Hippocampal neurons have been most often studied in rodents running mazes, resulting in a rich history characterizing their activity as spatial correlates. However, these neurons have recently been shown to respond in a variety of tasks without an explicit spatial component, suggesting that hippocampal activity patterns more generally reflect the progression of experience through salient task events. I will present findings from large-scale recordings throughout the hippocampus in monkeys performing memory tasks in multiple environments in virtual reality. The data suggest that task structure, rather than precise location, provides the best predictor for hippocampal activity. I will also describe hippocampal responses aligned to saccadic eye movements and modulated by behavioral context. Taken together, these data suggest that the hippocampal representation operates at multiple time scales and is structured by behaviorally salient events.