Abstract
The growth of particle clusters is modeled by allowing the particles to be moved by the atmospheric winds and a random velocity component. The dispersion of the cluster is followed for 432 hours. The results from many model runs using wind fields during a 2‐year period indicate that clusters grow with a time‐varying exponent. The growth between 40 and 150 hours is exponential in time. The rapid growth can be explained as resulting from horizontal wind shear.
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