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生态农业发挥着重要的作用,对消除饥饿和极端贫困做出贡献,是推动向更加高产、可持续和包容性粮食系统转型的一种手段。提高对生态农业及其优势的认识,是帮助决策者、农民和研究人员应用这一方式建设一个无饥饿世界的重要步骤。

该数据库为管理现有生态农业知识,汇总有关文章、视频、专题研究、书籍和其他重要材料提供一个出发点。其目的是通过知识交流和知识转让为决策者、农业、研究人员及其他相关各方提供支持。该数据库是一个不断更新的“活的过程”。

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FAO held, with the support of France, the Swiss Development Cooperation and the Foreign Office of Agriculture of Switzerland, the International Symposium on Agroecology for Food Security and Nutrition at its headquarters in Rome on 18 and 19 September 2014 and a side-event on the Symposium during COAG on 30...
会议记录
2014
The Regional Meeting on Agroecology in Latin America and the Caribbean was successfully held in Brasilia, Brazil from 24 to 26 June 2015. It was organized jointly by FAO, the Ministry of Agrarian Development of Brazil, the Community of Latin American and Caribbean States (CELAC), the Specialized Meeting on Family...
会议记录
2016
During the International Symposium on Agroecology for Food Security and Nutrition, held at FAO headquarters in Rome on 18 and 19 September 2014, stakeholders representing governments, civil society, science and academia, the private sector, and the UN system gathered to discuss the contribution of agroecology to sustainable food systems. The...
会议文件
2015
Based on the ecological niche theory, population composition, dynamics, time and niche of rice plant hoppers and main predatory arthropods were investigated using grey relational analysis in three experimental treatment plots. Chemical fertilizer utilization, integrated rice-duck cultivation and no chemical pesticides/fertilizer application. Results indicated that differences in individual numbers, temporal...
China
杂志文章
2012
To examine the application prospect of system dynamics approach in pest population optimal management and prediction, population dynamics of the second generation of Cnaphalocrocis medinalis (Guenee) was investigated in this paper. The influence of dominant predators of C. medinalis (Guenee), including spiders and ducks in rice paddy field, were analyzed...
China
杂志文章
2010
The differences between rice-duck integrated farming system (DRIFS), duck raising in paddy field system and conventional rice monocropping system were compared. The structure including biological and environmental components, spatial and temporal structures and functions of DRIFS were also introduced and discussed. Finally, several problems and their related technology innovation directions...
China
杂志文章
2006
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