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The 18 pages that link to Positive feedback, each with the reason it gives.

• HomeostasisCompared with: It can drive a process to completion, but usually does not stabilize an internal condition.

• FeedbackBroader topic: It amplifies deviations instead of correcting them.

• Negative feedbackCompared with: Unlike negative feedback, it amplifies deviations rather than counteracting them.

• Feedback loopCompared with: It contrasts with balancing feedback, though both are feedback loops.

• Stellar feedbackCompared with: Compressed gas around expanding shells can collapse and form stars, reversing the suppressive effect.

• OxytocinRelated: During labor, contractions promote further oxytocin release, which strengthens contractions.

• Path dependenceRelated: Reinforcing feedback can turn a contingent early lead into durable dominance.

• Self-organizationRelated: Local changes can recruit further activity, strengthening an emerging pattern.

• Systems theoryBroader topic: Amplifying loops explain runaway growth and reinforcing patterns within systems.

• Thermal runawayNarrower topic: Thermal runaway is a physical example of positive feedback between temperature and heat generation.

• Ecological thresholdRelated: Self-amplifying feedback can turn a small threshold crossing into a persistent transition.

• Cascading failureRelated: Reinforcement can make each failure increase the likelihood or scale of the next.

• Forest diebackRelated: Tree loss can increase heat, dryness, or fuel, worsening conditions for remaining trees.

• Tipping pointRelated: Self-amplifying feedback can drive a system past a tipping point.

• Electronic oscillatorRelated: Oscillators use reinforcing feedback to replace energy lost each cycle.

• Tipping points in the climate systemRelated: Amplifying feedbacks can push climate components across thresholds.

• Biochemical cascadeRelated: Positive feedback can intensify a cascade’s response, but is a control motif rather than a cascade itself.

• Variable-frequency oscillatorRelated: It sustains oscillation after the circuit begins producing a periodic signal.