Statistics of Deadly Quarrels
CarlNorthcore writes "Brian Hayes published this paper in the Computing Science chapter of Jan-Feb's American Scientist. It provides a fascinating and [sadly] relevant statistical exploration of our world's deadly conflicts. Look out for the excellent "Web of Wars" diagram."
Here is a less obtuse and more practical summation of an 80s book that somehow got short shrift. How To Stop A War is more usable then that article.
________________________________________ History Must Not Fall Into The Wrong Hands ___________________________________
think of the deadly conflict that is happening in this guy's server room right now. slashdotted in 1 minute.
Just the image, not the surrounding page..... http://www.sellingmysoul.com/web.jpg Hope someone else grabbed the rest of the site before it died....
Love,
Jay and Silent Bob
Although this diagram looks nice, it doesn't present a clear view of what is happening now. It consists of all conflicts between countries from Richardson's statistics (1820 - 1950), with refinements from Wilkinson.
Consider the graph (when it eventually comes up). All the red-lines represent Category 7, which is only the two world wars (the most recent of which was 50+ years ago). Category 6 is for deaths of from 500,000 to 2,000,000.
It would be nice to have information regarding something in more recent history, such as the last 10 - 20 years.
completely one sided wars, like Iraq v US (round 1)
wouldn't that be a high magnitude for Iraq and a low magnitude for the US?
and yes I do know that this study did not include that war... were there any completely one sided wars involved in the time frame studied?
One comment at the end of the article caught my attention:
This points out a comparison problem within the original research - it does not take into account the population increases over time. For example, somewhere in the mid-1600s, London had a population of 600,000 people, while it currently has a population near 7,000,000. That is the difference between a magnitude-5.7 and a magnitude-6.8 event, using the given scale.
Would factoring in the population growth curve enhance or reduce the apparent randomness of the data?
Chivalry is not dead, it's just frequently misspelt. - M. Langley
There's a cool map of Nappy's march into Russia, which shows, visually, the losses suffered by the thickness of the line, among other things. Really beautifully rendered. Edward Tutfe (master of information design) is a big fan of it, understandably so.
c-hack.com |
doesn't any country realise that the best way to win is to conquer australia first? you get five extra units and you only have to defend two territories.
I didn't like the fact that the thing has no indication of time. What about the fact that the US has been around for little over 200 years while other countries (especially the European ones with lots of lines) have been around for much more than that. Maybe they should limit this thing by time or something.
This covers the period from 1820 to 1950, as explained in the article. And the caption states, "The diagram ignores many changes in national status (such as the assembly and disassembly of Yugoslavia)." Since they used TLD country codes presumably they are ascribing conflicts to the current nation on the soil of the nation that engaged in it, for convenience. "They" *did* "limit this thing by time or something."
RTFA.
Fight for your right to read books!