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RFLP analysis was employed to study the inheritance of and genetic diversity identified by cloned walnut genomic probes. An interspecific backcross population of ( J. hindsii  ×  J. regia ) ×  J. regia  was used to determine the inheritance of thirty low copy number RFLP cloned probes. Of these probes, approximately 20% correspond to single copy loci, 40% correspond to single major loci with multiple minor loci, and 40% correspond to two major loci. Twenty of these probes were used to analyze variability within and between 13 walnut species ( Juglans spp. ). Substantial genetic variation was identified within many wild walnut species, while limited variation was identified within butternut ( J. cinerea ) and the widely cultivated English walnut ( J. regia ). Extensive polymorphism was found between walnut species, allowing a phylogenetic relationship of walnuts based upon RFLP markers to be developed. Identification of clonally propagated walnut cultivars by RFLP typing was readily performed in black walnut ( J. nigra ) accessions, was more difficult in English walnut accessions, and rarely possible in butternut accessions.

ANALYSIS OF RFLP LOCI IN WALNUTS: INHERITANCE, INTRA- AND INTERSPECIFIC VARIATION, AND CULTIVAR IDENTIFICATION.