Sarılop (Calimyrna) fig is an important dried variety known in the countriesworldwide where fig cultivation is carried out caprification of this type of fig is required for its effect on yield and quality. For this purpose, fruit and pollen size, shape class, and surface sculpture are determined to identify male genotypes. In this study, these characteristics were examined for 12 genotypes were examined. Kızılay-1 variety was found to have larger fruits (33.5 g) and a larger ostiole diameter (6.0 mm) than other genotypes. SEM images of pollen grains of all samples were characterized by a suboblate shape except for Mıstık and Mor Demirtaş. In contrast, the Mor Demirtaş variety was longest in terms of pollen length (11.25 µm) and the Yanako-2 variety had the greatest pollen width (13.34 µm) and pori diameter (2.26 µm). All genotypes examined were determined to be 2-porate. These two components defined 72.502% of the genotypes. Genotypes were divided into groups according to clustering analysis.
In this study, 292 female fig genotypes, (including foreign origins) in the fig field gene bank, were evaluated for qualitative characteristics in IPGRI (International Plant Genetic Resources Institute) definitions. These features are tree growth (tree growth power, branching, shoot length, etc.), leaf (leaf area, shape, number of lobes, etc.), fruit (fruit weight, color, ostiole opening, flesh thickness, etc.). Generally, non-metric definitions of these features were classified between certain ranges and expressed as percentage. For example; tree growth of genotypes was observed to be strong in 33% , and, apical dominance was determined in 17% of the genotypes. 60% of the genotypes have a medium (10-20cm) shoot length and, leaf area varies between 250-400cm2 in %53 . The color of the fruits was determined as yellow in 34%, green in 32%, purple in 21% and black in 13% of genotypes. Within the scope of this continuous project, the collection of multiple data continues.
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