In a noisy metapopulation model, a small fraction of long-range dispersal favors phase synchrony but reduces both the spatial cluster size of out-of-phase patches and the time to reach the final synchronized or unsynchronized state.
Measuring and testing spatial synchrony
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Long-range dispersal promotes spatial synchrony but reduces the length and time scales of synchronous fluctuations
In a noisy metapopulation model, a small fraction of long-range dispersal favors phase synchrony but reduces both the spatial cluster size of out-of-phase patches and the time to reach the final synchronized or unsynchronized state.