background Ludii Portal
Home of the Ludii General Game System

   

Home Games Forum Downloads References Concepts Contribute Tutorials Tournaments World Map Ludemes About


 
Chess (Siberia) DLP Game   

Period Modern

Region Northern Asia

Category Reconstruction, Done, Board, War, Replacement, Checkmate, Chaturanga

Description

This game was played on the banks of the Nagy-Jugan River in Siberia.

Rules

9x9 board. At least eight different piece types: two with eight pieces, three with two pieces, and two with one piece.

These rules were taken from the Historical Information ruleset.

All Rulesets

Reconstructed rulesets
Chess (Siberia) (Ludii 1) Reconstructed with Ludii
Chess (Siberia) (Ludii 2) Reconstructed with Ludii
Chess (Siberia) (Ludii 3) Reconstructed with Ludii
Chess (Siberia) (Ludii 4) Reconstructed with Ludii
Chess (Siberia) (Ludii 5) Reconstructed with Ludii
Chess (Siberia) (Ludii 6) Reconstructed with Ludii
Chess (Siberia) (Ludii 7) Reconstructed with Ludii
Chess (Siberia) (Ludii 8) Reconstructed with Ludii
Chess (Siberia) (Ludii 9) Reconstructed with Ludii
Chess (Siberia) (Ludii 10) Reconstructed with Ludii
Chess (Siberia) (Ludii 11) Reconstructed with Ludii

Incomplete rulesets
Historical Information Rules from DLP evidence.

Origin

Siberia

Ludeme Description

Chess (Siberia).lud

Concepts

Browse all concepts for Chess (Siberia) here.

Evidence Map

1 pieces of evidence in total. Browse all evidence for Chess (Siberia) here.

Click on any marker or highlighted region to view the evidence relating to it.
To view all regions, please select it from the category options below.

Evidence category:

Evidence coloured based on:

Map style:



Sources

Néprajzi Muzeum (Museum of Ethnography). n.d. Collection Online. Budapest. Accessed 26 September, 2022.

Identifiers

DLP.Games.1610


     Contact Us
     ludii.games@gmail.com
     cameron.browne@maastrichtuniversity.nl

lkjh Maastricht University Department of Advanced Computing Sciences (DACS), Paul-Henri Spaaklaan 1, 6229 EN Maastricht, Netherlands Funded by a €2m ERC Consolidator Grant (#771292) from the European Research Council