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首页> 外文期刊>Indian Journal of Sericulture >A study on the preservation of Antheraea proylei J. seed cocoons in different cold storage schedules.
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A study on the preservation of Antheraea proylei J. seed cocoons in different cold storage schedules.

机译：在不同的冷库时间表中保存pro药种子茧的研究。

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Oak tasar seed cocoons produced during spring crop were preserved for about 255+or-9.99 days from June to January next year under three different temperature schedules and relative humidity 75+or-5% in BOD incubator/Environmental Test Chamber. Maximum stray moth emergence during preservation was recorded in the month of December (1.93%) and January (1.33%) in schedule two and there was no emergence in schedule one and three during the period. Seed cocoons preserved at 15 degrees C for 150 days (June to October) might have initiated termination of pupal diapause as a result of which stray emergence was observed even though the seed cocoons were preserved at 5 degrees C in schedule 2. Control batch showed stray moth emergence from June (0.08%) to January (2.57%) and total moth emergence was 9.76%. Among three schedules, total maximum stray emergence (5.06%) and pupal mortality (16.13%) were noticed in schedule two resulting in low recovery of seed cocoons (78.81%). Maximum seed cocoon recovery (89.06%) was recorded in schedule three, showing significant difference (P<0.05) among the three different schedules and control. Normal grainage operation of preserved cocoons showed significant difference (P<0.05) among the three different schedules and control. Its bioassay also exhibited significant difference in hatching, larval duration and cocoon weight among the three different schedules and control. The overall performance of schedule three is better than the rest.
机译：从明年6月至明年1月，在BOD孵化器/环境测试箱中，在三种不同的温度计划和相对湿度为75+或5％的条件下，将春季作物生产的橡木撒种子茧保存到明年6月至1月约255+或-9.99天。在计划2的12月（1.93％）和1月（1.33％）记录了保存期间最大的飞蛾出没，在此期间没有发生计划1和3。在15摄氏度下保存150天（6月至10月）的种子茧可能已开始termination滞育，因此即使在计划2中将种子茧保存在5摄氏度下也观察到杂散的出现。 6月（0.08％）至1月（2.57％）的蛾子出苗率，总蛾子出苗率为9.76％。在三个附表中，在第二附表中注意到总最大流浪出苗（5.06％）和p死亡率（16.13％），导致种子茧的回收率较低（78.81％）。附表三记录了最大的种子茧回收率（89.06％），显示三种不同的附表和对照之间的显着差异（P <0.05）。在三个不同的日程和对照之间，保留茧的正常造粒操作显示出显着差异（P <0.05）。在三个不同的时间表和对照之间，其生物测定在孵化，幼体持续时间和茧重方面也表现出显着差异。附表三的总体表现要好于其他。

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