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据公主岭，泉州试验结果：（１）气温７．５℃以下停止营养生长。（２）气温７．６～２５．５℃之间，气温上升促进营养生长，气温下降抑制营养生长。（３）在长光和控制长光下，气温２５．６℃以上促进营养生长。在控制短光下，气温２５．６℃以上抑制营养生长。在短光下，气温２３．５～２５．５℃促进生殖生长；气温２５．６～２７．９℃促进营养生长＞促进生殖生长；气温＞２８℃促进营养生长。（４）气温在自然光照线下抑制发育。（５）展开叶感光效应上递３节，气温持续２５．６℃以上，未展开叶生长速度加快，与展开叶感光效应上递３节失调，反应高温抑制营养生长。（６）累加逐日平均温度２８℃以上，反应超高温抑制发育。
According to Gongzhuling, Quanzhou test results: (1) the temperature below 7.5 ℃ to stop vegetative growth. (2) Temperature 7.6 ~ 25.5 ℃, the temperature rise to promote vegetative growth, temperature drop inhibit vegetative growth. (3) In the long light and long light control, the temperature above 25.6 ℃ to promote vegetative growth. In the control of short light, the temperature above 25.6 ℃ inhibit vegetative growth. In short light, the temperature of 23.5 ~ 25.5 ℃ to promote reproductive growth; temperature 25.6 ~ 27.9 ℃ to promote vegetative growth> promote reproductive growth; temperature> 28 ℃ to promote vegetative growth. (4) temperature in the natural light line inhibition of development. (5) Leaf sensitization was carried out in 3 days, the temperature was above 25.6 ℃, the growth of unrolled leaves was accelerated, and the sensitization of unrolled leaves was followed by 3 disorders, which inhibited the growth of nutrition at high temperature. (6) Accumulation daily average temperature above 28 ℃, hyperthermia inhibition of development.