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Received 30 September 2010Accepted 6 January 2011ABSTRACT - Incorporating wild germplasm such as S. pimpinellifolium is an alternative strategy to prolong tomato fruit shelf life(SL) without r educing fr uit quality . A set of r ecombinant inbr ed lines with discr epant values of SL and weight (FW) wer e derived byantagonistic-diver gent selection fr om an interspecific cr oss. The general objective of this r esear ch was to evaluate Genotype x Y ear(GY) and Marker x Y ear (MY) interaction in these new genetic materials for both traits. Genotype and year principal effects and GYinteraction were statistically significant for SL. Genotype and year principal effects were significant for FW but GY interaction wasnot. The marker principal effect was significant for SL and FW but both year principal effect and MY interaction were not significant.Though SL was highly influenced by year conditions, some genome regions appeared to maintain a stable effect across years ofevaluation. Fruit weight, instead, was more independent of year effect.Key words: amplified fragment length polymorphism; plant breeding; plant genetic resources; Solanum section Lycopersicon;quantitative genetics.

Molecular markers detect stable genomic regions underlying tomato fruit shelf life and weight