Compromised heat loss leads to a delayed ice slurry induced reduction in heat storage.

Post-hoc analysis revealed that T rec was lower in ICE compared with CON from 30 to 60 min ( p ≤ 0.034, d ≥ 0.53; Fig 1B ), with the reduction in T rec in ICE-SS compared with CON-SS approaching significance with a moderate effect size at 40 min ( p = 0.079, d = 0.61).

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A reduction in mean T sk for ICE compared with CON approached significance at 20 to 40 min with moderate effect sizes ( p ≤ 0.099, d ≥ 0.53); mean T sk did not differ between ICE-SS and CON-SS throughout the recovery phase ( p ≥ 0.554, d ≤ 0.43).

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