narrow-pair transport suppression is +0.000767 +/- 0.000010 with 98.2% sign-consistency, narrow-pair quiet-window gain is +0.02417 +/- 0.00015, but narrow-pair intermittency excess is negative at -0.000444 +/- 0.000008 and the narrow-vs-broad transport advantage is -0.000852 +/- 0.000115; condition means show the narrow pair (0.82, 1.12) has lower transport and higher quiet fraction under antipersistence, whereas the broad pair carries much larger absolute transport overall.
Anticorrelated kicks do suppress transport in the narrow pair, but they do so by quenching the dynamics rather than by making them more intermittent. The negative intermittency-excess statistic means antipersistence reduces FTLE-window variability even while it increases quiet episodes, so the original burstiness narrative is backwards. The broad pair comparison also undermines the claimed narrow-pair specificity, since the transport penalty does not become uniquely stronger there. The implication is a weak anti-transport effect tied to temporal smoothing, not a distinctive intermittency-driven crossover.
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