These graphics are intended to give a quick visual overview of the age of players that each club has fielded in league matches using a technique very similar to “population pyramid” graphs, although I’ll freely admit that they’ve come out with shades of the Rorschach test (or as someone observed on Twitter, the Habitat lighting range). Explanation Hopefully they’re fairly self-explanatory, but
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These graphics are intended to give a quick visual overview of the age of players that each club has fielded in league matches using a technique very similar to “population pyramid” graphs, although I’ll freely admit that they’ve come out with shades of the Rorschach test (or as someone observed on Twitter, the Habitat lighting range). Explanation Hopefully they’re fairly self-explanatory, but
Read more
These graphics are intended to give a quick visual overview of the age of players that each club has fielded in league matches using a technique very similar to “population pyramid” graphs, although I’ll freely admit that they’ve come out with shades of the Rorschach test (or as someone observed on Twitter, the Habitat lighting range). Explanation Hopefully they’re fairly self-explanatory, but
Read more
These graphics are intended to give a quick visual overview of the age of players that each club has fielded in league matches using a technique very similar to “population pyramid” graphs, although I’ll freely admit that they’ve come out with shades of the Rorschach test (or as someone observed on Twitter, the Habitat lighting range). Explanation Hopefully they’re fairly self-explanatory, but
Read more
These graphics are intended to give a quick visual overview of the age of players that each club has fielded in league matches using a technique very similar to “population pyramid” graphs, although I’ll freely admit that they’ve come out with shades of the Rorschach test (or as someone observed on Twitter, the Habitat lighting range). Explanation Hopefully they’re fairly self-explanatory, but
Read more
These graphics are intended to give a quick visual overview of the age of players that each club has fielded in league matches using a technique very similar to “population pyramid” graphs, although I’ll freely admit that they’ve come out with shades of the Rorschach test (or as someone observed on Twitter, the Habitat lighting range). Explanation Hopefully they’re fairly self-explanatory, but
Read more
These graphics are intended to give a quick visual overview of the age of players that each club has fielded in league matches using a technique very similar to “population pyramid” graphs, although I’ll freely admit that they’ve come out with shades of the Rorschach test (or as someone observed on Twitter, the Habitat lighting range). Explanation Hopefully they’re fairly self-explanatory, but
Read more
These graphics are intended to give a quick visual overview of the age of players that each club has fielded in league matches using a technique very similar to “population pyramid” graphs, although I’ll freely admit that they’ve come out with shades of the Rorschach test (or as someone observed on Twitter, the Habitat lighting range). Explanation Hopefully they’re fairly self-explanatory, but
Read more
This is an initial test batch of a new graphic, explained in detail here. In a nutshell, they’re intended to be a summary of a squad on a single phone screen, dropping players into position categories and comparing their share of minutes played with their current age. The idea is to be able to gauge how healthy the squad’s balance
Read more
This is an initial test batch of a new graphic, explained in detail here. In a nutshell, they’re intended to be a summary of a squad on a single phone screen, dropping players into position categories and comparing their share of minutes played with their current age. The idea is to be able to gauge how healthy the squad’s balance
Read more
Experimental 3-6-1 
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