Increasing Crop Rotation Diversity Improves Agronomic, Economic, and Environmental Performance of Organic Grain Cropping Systems at the USDA‐ARS Beltsville Farming Systems Project

M. Cavigelli, J. Teasdale, J. Spargo
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引用次数: 19

Abstract

Despite increasing interest in organic grain crop production, there is inadequate information regarding agronomic, economic and environmental performance of organically produced grain crops in the US, especially in the Coastal Plain soils of the mid-Atlantic region. The Beltsville Farming Systems Project (FSP), a long-term cropping systems experiment, was established in Maryland in 1996 to address these needs. The project includes three organic and two conventional cropping systems (Table 1). It is the only long-term project in the US that includes three organic cropping systems that differ in crop rotation length and complexity. Research results from this project show that increasing cropping system diversity improves agronomic, economic, and environmental performance of organic grain cropping systems.
在美国农业部-农业研究协会贝尔茨维尔农业系统项目中,增加作物轮作多样性提高了有机粮食种植系统的农艺、经济和环境绩效
尽管人们对有机粮食作物生产越来越感兴趣,但关于美国有机粮食作物的农艺、经济和环境表现的信息不足,特别是在大西洋中部地区的沿海平原土壤中。贝尔茨维尔农业系统项目(FSP)是1996年在马里兰州建立的一项长期种植系统试验,旨在解决这些需求。该项目包括三种有机种植系统和两种传统种植系统(表1)。这是美国唯一一个包括三种轮作长度和复杂性不同的有机种植系统的长期项目。该项目的研究结果表明,增加种植制度多样性可改善有机粮食种植制度的农艺、经济和环境绩效。
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