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浅析C_3植物和C_4植物对大气中CO_2浓度升高条件下的反应 被引量:13

Some Views on the Responses of C, Plant and C. Plant to the Atmospheric Concentration of CO_2 Elevated
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摘要 比较分析了全球气候变暖和大气中CO2浓度升高的条件下,C3植物与C4植物会在光合速率和光呼吸、有机碳分配和根际碳流、气孔运动及蒸腾作用、氮素利用率、植物生长发育及产量构成五方面所做出的反应.并对未来有关该方面的研究做了展望, On the condition of a doubling of whole global atmospheric concentration of CO2 elevated, The responses of C, Plants and C. Plants to high CO2 were comparatively analyzed from five aspects, namely plant photosynthesis rate and phtotrespiration, plant growth and component of yield, stoma action and transpiration, nitrogen use efficiency, and organic C-partitioning and rhizosphere C-flow and so on. Furthermore, prospects of these aspects studied in the future were made in this paper.
出处 《江汉大学学报》 2001年第3期6-14,共9页 Journal of Jianghan University
关键词 C3植物 C4植物 全球气候 二氧化碳浓度 光合速率 光呼吸 有机磷分配 根际碳流 CO2 elevated C, Plants C. Plants global atmosphere
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  • 1Celia E. Deane-Drummond. A substrate cycling model for nitrate uptake byPisum sativum seedlings: A key to sensitivity of response of net flux to substrate and effectors?[J] 1986,Plant and Soil(3):307~311
  • 2W. A. Jackson,K. D. Kwik,R. J. Volk,R. G. Butz. Nitrate influx and efflux by intact wheat seedlings: Effects of prior nitrate nutrition[J] 1976,Planta(2):149~156
  • 3P. L. Minotti,Doris Craig Williams,W. A. Jackson. The influence of ammonium on nitrate reduction in wheat seedlings[J] 1969,Planta(3):267~271

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