438 hours in June. For more detailed information about the climate, visit Mikolajki climate.

Olsztyn, Poland experiences a varied climate with cold winters and warm summers. January temperatures can drop as low as -21°C (-6°F), while July sees pleasant highs around 32°C (90°F). Precipitation peaks in July at 101 mm (4.0 in), contributing to lush summer months, whereas sunshine is most abundant in May and June with over 400 hours. The transitional spring and fall months offer milder temperatures and moderate rain. For a detailed understanding of its climate, visit Olsztyn climate.

The climate in Wieliczki, Poland, exhibits distinct seasonal variations, with cold winters and warm summers. January and February are the coldest months, featuring average temperatures around -1°C to -2°C and significant snowfall. As spring arrives, temperatures rise, peaking in summer months like July and August, where averages reach around 18°C and highs can go up to 31°C. Precipitation is heaviest during the summer, especially in July, which receives an average of 98 mm. For more detailed climate data, visit Wieliczki climate.

Conclusion

In conclusion, the climatic characteristics of Warmia-Masuria, Poland, present a rich tapestry of seasonal variations that influence both the environment and lifestyle of its inhabitants. From the frigid winter months with minimal sunshine and low UV exposure to the vibrant summer days that feature extended daylight and high UV levels, each season offers distinct opportunities and challenges. Understanding these patterns—including temperature fluctuations, precipitation trends, sunshine duration, and UV Index variations—can aid residents and visitors alike in making informed decisions regarding outdoor activities, health precautions, and environmental conservation. As this region continues to evolve within its seasonal cycles, it remains a captivating example of the intricate relationship between climate and local life.

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