亚致死温度是低温诱导多倍体的合适温度。
Sublethal temperature might be suitable for polyploid inducement of cold shocks.
这些物质的适应性变化导致低温半致死温度的下降是抗寒性提高的生理基础。
The adaptability changes of these substrates led to a drop in low semi-lethal temperature, which was the physiological basis for increasing the cold-resistant adaptability.
膜保护系统的适应性变化导致低温半致死温度的降低是抗寒性提高的生理基础。
The decline of the semilethal temperature caused by the membrane protective system is the physiological basis to improve cold resistance.
在非致死温度范围内，温度对外温动物最大的影响很可能是影响了发育和生长的速度。
Within the nonlethal temperature range the most important effect on ectotherms of temperature is likely to be its effect on rate of development and growth.
在非致死温度范围内，温度对外温动物最大的影响很可能是影响了发育和生长的速度。
Within the nonlethal temperature range the most important effect on ectotherms of temperature is likely to be its effect on rate of development and growth.
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