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作 者 ：谢立勇^1，2，3;林而达^1，2

期 刊 ：应用生态学报 2007年 18卷 03期 页码：659-664

关键词：稻；

摘 要 ：作物品质的形成是品种遗传特性和环境条件综合作用的结果.一般认为大气中CO₂浓度增高将对作物品质产生重要影响.本文分别从蛋白质与氮含量、微量元素以及其他品质性状等3个方面综述了国内外关于CO₂浓度增高对水稻、小麦品质影响的研究进展，强调了该领域研究的必要性和紧迫性，并提出了研究的重点内容及主要方向.主要包括：大气中CO₂浓度增高对水稻、小麦品质的直接影响及品种间的差异；大气中CO₂浓度增高及其与其它气候因子协同作用对水稻、小麦品质的综合影响及其指标量化；大气中CO₂浓度增高及气候变化对水稻、小麦品质形成过程的影响机理；适应CO₂浓度增高的水稻、小麦品质改良育种的方向与策略；适应CO₂浓度增高的水稻、小麦品质改良的综合生产技术体系和分子标记及转基因技术在水稻、小麦品质改良育种方面的应用.

Abstract:Crop grain quality is mainly depended on variety’s genetic characteristics and environ-
mental conditions, while elevated CO₂ concentration in atmosphere, one of the main factors resul-
ting in global climate change, would have a significant effect on crop grain quality. In this paper,
the research progress on the effects of CO₂ enrichment on rice and wheat grain quality was summ-
arized from the aspects of protein and nitrogen contents, trace elements, and other characters,
emphasized the necessity and urgency of the study in this field, and pointed out the key directions
and contents of further study, i . e . , (a)direct effects of CO₂ enrichment on rice and wheat grain
quality and their differences for different varieties, (b) integrated effects of CO₂ enrichment and
other climate factors on rice and wheat grain quality and their quantitative indices, (c) action
mechanisms of CO₂ enrichment and other climate factors on rice and wheat grain quality forma-
tion, (d) long-term directions and strategies of rice and wheat breeding in quality improvement
to adapt climate change, (e) integrated planting technology systems in quality improvement for
adapting climate change, and (f) application of molecule-marker and gene-transfer in rice and
wheat breeding for quality improvement.

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