Interpreting Global Flight Maps
kodiaktau writes "Five experts including: artist, environmentalist, aviation consultant, data visualization expert and philosopher interpret a flight map showing global flights. While the imagery of the visualization is intriguing, the interpretations are particularly interesting and show how individual background and experience impact they way they view the data."
I can't help but notice that the map not only uses the "north = up, therefore north = good" ideology but also places Europe square in the middle of the map. I expected better from an elite artist.
Shutting down free speech with violence isn't fighting fascism. It IS fascism!
Hello, this is the FBI. we arent to happy with your flight visualization tool. you know, terrorists and stuff. why dont you go ahead and take that down....
have you seen my sig? there are many others like it but none that are the same
So, let me get this straight...
The artist looks at it and sees art, without any insight into interpreting the data.
The environmentalist looks at it, and doesn't understand what it's actually showing.
The aviation consultant looks at it and accurately relays exactly what it was intended to represent, with some limited interpretation.
The data visualization expert understands the data, and provides some suggestions for allowing this format to provide more information.
The philosopher is insane
So the intended interpretation of the story is that we each see what we want to see in information. The meta-interpretation is that I should only hire an expert in an appropriate field to analyze my data.
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Pretty, but I'm dubious. Looking at the US, it looks like nearly half the brightness is in a triangle with the southern terminus in Orlando or Miami, and going to the northeast. If brightness is mapped to density of flights, then this says that half of the flights in the US go from the northeast to Florida? I just don't think that's true. Florida is a great attractor... but not that great.
Well, you can never ignore the Disney factor. Or the cruise-ship factor (many fly to Florida to hop the cruises there). Florida is really big for vacations.
BUT... then you also have the fact that lots of people fly Internationally. LOTS.
And then you have to factor in business trips. LOTS of those too. Many are International, which means Boston + New York + Newark. And many are just to the big business cities: New York / Boston Chicago. Which means TONS of people from the south east are going to one of those 4 cities every day. Either from Florida, or from Atlanta.
Then you have Atlanta, a huge / busy airport hub, It's relatively close to Florida. So all of that density is adding to that blob in the south-eastern section.
Airport hubs serve primary TWO purposes....
One is to provide a place for the spokes of the flying wheel to meet so everybody can change planes and get to their destination. Two is to provide access to at least ONE destination that a lot of people want to go too.
Where it might make sense to put a centrally located hub in the geographic center of it all, if nobody wants to actually go there, it's just not going to make it as a major hub. With all due respect to Kansas City, there is just not enough passengers who want to go there to make a hub of it work, at least not for a major airline.
"File to fit, pound to insert, paint to match" - Aircraft Maintenance 101
Yep. I've been wondering how air traffic affects the weather for a long time. Do the climate folks model this? I swear the weather changed in michigan after Delta bought Northwest and Detroit was demoted from primary hub to whatever it is now. Depending on conditions, con-trails may dissipate or they may start to grow into larger clouds. I'm not saying it's a problem, I just wonder if anyone has studied these effects.
Yep. I've been wondering how air traffic affects the weather for a long time. Do the climate folks model this?
Yes. It's a subject of tremendous interest. I saw a very good presentation on this at the AIAA Aerospace Sciences Conference two years ago, looking at global data on contrail-induced clouds viewed from satellites. The data from the weeks following 9-11-2001 was particularly informative, the time when global air traffic was temporarily grounded.
There's far too much research to summarize in a paragraph or two, but my quick overview is that contrail-induced high-altitude clouds (slightly) decrease daytime temperatures (reflecting incident sunlight) and also slightly increase nighttime temperatures (reflecting outgoing IR). Overall net effect on temperature is not large, but it tends to be slightly larger in heating the polar regions (on the average, less sunlight in, so the infrared is a little more important, and a significant number of flights go over the poles). But that's my summary from a non-random selection of papers and talks I've heard, not a rigorous review of the science, though, so YMMV.
http://www.geoffreylandis.com
Which makes an interesting point.
Are the graphs flight-based or people-based? And which one is more relevant?
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