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Linkage relations among eight isozyme genes,  Acp-3, Est-1, Est-5, Prx-1, Prx-2, Prx-3, Me  and  Adh,  and two morphological markers,  Inh,  and  Twh,  were investigated in one F 2  and two BC 1  families of interspecific crosses between the American chestnut  (Castanea dentata)  and the Chinese chestnut  (C. mollissima). Inh  was found to be consistently linked with  Prx-1  and  Est-5  in all families. The order of these three genes was determined to  be-Ihn--Prx1--Est5.  In addition, four other gene pairs,  Acp3--Inh, Acp3--Prx1, Me--Inh  and  Twh--Inh  were found to be linked in one of the three families investigated. The four isozyme genes and two morphological marker genes were tentatively integrated into one linkage group with the following gene order  Acp3--Me--Twh--Inh--Prx1-Est5.  This study demonstrated that isozyme genes can be integrated with morphological marker genes into a single linkage map without the need for additional crosses.

232 LINKAGE RELATIONSHIPS OF ISOZYME AND MORPHOLOGICAL MARKERS IN INTERSPECIFIC CROSSES OF CHESTNUT