本文讨论了美国路易斯安那州大学1984年甘蔗亲本品种的光周期诱导。
The photoperiod induction of sugarcane parental varieties in Louisiana State University, Louisiana, United States in 1984 is discussed.
虽然同一个居群长期受到相同光周期诱导，但是种群不是有单一相近的开花期，存在着开花光周期反应不同的基因型。
It was observed that there were different genotypes for genetic flexibility in flowering photoperiodic response, although the populations had always been subjected to the same photoperiodic induction.
对滞育诱导强度、光周期和温度三个因素的研究表明，温度是影响棉铃虫解除滞育的主要因素。 滞育蛹在高温下可以解除滞育，但时间较长。
The results showed that the temperature but not the photoperiod and inducement intensity of diapause, was a main factor affecting termination of diapause.
结果表明，在光周期信号相同的情况下，温度能够诱导滞育的发生。
The result showed that the temperature could induce diapause. 5 Effect of host-plants on the diapause induction.
光周期作为植物最为重要的环境信号之一，能够诱导植物内源性生物节律的产生并影响植物生长发育的各个阶段。
Lightperiod as one of the most important environment signals generate endogenous circadian rhythm and affect many aspects of plant development.
光周期作为植物最为重要的环境信号之一，能够诱导植物内源性生物节律的产生并影响植物生长发育的各个阶段。
Lightperiod as one of the most important environment signals generate endogenous circadian rhythm and affect many aspects of plant development.
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