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Efforts are underway to develop genetic linkage maps for two interspecific blueberry populations  (Vaccinium darrowi  ×  V. elliottii  and  V.  caesariense-derived populations). To date, 72 RAPD markers have been mapped, and another 200 markers have been identified as suitable for mapping in the  V. darrowi  ×  V. elliottii-derived  population. Inheritance of 40 RAPD markers has been followed, and additional 40 RAPD markers have been identified as suitable for mapping in the  V. darrowi  ×  V. caesariense  population. These two populations are comprised of individual plants that should have a wide range of chilling requirements. At a later date, plants will be classified according to their chilling requirements to identify RAPD markers that cosegregate with chilling requirements. Presently, a bulked-segregant analysis is being performed on a tetraploid breeding population (primarily  V. corymbosum)  to identify RAPD markers linked to chilling requirement genes.

INITIAL GENETIC LINKAGE MAP AND EXPERIMENTS TOWARD TAGGING GENES WHICH CONTROL CHILLING REQUIREMENT IN BLUEBERRY (VACCINIUM SPP.)