A systems approach to understanding the connection between farm systems resilience and pasture resilience

David Stevens, M. Casey, P. Edwards, T. Maxwell
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引用次数: 2

Abstract

Farm systems resilience in New Zealand pasture-based farming is influenced by external drivers such as environmental regulation, and internal drivers such as existence, expressed as profitability. We examine ten published case studies of farm systems change to provide insight into management interventions to these drivers and their impacts on pasture resilience. Nutrient supply was key to increasing pasture longevity, water use efficiency and animal feed supply. Manipulating water use efficiency through irrigation and legume (predominantly lucerne) use increased nitrogen use efficiency and added pasture supply for animal consumption. Monitoring the pasture supply and animal response ensured both animal feed requirements and pasture conditions for future growth were met. Theresilience of pastures was improved when monitoring guided adaptive management application to ensure whole-farm resilience.
理解农场系统恢复力和牧场恢复力之间联系的系统方法
新西兰牧场农业的农场系统复原力受到外部驱动因素(如环境法规)和内部驱动因素(如存在性,以盈利能力表示)的影响。我们研究了十个已发表的农业系统变化案例研究,以深入了解这些驱动因素的管理干预措施及其对牧场恢复力的影响。养分供应是提高牧草寿命、水分利用效率和动物饲料供应的关键。通过灌溉和豆类(主要是苜蓿)的使用来控制水的利用效率,提高了氮的利用效率,并增加了供动物食用的牧草供应。监测牧草供应和动物反应,确保满足动物饲料需求和未来生长所需的牧草条件。通过监测指导适应性管理,提高了牧场的复原力,确保了整个农场的复原力。
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