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Q (5FST) 5 0.118). We also used assignment and exclusion tests based on multilocus genotypes of individuals to determine the probability that individuals origi- nated from the same colony in which they were captured. About 39% of individuals could not be assigned to colonies where they were captured, indicating they were either immi- grants (adults) or the offspring of immigrants (adults and juveniles). We tested for genetic isolation by distance among colonies by comparing genetic distances to geographic dis- tances between colonies. Akaike's Information Criterion for model selection revealed that dispersal most likely occurred along low-lying dry creek drainages connecting isolated colonies. Genetic distances between colonies were also related to ages of colonies; older colonies were more similar genetically than younger colonies. This underscores the im- portance of dispersal among prairie dog colonies and has important implications for per- sistence of prairie dog metapopulations, in which all colonies, regardless of size, are vul- nerable to extinction from plague.

GENETIC STRUCTURE OF A METAPOPULATION OF BLACK-TAILED PRAIRIE DOGS