Studies on the testing methods of cold resistance in rice.

Y. Futsuhara, Kunio TORlYAMA
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引用次数: 8

Abstract

Cold resistance in rice plants shows high correlation with cold water tolerance, so the cold water irrigation method has been used for the testing method of cold resistance. This cold water irrigation method takes a long irrigating period from transplanting to maturing, and requires too large a plot size for accurate evaluation for testing a number of lines at the same, time. So this investigation was conducted to establish some efficient method for accurate testing on the cold resistance of a number of bred lines. The newly devised methods are as follows. For keeping the effect of cold water in the paddy field as homogeneous as possible, the cold water irrigation was practised only at night time, from the premordia stage of the early varieties to the starting time of the heading of the late varieties, and the inlets and outlets of the water were interchanged in every seven or eight days. Owing to this testing method, the distribution of water temperature was highly hornogenized in the field (Fig. 2), and so the uniformity of the sterility occurrence could be kept at a high level.
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水稻抗寒性测试方法的研究。
水稻植株的抗寒性与耐冷水性高度相关,因此采用冷水灌溉法作为抗寒性的测试方法。这种冷水灌溉方法从移栽到成熟的灌溉周期较长,而且需要的地块面积太大,无法进行准确的评估,无法同时对多个品系进行测试。因此,本研究旨在建立一种有效的方法,以准确地测定一些选育品种的抗寒性。新设计的方法如下。为使冷水对水田的影响尽可能均匀,从早熟品种的孕前期到晚熟品种抽穗开始时间,只在夜间进行冷水灌溉,每隔7 ~ 8天换一次出水口。该试验方法使田间水温分布均匀化程度高(图2),无菌发生的均匀性保持在较高水平。
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