To distinguish between "normal" and anomalous surface temperatures in Calgary in 2025, I applied Tukeyβs method. The statistical distribution shows a negative skewness (coefficient ββ0.59).
This highlights a critical phenomenon: the vast majority of the urban area is densely clustered in the warmer temperature range. In contrast, cool refuges (the rivers, reservoir, and dense parks) are statistically scarce, forming a long "tail" on the left side of the plot. In essence, Calgaryβs baseline is shifted toward higher temperatures, making Urban Cool Islands a rare and vital resource.
I would like to remind my readers and followers that I am currently preparing a comprehensive article based on these research results. In it, I will explore the ecological and geochemical implications of this thermal distribution. Stay tuned for further updates!
#YYC #Calgary #ClimateResilience #UrbanHeatIsland #DataAnalytics #RemoteSensing #Landsat #OpenData #CitizenScience #LST #ClimateOfCalgary #Landsat #Rstats













