首页> 外文期刊>Gesunde Pflanzen >Contribution to the ripe specific type in maize and the feature ID of ripening dynamic by the phenological indicator, the Silage maize Ripening Index. [German]Original Title Beitrag zum Sortentyp und Merkmalskennung der Reifedynamik durch den phanologischen Indikator, dem Silomais-Reifeindex.
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Contribution to the ripe specific type in maize and the feature ID of ripening dynamic by the phenological indicator, the Silage maize Ripening Index. [German]Original Title Beitrag zum Sortentyp und Merkmalskennung der Reifedynamik durch den phanologischen Indikator, dem Silomais-Reifeindex.

机译:物候指标青贮玉米成熟指数对玉米成熟类型的贡献以及成熟动态的特征ID。 [德语]原标题对青贮玉米成熟指数的物候指标,对成熟类型的类型和特征的贡献。

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摘要

Data from the Central German variety trials was evaluated, to with the Silage maize Ripeness-Index (SRI) the off-ripe-specific type in its significance and impact on selected parameters of the quality, the yield of silage and energy maize, as well as the appropriate feeding of ruminants with rations of higher maize proportions. The characterization of the ripe type on the basis of SRI is closely associated with statements to maize ripening, reproducibility of variety performance, site suitability and environmental conditions of production in the context of the Dynamic Ripening and Analysis system (DRA). The environmental stability of maize varieties characterizes the type of variety that exerts a dominant role over the ripeness level on the production of silage maize. The difference between type and productivity as well as feed value was demonstrated. For a location and physiological ruminant feeding of maize in relation to the type are been conclusions in the field of plant health, ground feeding uptake, structure impact and physiological grain hardness. As a result of this evaluation a comprehensive advantage of the environment stable variety type with slow ripening maize (residual) plant is to determine which cannot be evidenced and used with the present system of ripeness of use-specific classification.
机译:对来自德国中部品种试验的数据进行了评估,以青贮玉米成熟度指数(SRI)为非成熟型类型,其重要性以及对所选品质,青贮和能源玉米产量以及所选参数的影响作为适当的反刍动物饲喂高比例玉米的饲料。基于SRI的成熟类型的表征与在动态成熟和分析系统(DRA)的背景下玉米成熟,品种表现的可重复性,现场适应性和生产环境条件的陈述密切相关。玉米品种的环境稳定性表征了在青贮玉米生产中在成熟度上起主导作用的品种类型。证明了类型和生产率以及饲料价值之间的差异。对于玉米的位置和相对于该类型的生理反刍动物摄食,已在植物健康,地面摄食,结构影响和生理谷物硬度等领域得出了结论。作为该评价的结果,具有缓慢成熟的玉米(残留)植物的环境稳定的品种类型的综合优势在于,确定哪些不能被证明并在本发明的特定用途成熟度分类系统中使用。

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