Horticultural Studies (HortiS) 2011, Vol 28, Num, 2     (Pages: 27-41)

DETERMINATION OF PHENOLOGICAL AND POMOLOGICAL CHARACTERS OF SOME PEACH CULTIVARS GROWN IN EGIRDIR ECOLOGICAL CONDITIONS

İbrahim GÜR 1 ,Lütfi PIRLAK 2

1 Eğirdir Bahçe Kültürleri Araştırma Enstitüsü Eğirdir/ISPARTA
2 Selçuk Üniversitesi Ziraat Fakültesi Bahçe Bitkileri Bölümü, KONYA
Viewed : 1635 - Downloaded : 807 In this study conducted in Eğirdir Horticultural Research Institute in 2006-2007 years, phenological and pomological characters of 16 peach varieties were determined. According to results, the earliest and latest bud swelling was observed in Lovell and Early White Giant varieties, respectively. Morettini 5/14 and Golden Jubilee varieties had the earliest and latest bud burst dates. While Redhaven was the first blooming variety, Shasta and Golden Jubilee were the latest blooming varieties. South Haven was the latest full blooming variety. It was determined that the earliest ripening variety was Morettini 5/14, the latest one was Muir. According to pomological analysis results it was the biggest fruit was South Haven (258 g), the smallest fruit was Morettini 5/14 (133.4 g). The highest level of malic acid was obtained from Fair Haven (% 0.74) and the lowest one from Andross (% 0.46). Early White Giant (2.9 kg cm-2) variety had the highest fruit firmness. Morettini 5/14 (0.96 kg cm-2) variety had the lowest fruit firmness. The variety having the highest TSS (total soluble solids) values was Halford (% 16.6), and the lowest one was Morettini 5/14 (% 10.7). When the dates of phenologic observation of varieties in this study and climate range of Eğirdir region were compared, it could be said that winter cool in Eğirdir was not dangerous for peach. However spring late frost which may happen in some years can be dangerous, especially in the bud burst and beginning bloom. Because of this reason it will be helpfull to take cautions to diminish the frost injury. Keywords : Eğirdir, Peach varieties, Phenological characters, Pomological characters