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首页> 外文期刊>Acta Horticulturae >Effect of temperature on growth of roots of juvenile asparagus {Asparagus officinalis L) plants
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Effect of temperature on growth of roots of juvenile asparagus {Asparagus officinalis L) plants

机译:温度对青少年芦笋{芦笋炼素{芦笋素升水植物生长的影响

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摘要

It is difficult to observe the growth of root system and to measure its morpho-physiological parameters when asparagus is grown in the open field. Therefore, different from that cultivation method, juvenile asparagus plants were cultivated in aeroponics in greenhouse in this study. Under such conditions, investigation on the growth of roots became easier since it allowed nondestructive observation and examination of root system of asparagus. Seven asparagus cultivars from countries differing in climatic conditions were used in the study. When stems of juvenile plants were fully developed, their storage roots were taken for root respiration rate (RrJ measurement at three temperatures: 10, 20 and 30°C. Regressions between R, and temperatures were analyzed for each cultivar. From these results, soil temperature was estimated based on the standard root respiration rate (RrsJ observed from the experiment. Significant difference was found on Rr of juvenile plants among cultivars at three temperatures. Reaction of roots to temperature changes also varied at different degrees among cultivars. Some cultivars were shown to be more suitable for growing at higher soil temperatures, indicating that the others should be cultivated in much lower soil temperature it R, needed to be equal to Rrs.
机译:难以观察根系的生长,并测量当芦笋在开放场中生长时的态力生理参数。因此,与栽培方法不同,在本研究中温室的植物在空气迁移中培养了少年芦笋植物。在这种情况下,由于允许对芦笋根系的无损观察和检查,因此对根源的生长调查变得更加容易。在研究中使用了来自气候条件不同的国家的七个芦笋品种。当少年植物的茎完全开发时,将其储存根用于根呼吸速率(三个温度下的RRJ测量:10,20和30℃。对每个品种的分析R和温度之间的回归。从这些结果中,土壤基于标准根呼吸速率估计温度(从实验中观察到的RRSJ。在三个温度下的品种中的少年植物中发现了显着差异。根部与温度变化的反应也在品种不同程度上变化。一些品种更适合于在较高的土壤温度下生长,表明其他应该在恢复的土壤温度低得多的土壤温度下培养,所以需要等于RRS。

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