The Logic of Collective Action¶
Olson, M. (1965). The Logic of Collective Action: Public Goods and the Theory of Groups. Harvard University Press.
Cited by¶
14 citations across 14 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Collective Efficacy
- An open-source project with high collective efficacy (shared belief that the community can maintain code quality, review patches, and release stable versions) sustains itself through volunteer contributions and distributed governance
This sourceFoundational analysis of the free-rider problem: voluntary contribution to a shared good is undersupplied and erodes with group size absent selective incentives.
- An open-source project with high collective efficacy (shared belief that the community can maintain code quality, review patches, and release stable versions) sustains itself through volunteer contributions and distributed governance
- Cooperation
- Olson's (1965) analysis of collective action made the central paradox precise—rational, self-interested individuals will not act to achieve their common interest unless the group is small or there is coercion or some other special device to induce contribution.
This sourceFoundational free-rider analysis: rational self-interested individuals will not act for common interest unless the group is small or coercion/selective incentives exist; voluntary contribution decays with group size.
- Olson's (1965) analysis of collective action made the central paradox precise—rational, self-interested individuals will not act to achieve their common interest unless the group is small or there is coercion or some other special device to induce contribution.
- Demand
- Politics and public health. Political demand for protection, redistribution, or recognition behaves as a schedule over the cost of voice or risk; demand for vaccines, contraceptives, or water connections responds to subsidy with measurable elasticity.
This sourceFoundational public-choice treatment of political demand for public goods (defense, protection, redistribution), where concentrated interests organize against diffuse costs.
- Politics and public health. Political demand for protection, redistribution, or recognition behaves as a schedule over the cost of voice or risk; demand for vaccines, contraceptives, or water connections responds to subsidy with measurable elasticity.
- Free Riding
- The pattern arises when a resource is non-excludable—the producer cannot prevent others from benefiting—and when individual incentive (benefit without cost) exceeds the rational contribution level, an asymmetry Olson (1965) identified as the core obstacle to large-group collective action.
This sourceIdentifies the free-rider problem and shows voluntary contribution to a shared good erodes as group size grows; directly supports the claim that Olson identified the large-group collective-action obstacle.
- The pattern arises when a resource is non-excludable—the producer cannot prevent others from benefiting—and when individual incentive (benefit without cost) exceeds the rational contribution level, an asymmetry Olson (1965) identified as the core obstacle to large-group collective action.
- Informal Enforcement
- Once recognized, one can reason systematically about the pattern's failure modes.
This sourceFoundational analysis of the free-rider problem and how group size erodes voluntary contribution to a shared good; supports the failure-modes claim that decentralized enforcement requires enough aligned participants willing to bear the cost of reacting, and decays with anonymity, transience, and scale.
- Once recognized, one can reason systematically about the pattern's failure modes.
- Public Goods
- The collective-action problem — articulated in Mancur Olson's The Logic of Collective Action (1965)
This sourceFoundational analysis of the free-rider problem and how group size erodes voluntary contribution to a shared good; supports the failure-modes claim that decentralized enforcement requires enough aligned participants willing to bear the cost of reacting, and decays with anonymity, transience, and scale.
- The collective-action problem — articulated in Mancur Olson's The Logic of Collective Action (1965)
- Responsibility Diffusion
- Free riding is opportunistic; diffusion is passive abdication driven by misattribution, a distinction that maps onto the strategic free-rider logic Olson (1965) formalized in his theory of collective action.
This sourceFoundational analysis of the free-rider problem and how group size erodes voluntary contribution to a shared good; supports the failure-modes claim that decentralized enforcement requires enough aligned participants willing to bear the cost of reacting, and decays with anonymity, transience, and scale.
- Free riding is opportunistic; diffusion is passive abdication driven by misattribution, a distinction that maps onto the strategic free-rider logic Olson (1965) formalized in his theory of collective action.
- Solidarity
- Mancur Olson (1965) sharpened the puzzle by showing that purely rational individuals should free-ride on collective goods, which made the durability of strikes and unions a standing problem that solidarity, not incentive alignment alone, is invoked to explain.
This sourceFoundational analysis of the free-rider problem and how group size erodes voluntary contribution to a shared good; supports the failure-modes claim that decentralized enforcement requires enough aligned participants willing to bear the cost of reacting, and decays with anonymity, transience, and scale.
- Mancur Olson (1965) sharpened the puzzle by showing that purely rational individuals should free-ride on collective goods, which made the durability of strikes and unions a standing problem that solidarity, not incentive alignment alone, is invoked to explain.
- Strategic Substitute
- The Cournot duopoly, the tragedy of the commons, the Olson logic of collective action, and the Lotka–Volterra competition equations look superficially unrelated but share the downward best-response slope.
This sourceEstablishes the free-riding logic of public-goods provision, in which each additional contributor lowers the marginal value of one's own contribution — substitutability at the welfare layer.
- The Cournot duopoly, the tragedy of the commons, the Olson logic of collective action, and the Lotka–Volterra competition equations look superficially unrelated but share the downward best-response slope.
- Tragedy of the Commons
- The operator structure is thus: many independent agents, rational payoff-maximization, no coordination mechanism, and absent or incomplete internalization of external costs.
This sourceFoundational analysis of the free-rider problem and how group size erodes voluntary contribution to a shared good; supports the failure-modes claim that decentralized enforcement requires enough aligned participants willing to bear the cost of reacting, and decays with anonymity, transience, and scale.
- The operator structure is thus: many independent agents, rational payoff-maximization, no coordination mechanism, and absent or incomplete internalization of external costs.
- Unowned Known Risk
- Consider a stylised public-goods game played by N firms sharing a common electrical grid whose hardening against a once-in-thirty-year ice storm costs C, where C delivers a benefit B > C to the system as a whole but B/N < C/N · (each firm's avoided-outage share) to any single firm.
This sourceEstablishes that diffusely shared, non-excludable benefits leave each actor's individual best response as under-contribution — the free-riding mechanism behind diffuse prevention ownership.
- Consider a stylised public-goods game played by N firms sharing a common electrical grid whose hardening against a once-in-thirty-year ice storm costs C, where C delivers a benefit B > C to the system as a whole but B/N < C/N · (each firm's avoided-outage share) to any single firm.
Domain-specific¶
Mechanisms¶
- Access Priority Rule
- Its strength is that it is cheap, reversible, and non-monetary: it can motivate contribution to a shared resource without a budget, simply by giving contributors a private, excludable edge
This sourceExplains how selective benefits reserved for contributors can overcome free-rider incentives in collective action.
- Its strength is that it is cheap, reversible, and non-monetary: it can motivate contribution to a shared resource without a budget, simply by giving contributors a private, excludable edge
- Maintenance Rotation
- The problem it dissolves is the free-rider problem: the incentive to let others do the shared work while you enjoy the result.
This sourceA maintenance rotation counters it by making each member's share a concrete, visible, enforceable turn rather than an optional good deed.
- The problem it dissolves is the free-rider problem: the incentive to let others do the shared work while you enjoy the result.
Verification¶
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Links previously used in the corpus¶
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