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Importance of information on tillage practices in the modelling of environmental processes and in the use of environmental indicators

机译:关于耕作实践的信息在环境过程建模和环境指标使用中的重要性

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Tillage has been and will always be integral to crop production. Tillage can result in the degradation of soil, water, and air quality. Of all farm management practices, tillage may have the greatest impact on the environment. A wide variety of tillage equipment, practices and systems are available to farmers, providing opportunities to enhance environmental performance. These opportunities have made tillage a popular focus of environmental policies and programs such as environmental indicators for agriculture. This paper provides a very brief examination of the role of tillage in crop production, its effect on biophysical processes and, therefore, its impact on the environment. Models of biophysical processes are briefly examined to demonstrate the importance of tillage relative to other farm management practices and to demonstrate the detail of tillage data that these models can demand. The focus of this paper is an examination of the use of information on tillage in Canada's agri-environmental indicators initiative, National Agri-environmental Health Analysis and Reporting Program (NAHARP). Information on tillage is required for several of the indicators in NAHARP. The type of data used, its source, and its quality are discussed. Recommendations regarding the collection of tillage data and use of tillage information are presented. (c) 2006 Elsevier Ltd. All rights reserved.
机译:耕作一直是作物生产不可或缺的一部分。耕作会导致土壤,水和空气质量下降。在所有农场管理实践中,耕作对环境的影响可能最大。农民可以使用各种各样的耕作设备,实践和系统,这为提高环境绩效提供了机会。这些机会使耕作成为环境政策和计划的重点,例如农业环境指标。本文对耕作在作物生产中的作用,其对生物物理过程的影响以及因此对环境的影响进行了非常简要的考察。简要检查了生物物理过程的模型,以证明耕作相对于其他农场管理实践的重要性,并展示这些模型可能需要的耕作数据的详细信息。本文的重点是对加拿大农业环境指标计划,国家农业环境健康分析和报告计划(NAHARP)中耕作信息的使用进行检查。 NAHARP中的一些指标需要有关耕作的信息。讨论了使用的数据类型,数据源和质量。提出了有关耕作数据收集和耕作信息使用的建议。 (c)2006 Elsevier Ltd.保留所有权利。

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