plant respiration

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

植物暗呼吸作用对大气CO2浓度升高的响应

In this mini review, we demonstrate that plant root respiration rates increase with increasing temperature in a short-term, but can return to initial rates when plants are exposed to higher temperatures in the longer term.

短期升温能明显提高根呼吸速率，但在近乎恒定的温度梯度下，根呼吸速率可能逐渐恢复到温度变化前的水平。

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.

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

植物根呼吸对升温的响应

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

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

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;

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；

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.

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。

Effects of Low Phosphate Stress on Plant Photosynthesis and Respiration

低磷胁迫对植物光合和呼吸作用的影响

The Relationship between Plant Cyanide-Resistant Respiration and Expression of Alternative Oxidase

环境胁迫与植物抗氰呼吸植物抗氰呼吸与交替氧化酶表达的关系

Temperature Sensitivity of Wheat Plant Respiration and Soil Respiration Influenced by Increased UV-B Radiation from Elongation to Flowering Periods

紫外（UV-B）辐射增强对拔节-孕穗期小麦植株呼吸和土壤呼吸的温度敏感性影响

Elevated nitrogen deposition increases plant respiration;

氮沉降增加将导致植物的呼吸作用增强；

Information about the underlying mechanisms responsible for the dynamic response of plant root respiration to temperature change is significant for evaluating belowground carbon budgets and developing carbon dynamics models in terrestrial ecosystems.

了解根呼吸对升温的响应对于构建陆地生态系统碳动态模型、评价地下碳库碳收支具有重要作用。

The effects of SO2 on plant photosynthesis and respiration were elaborated and the reasons and ways of plant photosynthesis changes resulted from SO2 were analyzed;

阐述了二氧化硫对植物光合作用和呼吸作用的影响；分析了二氧化硫引起植物光合作用变化的原因与途径；

Responses of plant dark respiration to doubled co_2 concentration

大气CO2浓度倍增对植物暗呼吸的影响

The temperature sensitivity of plant root respiration relates to plant species and also is contingent upon the temperature range under consideration.

根呼吸的温度敏感性与植物种和测定的温度范围有关，其Q10值介于1.1~10之间。

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

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。