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The current work presents a combined prospective\/retrospective solution to reduce both rigid and nonrigid components of this motion\u2010related image misalignment. Prospective rigid\u2010body correction, where the scan\u2010plane orientation is dynamically updated to track with the subject's head, is performed using an active marker setup. Retrospective distortion correction is then applied to unwarp the remaining nonrigid image deformations caused by motion\u2010induced field changes. Distortion correction relative to a reference time\u2010frame does not require any additional field mapping scans or models, but rather uses the phase information from the echo\u2010planar imaging time\u2010series itself. This combined method is applied to compensate echo\u2010planar imaging scans of volunteers performing in\u2010plane and through\u2010plane head motions, resulting in increased image stability beyond what either prospective or retrospective rigid\u2010body correction alone can achieve. The combined method is also assessed in a blood oxygen level dependent functional MRI task, resulting in improved <jats:italic>Z<\/jats:italic>\u2010score statistics. 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