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Runner plants from 16 strawberry (Fragaria ×ananassa Duch.) cultivars were grown using annual Mediterranean production systems to test for differences in productivity, performance traits, and vegetative growth attributes Genotypes were included from germplasm adapted to four geographic regions: California and northwestern, northeas ern, and mid-Atlantic or southeastern United States. The California genotypes were divided further into day-neutral an June-bearing categories. With these treatments, California cultivars had significantly larger plants and grew mor rapidly during the fall and winter, had larger fruit, and produced at least twice the quantity of fruit of cultivars from the other regions. Variance components due to region explained 64% and 26% of the phenotypic variance for early and to yield, respectively, whereas differences among cultivars within regions explained 12% and 7% of the variance for the traits. Cultivars from all regions had significantly larger plants and were more productive when treated with 3 weeks o artificial vernalization. However, region × vernalization effects were nonsignificant for all traits, a result suggesting tha selection in Mediterranean environments has not adapted germplasm specifically for low vernalization conditions.

Performance of North American Strawberry Cultivars under Conditions Mimicking California Production Systems