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Even if there were no high-altitude winds to disperse the heat from the IFT footprint aurora, because of Io's orbital motion, the IFT footprint moves westward through the local atmosphere at ∼5 km/s and so traverses its ∼400-km width in about 80 s.
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We thank the New Horizons mission team and the New Horizons science team. New Horizons is funded by NASA, whose financial support we gratefully acknowledge. G.R.G. thanks H. Waite, W. Lewis, D. Pontius, D. Grodent, and J.-C. Gérard for comments and D. Grodent for providing locations of the main auroral and Io ovals
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We thank the New Horizons mission team and the New Horizons science team. New Horizons is funded by NASA, whose financial support we gratefully acknowledge. G.R.G. thanks H. Waite, W. Lewis, D. Pontius, D. Grodent, and J.-C. Gérard for comments and D. Grodent for providing locations of the main auroral and Io ovals.
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