植物呼吸

  • 网络plant respiration
植物呼吸植物呼吸
  1. 此外,由于高浓度CO2还能降低植物呼吸作用,进而也有可能通过抑制呼吸作用来延长其瓶插寿命。

    In addition , elevated CO2 can also reduce plant respiration , thus may also inhibit respiration to extend their vase life .

  2. 植物呼吸及代谢的研究Ⅴ.水稻幼苗亚细胞颗粒的氧化途径

    Studies on plant respiration ⅴ . oxidative pathways in subcellular particles prepared from Etiolated Rice Seedlings

  3. 植物呼吸代谢的热力学意义

    The thermodynamic significance of respiratory metabolism in plant

  4. 激动素与植物呼吸代谢

    Kinetins and plant respiratory metabolisms

  5. 小篮子法测定植物呼吸速率实验中的两点说明

    Two Explanations about the Experiment of Determining Plant Respiratory Rate by Means of Small - Skep - Method

  6. 呼吸强度是衡量植物呼吸强弱的重要生理指标之一。

    Respiration intensity is one of the important physiological indexes for checking the strong or weak respiration of plants .

  7. 为了探索干旱胁迫下植物呼吸作用的响应以及外源琥珀酸和丙酮酸对呼吸的调控作用。

    In order to probe the leaf respiratory responses to drought stress and regulation of respiration by pyruvate and succinate in plant .

  8. 量热法对三种驼绒藜属植物呼吸代谢的研究华北驼绒藜胚胎发育与营养动态相关性研究

    Study on Respiration Metabolism of Three Species of Ceratoides by Calorimetry Correlation between the Embryonic Development and the Nutrient Dynamics of Ceratoides Arborescens

  9. 在小篮子法测定植物呼吸速率的实验中,学生常对计算公式和滴定终点产生疑问.文章就此做出说明。

    This paper gives in regard to the students ' doubts as to formula and terminus of titration in the experiment to determine plant respiratory rate by means of small - skep - method .

  10. 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

  11. C3植物光呼吸及其生理功能

    Photorespiration of C_3 plant and its physiological function

  12. 大气CO2浓度倍增对植物暗呼吸的影响

    Responses of plant dark respiration to doubled co_2 concentration

  13. 植物暗呼吸作用对大气CO2浓度升高的响应

    A review on the response of plant ′ s dark respiration to the elevated CO 2 concentration

  14. 几种热带雨林与荒漠植物暗呼吸作用对高CO2浓度的响应

    The response on dark respiration of some tropical rain forest and coastal desert plant species to the elevation of CO 2 concentrations

  15. 交替氧化酶(alternativeoxidase,AOX)是植物线粒体呼吸链中抗氰呼吸途径(cyanide-resistantrespirationpathway)的末端氧化酶,它广泛存在于高等植物及部分真菌和藻类中。

    Alternative oxidase is the terminal oxidase in the cyanide-resistant respiration pathway in plant mitochondria , which widely existing in higher plants and parts of fungi and algae .

  16. 用电导仪测定植物组织呼吸速率

    Measurement of Plant Tissue respiratory rate with the Conductivity Meter

  17. 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

  18. 植物根呼吸对升温的响应

    The dynamic response of plant root respiration to increasing temperature and global warming

  19. 试论植物光呼吸的生理意义及其调节控制

    Physiological Meaning and Control of Plant Photorespiration

  20. 氮沉降增加将导致植物的呼吸作用增强;

    Elevated nitrogen deposition increases plant respiration ;

  21. 我们还需要植物来呼吸。

    We also need plants to breathe .

  22. 山梨酸可能直接或间接参与植物的呼吸代谢。

    It was possible that the acid participated directly or indirectly in the respiratory metabolism of the plant .

  23. 乙醇是植物无氧呼吸的产物,水淹的植物根系受到短时间的缺氧。

    Ethanol is a product of anaerobic respiration in plants , and waterlogged roots suffer from a shortage of oxygen .

  24. 中氮处理促进了土壤总呼吸、土壤微生物呼吸和植物根呼吸的温度敏感性。

    The treatment of medium nitrogen enhanced the temperature sensitivity of total soil respiration , soil microbial respiration and root respiration .

  25. 植物根呼吸碳释放量高达18Pg/a,约为全球化石燃料燃烧碳排放量(6.5Pg/a)的2.8倍。

    The global CO2 flux from plant root respiration is estimated to be about 18 Pg C year-1 , which is around 2.8 times the rate of fossil fuel release in 1990 ′ s.

  26. 气温对植被生长的影响,一方面表现在气温过高导致植物的呼吸作用高于光合作用;另一方面表现在气温上升导致蒸散发增强,土壤发生干旱化,植被生长受水分制约。

    Influence of temperature on vegetation growth had two aspects . On one hand , high temperatures led to higher plant respiration than photosynthesis ; On the other hand , rising temperature led to enhanced evapotranspiration which caused soil drought , and vegetation growth was restricted . 6 .

  27. 动物和植物都要呼吸空气。

    Both animals and plants breathe air .

  28. 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

  29. C4植物的光呼吸

    Photorespiration of c_ plants

  30. 艾比湖流域不同植物群落土壤呼吸研究

    Soil Respiration of Different Plant Communities in Ebinur Lake Watershed