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September 18, 2025Quaestiones GeographicaeOpen Access

The role of increased sunshine in shaping air temperature rise in Kraków (1951–2020)

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Analysis reveals sunshine duration strongly drives air temperature rise in Kraków, suggesting significant climatic implications.

Air temperature in Kraków has increased by about 2.2–2.3°C since the late 1980s, aligning with sunshine duration changes.
Significant sunshine duration increased by approximately 500 hours, closely linked to shifts in cloud structure and macro-circulation.
Analysis showed sunshine duration accounts for 58% of variance in annual temperature, highlighting its critical role.
Findings underscore the need to focus on solar radiation influx rather than solely on radiative forcing for climate studies.

Marsz et al. (2025) studied this question.

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September 18, 2025Quaestiones GeographicaeOpen Access

View Full Paper

Ask AI

Bookmark

Authors

Analysis reveals sunshine duration strongly drives air temperature rise in Kraków, suggesting significant climatic implications.

Air temperature in Kraków has increased by about 2.2–2.3°C since the late 1980s, aligning with sunshine duration changes.
Significant sunshine duration increased by approximately 500 hours, closely linked to shifts in cloud structure and macro-circulation.
Analysis showed sunshine duration accounts for 58% of variance in annual temperature, highlighting its critical role.
Findings underscore the need to focus on solar radiation influx rather than solely on radiative forcing for climate studies.

Marsz et al. (2025) studied this question.

View Full Paper

Ask AI

Bookmark