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TwoAgaricus species,A. brunnescens (a commercial mushroom) andA. bitorquis (a wild, edible species), were examined for restriction fragment length polymorphisms.Eco RI-digested nuclear DNA from isolates of both species were cloned in plasmid vector pUC18. Ten random recombinant clones were used in Southern DNA-DNA hybridizations to probeEco RI-digested DNA from 11A. brunnescens isolates (7 commercial, 2 wild type, and 2 homokaryotic) and 7A. bitorquis isolates. Most cloned fragments were polymorphic in both species. There were fewer different genotypes than expected, however, in the sample of commercialA. brunnescens strains. DNA from homokaryotic strains showed fewer bands in most hybridizations than DNA from heterokaryotic strains. AllA. bitorquis isolates could be distinguished from each other as well as from everyA. brunnescens strain. Putative homokaryons were detected by the loss of polymorphic bands among protoplast regenerates from one commercial strain and two strains collected in the wild.

Restriction Fragment Length Polymorphisms in the Mushrooms Agaricus brunnescens and Agaricus bitorquis