光呼吸作用
- 网络Photorespiration
-
植物的光呼吸作用&C3植物和C4植物的生理差别
Some of the characteristics of photorespiration in c_4 and c_3 species
-
氯化钠对高等植物光呼吸作用的影响
Effect of Sodium Chloride on the Photorespiration of Higher Plants
-
由于黄瓜为C3作物,光呼吸作用明显,因此在呼吸作用模型中除了考虑生长呼吸和维持呼吸,还考虑了光呼吸的影响;
In respiration submodel include light respiration except for maintenance respiration and growth respiration .
-
同时,又抑制了C3作物的光呼吸作用,减少了不必要的能量消耗。
At the same time , light respiration rate of C3 crops was limited and lose of energy was reduced .
-
结果表明:在目前的空气CO2浓度下,光合和呼吸作用的最适温度分别是24℃和30℃;当相对湿度是80%时,白桦能维持较强的光合作用;
The results showed that the optimal temperature of photosynthesis and dark respiration was 24 ℃ and 30 ℃, respectively , at ambient CO2 . When relative humidity was 80 % , Betula platyphylla could maintain strong photosynthesis .
-
低磷胁迫对植物光合和呼吸作用的影响
Effects of Low Phosphate Stress on Plant Photosynthesis and Respiration
-
无机碳代谢(钙化/溶解作用)和有机碳代谢(光合/呼吸作用)是调节海洋碳循环的两个主要生物过程。
Both inorganic carbon metabolism ( calcification / dissolution ) and the organic carbon metabolism ( photosynthesis / respiration ) are two primary biological processes modulating the ocean carbon cycle .
-
小麦突变体返白系返白特性机理的研究Ⅳ.返白阶段蒸腾、光合及呼吸作用的变化
Studies on the Mechanism of Albino Characteristic of Winter Wheat Mutant the Albinism Line ⅳ . Primary Studies on the Changes of Transpiration , Photosynthesis and Respiration at Albino Stage
-
在田间试验的基础上,从光合、呼吸作用出发,建立了光照、温度、土壤湿度影响玉米植株生长、各器官生长的模拟模式;建立了光照、温度影响玉米发育期的模拟模式;
On the basis of field experiments , from plant photosynthesis and respiration , this paper builds a simulation model of influences from illumination , temperature and soil moisture on maize plant growth and organ development , and the model of influences of illumination and temperature on maize development period ;
-
(Sp)AIp-90011的光合作用和呼吸作用与出发株相似,而(Sp)AIp-90010明显地表现出高光合、低呼吸作用。
( Sp ) AIp-90011 has similar photosynthesis and respiration to the initial strain , but ( Sp ) AIp-90010 obviously has higher photosynthetic rate and lower respiration .
-
在1.4m、2.4m、3.4m地下水位下,梭梭的光合速率、呼吸作用、量子效率随水位的降低而降低,光补偿点随水位的降低而增大;
At the water table of 1.4 m , 2.4 m and 3.4 m , the photosynthetic rate , the respiration rate and the apparent quantum efficiency ( AQE ) decreased with reduce of the water table , but light compensation point ( LCP ) increased .
-
温度对冷蒿枝条光合和暗呼吸作用的影响
The influence of temperature on the shoot photosynthesis and dark respiration of Artemisia frigida
-
田间小麦叶片光合作用的光抑制和光呼吸的防御作用
Photoinhibition of Photosynthesis and Protective Effect of Photorespiration in Winter Wheat Leaves under Field Conditions
-
光合能量代谢对C3植物光呼吸的调节作用
The regulatory role of photosynthetic energy metabolism on photorespiration in c_3 plants