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Flower bud formation in the strawberry (Fragar/ax ananassa) planting materials grown on different locations

机译:在草莓(Fragar / an ananassa)种植物的花芽形成在不同的地方种植

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In strawberry production, the sustainability of the increasing trend and fulfilling the complete potential, expanding the harvesting period of has great importance. For this purpose, the better understanding of the flower bud formation in the strawberry cultivars from different background and determination of plating material types and planting dates are required. We investigated meristems coming from different locations (Amasya = high elevation and Antakya = low elevation) and sampled in four different dates (1 September, 15 September, 1 October and 15 October) using 'Cal Giant-3', 'Camarosa', 'Festival', 'Kabarla' and 'Sweet Charlie' cultivars; 2). During the investigation of the meristems, five plants of each of the high and low land locations' mother, and daughter plants and plug planting material was observed. The plug planting materials produced in the low and high land locations were planted on the planting dates of 1 September, 15 September, 1 October and 15 October and the fruits were subjected to the pomological analyses for 'Camarosa' and 'Festival'. The planting dates had statistically significant differences for 'Festival'. Although there were some statistically significant differences among the pomological traits tested, constant patterns for all periods and cultivars resulted from either planting material type or planting dates was not recovered. The results indicated that to increase the early yield in strawberry production, studies targeting to identify cultivars with low chilling requirement which could form flower buds under less favorable conditions may result in more advantageous results.
机译:在草莓生产中,趋势的可持续性和实现完全潜力,扩大收获时期具有重要意义。为此目的,需要更好地了解来自不同背景的草莓品种中的花芽形成和电镀材料类型和种植日期。我们调查了来自不同地点(Amasya = High Expation和Antakya = Lower Expation)的商品,并在四个不同的日期(10月1日和10月15日10月15日和10月1日)使用“Cal Giant-3”,“Camarosa”,'节日','kabarla'和'甜蜜的查理'品种; 2)。在调查中,观察到每一个高和低地地点的母亲和女儿植物和塞子种植材料中的每一个植物。在10月15日和10月15日,10月1日和10月15日的种植日期种植了低和高地地点的塞子种植材料,并遭受了“Camarosa”和“节日”的散系分析。种植日期对“节日”具有统计上显着的差异。尽管在测试的椎素特征中存在一些统计学意义的差异,但没有回收来自种植材料类型或种植日期的所有周期和品种的恒定模式。结果表明,增加草莓生产早期产量,靶向鉴定具有低冷却要求的品种的研究可能在不太有利的条件下形成花芽可能导致更有利的结果。

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