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While both rate and place representations are used by hippocampal place cells to encode behavioral episodes, replay has been largely defined by only the latter \u2013 based on the fidelity of sequential activity across neighboring place fields. Here, we show that dorsal CA1 place cells in rats can modulate their firing rate between replay events of two different contexts. This experience-dependent phenomenon mirrors the same pattern of rate modulation observed during behavior and can be used independently from place information within replay sequences to discriminate between contexts. 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