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The 51 pages that link to Refrigeration, each with the reason it gives.

• PasteurizationCompared with: Cooling slows microbial growth but does not provide the microbial reduction achieved by pasteurization.

• Curing (food preservation)Compared with: Unlike curing, refrigeration slows spoilage without necessarily changing the food’s composition.

• CryopreservationCompared with: Refrigeration slows deterioration but usually cannot provide cryopreservation's long-term arrest of activity.

• Aseptic processingCompared with: Aseptic shelf-stable foods can avoid the continuous cold chain required by many alternatives.

• FreezingCompared with: Refrigeration slows deterioration but generally allows faster microbial growth than freezing.

• Radiative coolingCompared with: Radiative cooling can provide heat rejection without the same vapor-compression machinery.

• PreservativeCompared with: Temperature control can complement or reduce reliance on chemical preservatives.

• Controlled-atmosphere storageCompared with: Cooling is a distinct preservation mechanism, often combined with atmospheric control rather than replaced by it.

• Frozen foodCompared with: It preserves texture differently but usually allows faster microbial growth than frozen storage.

• Smoking (cooking)Compared with: Refrigeration controls spoilage without adding smoke flavor or relying on drying.

• Potato storageCompared with: Refrigeration can suppress sprouting but may cause cold-induced sweetening in potatoes.

• Salted fishCompared with: Mechanical cold storage reduced reliance on salt for preserving fish.

• YakhchālCompared with: Yakhchāls preserved ice through passive design rather than powered refrigeration cycles.

• Cured fishCompared with: It slows spoilage through low temperature rather than the main barriers used in curing.

• Dried fishCompared with: It offers a modern alternative that preserves fish without removing most of its water.