How each model solves the same problems
Instead of “democracy versus anarchism”, compare the concrete ways collective problems get solved.
| Question | ✕ | ✕ | ✕ | |
|---|---|---|---|---|
| How are decisions made? | Each subak's assembly (paruman) of member farmers sets planting dates, work and fines under its own rules (awig-awig); water temples coordinate schedules between subaks. | A stratified random sample of 523 voters deliberated in moderated groups and plenaries and answered questionnaires before and after; no decisions were taken.Sortition / citizens' assembly | Unknown | |
| How are conflicts resolved? | Disputes are heard by subak heads and assemblies; conflicts between upstream and downstream subaks are negotiated at shared temples. | Balanced briefing materials, trained neutral moderators and competing experts structured disagreement. | Unknown | |
| How are public goods funded? | Proportional water division, canal maintenance, pest control through synchronised fallowing and shared ritual. | Privately funded; produced published results, media coverage and a peer-reviewed study. | Unknown | |
| How is AI used? | None in governance. Lansing's computer simulations were research tools that informed, but did not run, scheduling. | No AI role. | Unknown | |
| What are the main risks? | Conversion of rice land to housing and tourism, water competition with hotels, falling water tables and state programmes that ignore local coordination. | Self-selection into attendance; artificial setting; analysis by the method's designers; no institutional uptake. | Unknown |
This illustrates differences in design; it is not a universal claim about outcomes. Each cell links to mechanisms and the claims behind them.