Innovative integration and demonstration of green and efficient agricultural technology in Danjiangkou water conservation area: Pattern design, technology integration, and mechanism innovation

• Main Authors: ZHANG Yan-jun, ZHAO Jian-ning, WANG Hui, TAN Bing-chang, ZHANG Hai-fang, LIU Hong-mei, WANG Li-li, WANG Nong, LIU Rong-le, YANG Dian-lin, ZHOU Hua-ping, ZHANG Bai-ren, XIAO Neng-wu, LI Jun, TANG De-jian
• Format: Article
• Language: zho
• Published: Agro-Environmental Protection Institute, Ministry of Agriculture 2020-05-01
• Series: Journal of Agricultural Resources and Environment
• Subjects: water conservation, biodiversity, planting and breeding recycling, whole industry chain, domestic pollutants, cooperative innovation
• Online Access: http://www.aed.org.cn/nyzyyhjxb/html/2020/3/20200301.htm

In May 2017, the Innovative Integration and Demonstration of Green and Efficient Agricultural Technology in Danjiangkou Water Conservation Area, belonging to the Cooperative Innovation Project of Agricultural Science and Technology Innovation Program of Chinese Academy of Agricultural Sciences, was officially launched. The aim of the cooperative project was to tackle problems in green and efficient agricultural production, planting and breeding coupling, ecological cycling, non-point source pollution control, and multi-functional rural ecosystem construction. In accordance with the ideas of single technology standardization, composite technology integration, and systematic technology systematization, the cooperative project innovatively integrated 10 key technologies that refer to the utilization of biodiversity, adjustment of agricultural planting structure, green and efficient production of main agricultural products in the whole industrial chain, new pattern of planting and breeding cycle, highly effective ecological facility agriculture, and rural domestic pollutant control in Danjiangkou. We have summarized and provided a comprehensive technical solution for green and efficient agriculture in a water conservation area, which can be copied and extended experience and used as a demonstration model for similar areas. The achievements of this project will provide effective scientific and technological support for water quality and safety in the South-to-North Water Diversion, promote green development of agriculture, increase farmer income, and alleviate poverty in water conservation areas.