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'Delmarvel' strawberry


, : 'Delmarvel' strawberry. HortScience 30(5): 1099-1103

Released in 1994 and derived from the cross Earliglow x Atlas, this Fragaria ananassa variety was selected for its vigour, its attractive, symmetrical and large fruits which have good colour and flavour and outstanding aroma, its late-early to early-midseason ripening and its resistance to red-stele root-rot disease (Phytophthora fragariae). It has also shown resistance to Colletotrichum acutatum. Fruits are firm and tough-skinned, handle well, and have a low proportion of culls.

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Related references

Matsuda, K.; Sato, T., 1986: Effects of strawberry foliage infected with strawberry mottle and strawberry mild edge viruses on the development and fecundity of strawberry leaf beetle, Galerucella vittaticollis Baly (Coleoptera: Chrysomelidae). Female strawberry leaf beetles fed on foliage of strawberry infected with strawberry mottle (SMoV) and strawberry mild yellow edge viruses (SMYEV) exhibited lower fecundity than those fed on virus-free foliage. The larval and pupal development of...

Matsuda K.; Sato T., 1986: Effects of strawberry foliage infected with strawberry mottle and strawberry mild yellow edge viruses on the development and fecundity of the strawberry leaf beetle galerucella vittaticollis baly coleoptera chrysomelidae. Female strawberry leaf beetles fed on foliage of strawberry infected with strawberry mottle (SMoV) and strawberry mild yellow edge viruses (SMYEV) exhibited lower fecundity than those fed on virus-free foliage. The larval and pupal development of...

Massee, A.M., 1935: On the transmission of the strawberry virus yellow-edge disease by the strawberry aphis, together with notes on the strawberry tarsonemid mite. The strawberry aphis (Capitophorus jragariac) is a vector of "yellow-edge" virus. Evidence collected suggests that the aphis can transmit the virus during June but not during the latter part of July and Aug. The Strawberry Tarsonemid Mit...

Krczal, H., 1980: Transmission of the strawberry mild yellow edge and strawberry crinkle virus by the strawberry aphid Chaetosiphon fragaefolii. These viruses were observed for the 1st time in the German Federal Republic in 1974. Both are transmitted by C. fragaefolii in all stages of development. Transmission efficiency was higher with SMYEV than with SCV. The str. of SMYEV present is ver...

Petrowa K.; Nedeltschev D., 1969: The effect of strawberry d variety on the quality of semi processed strawberry d products and of natural strawberry d brandy. Gradinarska i Lozarska Nauka 6(4): 25-31

Berezenko, Np, 1976: Meiosis in sterile hybrids from crossing strawberry and cultivated strawberry and in garden strawberry genus. TSitologiia i genetika: 10 (1) 49-52

Nasopoulou, C.; Pohjanen, J.; Koskimäki, J.J.; Zabetakis, I.; Pirttilä, A.Maria., 2015: Localization of strawberry (Fragaria x ananassa) and Methylobacterium extorquens genes of strawberry flavor biosynthesis in strawberry tissue by in situ hybridization. Strawberry flavor is one of the most popular fruit flavors worldwide, with numerous applications in the food industry. In addition, the biosynthetic origin of the most important strawberry flavor components, such as 2,5-dimethyl-4-hydroxy-2H-furan...

Krczal, H., 1983: Strawberry yellow edge and strawberry crinkle, two dangerous virus diseases of strawberry. Gesunde Pflanzen 35(3): 76-78

Berezenko N.P., 1976: Meiosis in sterile garden strawberry hautboy strawberry hybrids and in cultivated strawberry. Cytology & Genetics 10(1): 46-49

Berezenko, N.P., 1976: Meiosis in sterile hybrids from strawberry and cultivated strawberry crossing and in the garden strawberry. Numerical data are presented on the meiosis anomaly in pollen mother cells. The highest percentage of deviation from norm is detected in sterile hybrids; the most insignificant percentage in the garden strawberry.