saturn

This dataset contains 59,070 records of lightning strike activity, each described by geographic coordinates (latitude and longitude), a month, and a strike count. The strikes column is highly right-skewed (skew ~2.0, max 531 vs. median 34), meaning a small number of locations experience dramatically more lightning than typical — these ~2,900 outlier records are worth investigating. Latitude also shows ~9.5% outlier rate with a northward skew, suggesting strike activity is concentrated in a core geographic band but with notable events at higher latitudes.

This column is a geographic latitude, with values ranging from 25.35 to 35.46 degrees north — consistent with a mid-latitude region such as the Arabian Peninsula, South Asia, or the southern US Sun Belt. With only 868 unique values across 59,070 rows, latitudes are heavily discretised (likely snapped to a grid or centroid), not continuous GPS readings. The distribution is right-skewed (skew 1.15) with 9.5% of rows flagged as outliers (5,626 records), suggesting a dominant cluster around 27–30° with a long upper tail toward 35.46° that warrants geographic investigation.

This column almost certainly represents a count of strikes (e.g., bowling, lightning, labor, or similar discrete events) per record, with values ranging from 1 to 531 across 381 unique integers. The distribution is heavily right-skewed (skew = 2.02, kurtosis = 6.09): the median is only 34 while the mean is 49.43 and the std is 49.83, indicating a long upper tail. Notably, 4.9% of rows (2,917) are flagged as outliers, and the IQR of 54 spans Q1=14 to Q3=68, confirming most records cluster low while a minority have very high counts up to 531.

This column contains longitude coordinates, with all values falling between -96.74 and -79.03, consistent with the central/eastern United States (roughly spanning from Texas/Oklahoma eastward to the Great Lakes or Southeast). The distribution is moderately left-skewed (skew = -0.85) with mass concentrated toward the eastern end of the range (median -82.06, Q3 -81.22), suggesting most records originate from states like Ohio, Michigan, Florida, or nearby. Only 1,231 unique values across 59,070 rows indicates coordinates are discretized or snapped to a coarse grid rather than true GPS precision — an analyst should be aware this limits spatial resolution.

This column encodes calendar month as an integer from 1 to 12, with exactly 12 unique values and no nulls across 59,070 rows. Distribution is nearly uniform (mean 6.90, median 7.0, skew −0.15, kurtosis −0.21), suggesting fairly even coverage across all months with a slight lean toward the second half of the year. No outliers or zero values are present, and the near-flat kurtosis rules out strong seasonal concentration. The even spread is mildly surprising if the underlying data were expected to show seasonal patterns.