农业现代化研究2011，Vol.32Issue(5)：547-550,4.
基于转基因技术视角的低碳农业发展研究
Development of Low-carbon Agriculture from Perspective of Genetically Modified Technology
摘要
Abstract
The contradiction between China's agricultural development and environmental resources has become increasingly prominent, and the most fundamental reason is the high-carbon agricultural model. High-carbon agriculture and climate change has posed a great threat to China's food security and sustainable agricultural development, however, the great progress of genetically modified technology (GMT) has strengthened our ability to deal with these challenges. This paper makes an in-depth research on the background, characteristics, and the necessity of the development of low-carbon agriculture in China under global climate change, and proves the enormous potential and effect of the transgenic technology in addressing climate change, alleviating resource and energy shortages, preventing environmental pollution, expanding agricultural carbon function and etc. Hi the end, some policies are proposed as how to accelerate the industrialization of GMT and the transformation of agricultural development in order to promote low-carbon agriculture development in China.关键词
转基因技术/低碳农业/气候变化/可持续发展Key words
genetically modified technology/ low-carbon agriculture/ global climate change/ sustainable development分类
管理科学引用本文复制引用
齐振宏,李雅坤,周慧..基于转基因技术视角的低碳农业发展研究[J].农业现代化研究,2011,32(5):547-550,4.基金项目
基于生态链与产业链耦合的养猪业循环经济长效机制研究(编号:08BJY068) （编号:08BJY068）
中国科学院院士咨询项目:资源节约型、环境友好型农业生产体系研究(编号:2009120203):武汉市软科学项目:武汉市循环经济科技支撑体系研究(编号:200940833364) （编号:2009120203）
华中农业大学研究生教育创新工程项目:生物经济与管理人才培养模式与机制构建(编号:2009MS017). （编号:2009MS017）
