Maps and statistics

From Geohashing

World map of All Graticules

User:dawidi has written a geohashing statistics generator. It reads some wiki pages, and currently outputs a few static html pages. Thanks to the folks on #geohashing for their positive feedback and constructive criticism :)

If you're curious, the program is written in C#/.NET 2.0 without any extra libraries. It's a scheduled task on my server, updating the statistics once a week, on Tuesday at 10:45 CE(S)T.

Shows which graticules have been named, and which have their own wiki pages.

Graticule names and positions are read from the world region pages at Category:All graticules. A graticule that doesn't have a page is considered to be sea and colored blue if it has its own lat, lon in the name.

(Notice the graticules have links and title texts.)

World map of Successful Expeditions

Shows graticules colored by number of documented successful hash visits (from Category:Coordinates_reached). The color gradient used is nonlinear, so differences between graticules with few visits are easier to see. Unsuccessful expeditions are not counted, as those categories seem to include a lot of planned expeditions that did not take place after all.

Also includes the named and named/sea graticules from the world region pages at Category:All graticules in a brighter gray.

(Notice the graticules have links and title texts.)

Global Activity by week

Shows bar graphs of the number of successful visits per week, both for the entire globe and for each continent.

The continent "outlines" are, for the moment, simply 6 rectangular blocks of graticules covering the entire globe (see bottom of the page for the exact sizes), so the breakdown may not be useful for e.g. Antarctica, and may assign some obscure regions to the wrong continent. The edges were chosen such that all 2008 expeditions are counted for the correct continent. The 2009 expeditions in Israel are currently counted for Africa, but I'm too lazy to refine the region borders at the moment.

(I know it lacks a scale, but look at the title texts for numbers.)

"Global village" graticule

Generated from a user-contributed list at Maps and Statistics/User Fractions, it's a rendering of geohasher locations around the world, but mapped onto one square graticule, so people who live in the same corner of their respective graticules, but in an entirely different graticule, will end up close to each other. I suppose distances on that map will indicate how likely it is for people to do expeditions (to hashes near their homes) on the same day, not how likely they are to meet.

Yes, it's difficult to explain and a ridiculous concept... the idea arose from regularly attending the zbot summoning ceremony in #geohashing, after which we usually start voicing our opinions about the new coordinates and wildly disagreeing about whether they are "good" or "bad", depending on where each of us lives relative to the grid :-)

Geohasher age/sex demographics

An age-sex pyramid graph showing the distribution of age groups among geohashers (at least those using valid ASG templates).

After complaints that the categorising of hashers into m and f was too restrictive, the script now accepts ASGs with other values for the gender parameter as well and lists them in green :-)

Also, people who give their age as negative (or their birthday as a date in the future) or who are over a hundred years old will be listed under "invalid age", independent of gender. (May be changed if time travel is implemented or the Old Geohash record reaches 90.)

Most active graticules

Most successful graticules

  • Most successful graticules - An offsite table showing the 15 most active graticules (highest number of expeditions from Category:Coordinates reached) for each month, year and overall. If there are graticules with equal activity, they are ordered by latitude and longitude.

Most active users

Probability Calculator

If you live in a difficult graticule with inaccessible terrain or ocean, this on-line calculator is handy for working out probabilities.

For example, the Norwich graticule is 57% land so the daily probability of a land geohash is 0.57. In a 30 day month, the probabilities of getting land hashpoints can be calculated.

Number of land hashpoints >=














Broken or Non Working Projects

Interactive Map of All Expeditions

Interactive Map.png

Shows a slippy map with all graticules that have expedition reports. The colour scheme represents number of attempted expeditions.

  • Clicking on a graticule reveals some statistics about the graticule, and displays markers for all expeditions in this graticule.
  • Clicking on a marker reveals the participants of the expedition (as far as they have registered user names in the wiki, and are recognizable from the expedition report by double-fuzzy logic).
  • Each user name is accompanied by a "follow" link, which traces a line through all geohashes visited by the user (as per the above logic)

If you want to link directly to regions on this map, it also supports parameters. (Example)

  • lat, lon, zoom - center the map on a given latitude and longitude, at a given zoom level
  • follow - display the trace for a given user by default (capitalization must match the wiki user name)