Upon first glance it appears to be a heat-map of traffic/busy routes.
Is there some way to warp the map to draw out more inferences? E.g. Busy routes shown with thicker lines; crash density with color. So anomalous crashes can be identified at a glance.
So this is a good point. I didn't intend for any analytics or inferences to be made with this map, but indeed it seems that density of urban regions is correlated with density of crashes, which isn't too surprising. I wouldn't go as far to say that denser routes are correlated, since the Trans-Atlantic routes are busy but don't have many crashes, as most crashes happen in the terminal environment as opposed to the enroute environment. I could build some analytics tooling on crashes to determine where outliers occur in terms of geographical location (eg. we'd probably expect more crashes in mountainous regions compared to traffic density), so thanks for the idea!
As a pilot and map nerd, I thought it would be cool to map out the major crashes, and find some new ones too. Used a coding agent to scrape wikipedia and make the map.
Upon first glance it appears to be a heat-map of traffic/busy routes.
Is there some way to warp the map to draw out more inferences? E.g. Busy routes shown with thicker lines; crash density with color. So anomalous crashes can be identified at a glance.
So this is a good point. I didn't intend for any analytics or inferences to be made with this map, but indeed it seems that density of urban regions is correlated with density of crashes, which isn't too surprising. I wouldn't go as far to say that denser routes are correlated, since the Trans-Atlantic routes are busy but don't have many crashes, as most crashes happen in the terminal environment as opposed to the enroute environment. I could build some analytics tooling on crashes to determine where outliers occur in terms of geographical location (eg. we'd probably expect more crashes in mountainous regions compared to traffic density), so thanks for the idea!
As a pilot and map nerd, I thought it would be cool to map out the major crashes, and find some new ones too. Used a coding agent to scrape wikipedia and make the map.