Assessing the level of organic farming development in the European countries

Q3 Social Sciences
V. Baidala, Vira Butenko, Vitalii Vakulenko, Pavlo Yastrebov, Xiaowei Liu
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引用次数: 0

Abstract

Organic farming is an essential approach to agriculture that seeks to reduce the negative impact of human activities on the environment and ensure the sustainability of food production. The study aims to determine the integral index of the development of organic farming and to create a clustering model of organic farming in European countries. As a research methodology, additive-multiplicative convolution was used to determine the integral index of organic farming development. Cluster analysis (the Ward method and the k-means clustering method) identified respective clusters. The integrated index is based on eight indicators of organic farming from the Eurostat database, 2012–2020, and ranges from zero to one. The following countries have the highest value of the integral index: Italy (0.57), France (0.54), Spain (0.54), Germany (0.45), and Turkey (0.47). Three clusters were identified according to eight indicators of organic agriculture. The first cluster includes countries-leaders in agricultural territories (about 2.1 million hectare) with the highest state financial support for agricultural research and development (1.1 billion euros). The second cluster includes countries with the most minor organic farming operators (50-100 operators). The third cluster includes countries with the highest index of annual income from the sale of farm products (200-220 points) but with the highest level of usage of dangerous pesticides (250 points). The heterogeneity of clusters allows one to determine the strengths and weaknesses of organic farming in European countries.
评估欧洲国家的有机农业发展水平
有机耕作是农业的一种基本方法,旨在减少人类活动对环境的负面影响,确保粮食生产的可持续性。本研究旨在确定有机农业发展的综合指数,并建立欧洲国家有机农业的聚类模型。在研究方法上,使用了加乘卷积法来确定有机农业发展的综合指数。聚类分析(沃德法和克均聚类法)确定了各自的聚类。综合指数基于欧盟统计局数据库中 2012-2020 年有机农业的八个指标,范围从 0 到 1。以下国家的综合指数值最高:意大利(0.57)、法国(0.54)、西班牙(0.54)、德国(0.45)和土耳其(0.47)。根据有机农业的八项指标,确定了三个群组。第一组包括农业领土面积最大(约 210 万公顷)、国家对农业研发的财政支持最多(11 亿欧元)的国家。第二组包括拥有最多小型有机农业经营者(50-100 个经营者)的国家。第三组包括农产品销售年收入指数最高(200-220 分)但危险农药使用水平最高(250 分)的国家。各组群的异质性使我们能够确定欧洲国家有机农业的优势和劣势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Environmental Economics
Environmental Economics Social Sciences-Public Administration
CiteScore
3.60
自引率
0.00%
发文量
9
审稿时长
12 weeks
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