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Fruit Composition and Sensory Attributes of Organic Heirloom Tomatoes as Affected by Grafting

机译:嫁接对传家宝番茄果实成分和感官特性的影响

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Grafting has many purposes in vegetable production. It is used for control of soilborne pathogens, season extension in protected culture, and improving productivity in cucurbitaceous and solanaceous crops. Consumers desire heirloom tomatoes (Solanum lycopersicum) for their perceived excellent flavor. Heirloom tomatoes are susceptible to many soilborne diseases and may benefit from grafting onto more robust, disease-resistant rootstocks especially under organic production. In this two-year study, heirloom tomato 'Brandywine' was grafted onto tomato hybrid 'Survivor' and interspecific tomato hybrid 'Multifort' rootstocks to determine the effects of grafting on fruit quality attributes such as soluble solids content (SSC), pH, total titratable acidity (TTA), and vitamin C. Nongrafted and self-grafted 'Brandywine' tomatoes were included as controls. Consumer sensory tests were also conducted to assess the effects of grafting on overall appearance and acceptability, firmness, tomato flavor, and sweetness. No significant differences in vitamin C, SSC, pH, or TTA were found in fruit from the nongrafted, self-grafted, and 'Brandywine' grafted with the two rootstocks either year. The SSC of all tomatoes in 2010 was lower than that of 2011. In 2010, fruit from 'Brandywine' grafted onto the rootstock 'Survivor' was scored significantly lower in appearance, acceptability, and flavor than the nongrafted 'Brandywine' treatment. All grafted treatments resulted in a significant decrease in acceptability ratings in the consumer sensory test. No significant differences were observed between nongrafted and grafted treatments in 2011. Consumers who reported more frequent consumption of fresh tomato tended to give lower ratings for most sensory attributes evaluated. Harvest time and fruit ripeness need to be considered in future research to better understand the influence of grafting with selected rootstocks on fruit composition and sensory attributes of heirloom tomatoes.
机译:嫁接在蔬菜生产中有许多用途。它用于控制土壤传播的病原体,在受保护的文化中延长季节并提高葫芦科和茄科作物的生产率。消费者渴望传家宝西红柿(Solanum lycopersicum)具有出色的风味。传家宝西红柿易受许多土壤传播的疾病侵害,尤其是在有机生产条件下,可以通过嫁接到更坚固,抗病的砧木上而受益。在这项为期两年的研究中,将传家宝番茄“ Brandywine”嫁接到番茄杂交种“ Survivor”和种间番茄杂交种“ Multifort”砧木上,以确定嫁接对果实品质属性的影响,例如可溶性固形物含量(SSC),pH,总可滴定酸度(TTA)和维生素C。未移植和自移植的“白兰地”番茄均作为对照。还进行了消费者感官测试,以评估嫁接对整体外观和可接受性,硬度,番茄风味和甜度的影响。在每年嫁接两种砧木的非嫁接,自嫁接和'白兰地'的水果中,维生素C,SSC,pH或TTA均未发现显着差异。 2010年所有番茄的SSC均低于2011年。2010年,嫁接在砧木“ Survivor”上的'Brandywine'果实的外观,可接受性和风味得分均显着低于未嫁接的'Brandywine'处理。所有的嫁接处理均导致消费者感官测试的可接受性等级显着降低。在2011年的非嫁接和嫁接处理之间没有观察到显着差异。据报告,经常食用新鲜番茄的消费者对大多数感官品质的评价较低。在未来的研究中需要考虑收获时间和果实成熟度,以更好地了解嫁接所选砧木对传家宝番茄的果实组成和感官特性的影响。

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