展示不同类型小批量技术的番茄育种特点

A. S. Eroshevskaya
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引用次数: 0

摘要

2021年,在两种不同的小批量技术(MPVI“Fitopiramida”,垫地滴灌技术)条件下,对试验F1番茄杂交种进行了对比试验。研究表明,栽培技术对间期长短、产量水平和果实品质的影响较大。结果表明,在MPVI条件下,所研究的F1番茄杂种“Fitopiramida”均比席地栽培更快进入果期,产量更高,但平均果重、可溶性干物质含量和口感品质较差。作为“Fitopiramida”技术的F1番茄杂交品种,Ga62(2)和Ga21已提交Gossortcommission注册。在草席小批量技术上,杂交Ga27a表现出最好的效果。在“平均果实重”(r = 0.93)和“可溶性干物质含量”(r = 0.81)的估计之间发现了很强的相关性。根据这些标志,可以在垫子的小批量技术条件下进行初步选择。为了对“Fitopiramida”技术进行最可靠的评估和最准确的选择,他们需要在水培装置上进行测试。
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Exhibiting of tomato breeding characteristics on different types of low-volume technology
The comparative test of experimental F1 tomato hybrids was conducted under conditions of two different types of low-volume technology (MPVI "Fitopiramida", technology of growing in mats with drip irrigation) in 2021. The conducted researches have shown that duration of interphase periods, level of yield and fruit quality depend on cultivation technology. According to the data obtained, in conditions of MPVI "Fitopiramida" all studied F1 tomato hybrids enter fruiting faster and provide higher yield compared to the technology of growing in mats, but are inferior in average fruit weight, soluble dry matter content and taste qualities. As perspective F1 tomato hybrids for "Fitopiramida" technology hybrids Ga62(2) and Ga21, submitted for registration to Gossortcommission, were identified. On low-volume technology in mats hybrid Ga27a showed the best result. A strong correlation was found between estimates of the signs "average fruit weight" (r = 0,93) and "soluble dry matter content" (r = 0,81). It is possible to conduct preliminary selections in conditions of low-volume technology in mats according to these signs. For the most reliable assessment and accurate selection of the most perspective tomato hybrids for "Fitopiramida" technology their testing on hydroponic installations is required.
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