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Incorporation of emergy into multiple-criteria decision analysis for sustainable and resilient structure of dairy farms in Slovenia

机译:将能量纳入斯洛文尼亚乳制品农场可持续和有弹性结构的多标准决策分析

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摘要

The increasing and often conflicting challenges that agricultural production systems face today require a more comprehensive approach to planning in the sector, integrating the economic principles of production with its social characteristics and ecological impacts. The paper presents an innovative attempt to incorporate biophysical criteria into a standard socio-economic optimisation model, illustrated through a study of the Slovenian dairy sector. The biophysical perspective on the system's functioning is determined by means of emergy analysis. This is an environmental accounting approach which reflects the cumulative environmental support needed to produce a certain output. The eco-centric perspective on the emergy approach complements the standard socioeconomic perspective of value that reflects the utility of a product (anthropocentric perspective). The model is developed based on a preceding analysis of socio-economic and emergy-based performance characteristics of different production types at the farm level that, when aggregated, constitute the sector. The multi-criteria optimisation model is supported by weighted goal programming (WGP) and aims to investigate the effects of two opposing agricultural policy paradigms on the organisation of the sector at the national level. The results show that a protectionist or eco-social focus of public interventions results in the sector's organisation with rather contrasting performance characteristics. The model outcome that represents a compromise between the two agro-political paradigms clearly suggests that incorporation of the emergy criterion into the optimisation model leads to a diverse and balanced structure and a more favourable economic and biophysical performance of the sector. Accordingly, the results confirm the complementarity of economic and emergy approaches and provide implications for a more comprehensive planning of agricultural activity.
机译:农业生产系统面临今天的越来越多的挑战需要更加综合的计划,旨在将生产的经济原则与其社会特征和生态影响相结合。本文提出了一种创新的尝试,将生物物理标准纳入标准的社会经济优化模型,通过斯洛文尼亚乳制品部门进行说明。通过可素质分析确定了系统功能的生物物理视角。这是一种环境会计方法,反映了产生某种产出所需的累积环境支持。 ECO的EcoIng方法是对反映产品的效用的标准社会经济视角补充了标准的社会经济视角(人类传统观点)。该模型是基于在农业水平的农业经济和基于绩效的基于社会经济和基于绩效特征的先前分析,当汇总时构成该部门。多标准优化模型得到了加权目标规划(WGP),旨在调查两个反对农业政策范式对国家一级组织组织的影响。结果表明,公共干预措施的保护主义或生态社会社会焦点会导致该部门的组织具有相当对比的性能特征。代表两种农业政治范式之间的妥协的模型结果明确表明,将最佳标准纳入优化模型导致各种平衡的结构以及该部门的更有利的经济和生物物理性能。因此,结果证实了经济和可闻方法的互补性,并为更全面的农业活动规划提供了影响。

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