• Adaptive memory research shows memory systems are tuned for fitness-relevant information, with survival processing reliably boosting retention across incidental encoding tasks, suggesting an evolutionarily shaped encoding bias [5], [14].

• Prospective memory retrieval relies on both strategic monitoring and automatic retrieval; the multiprocess framework integrates these routes across laboratory tasks and real-world aging or naturalistic settings [2], [18].

• Directed forgetting effects reflect encoding differences and postcue encoding shifts that produce context-dependent forgetting, framing forgetting as an encoding/context phenomenon rather than purely retrieval failure [3], [17].

• Serial order memory research combines dynamic network models and temporal-contextual distinctiveness to account for sequence recall, demonstrating item–order interactions, redintegration, and context-driven memory search [12], [13], [9].

• Associative and episodic memory modeling emphasizes rapid episodic encoding and retrieval via episodic indexing and bidirectional associations, enabling multi-episode memory and flexible recall through IMAMs and related architectures [11], [4], [19].