Evaluation of the sustainability in coffee production systems (Coffea Arabica L) in La Unión, Nariño, Colombia

H. Ordóñez-Jurado, José Álvaro Castillo-Marín
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Abstract

In the municipality of La Unión Nariño, coffee cultivation is the main economic activity and is managed under different production systems: shade coffee, semi-shade coffee, banana-coffee, and coffee without shade. Due to their high degree of heterogeneity, it is difficult for producers and technicians to make decisions that guarantee the sustainability of these agroecosystems. Sustainability was evaluated and compared using multivariate statistical procedures and a minimum set of variables (CMV) was selected. With the integration of these values ​​the environmental, economic, and social sub-index was formed, which allowed comparing the sustainability of production systems through the AMOEBA method (A general Method for Ecological and Biological Assessment). To assess sustainability, the General Sustainability Index (IGS) was developed, built from a Principal Component Analysis (PCA) of the standardized variables. The information obtained was integrated into an index that allowed qualifying the systems through the Sustainability Biogram. The study found that from the economic, social, and environmental point of view, the shaded coffee production systems with a rating of 0.649 and semi-shaded coffee with 0.601 are located in the category of good sustainability. The shade-free coffee and banana coffee systems, with values ​​of 0.405 and 0.490 according to the assessment scale, are located as systems in a regular state of sustainability. The foregoing conclusion will allow analyzing the critical and very critical points, which helps with understanding and evaluating the potential to propose solutions that are feasible to bring the systems closer to good or optimal sustainability.
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哥伦比亚La Unión Nariño咖啡生产系统(Coffea Arabica L)的可持续性评价
在La Unión Nariño市,咖啡种植是主要的经济活动,并在不同的生产系统下进行管理:遮荫咖啡、半遮荫咖啡、香蕉咖啡和无遮荫咖啡。由于其高度异质性,生产者和技术人员很难做出保证这些农业生态系统可持续性的决策。使用多元统计程序评估和比较可持续性,并选择最小变量集(CMV)。通过对这些价值的综合,形成了环境、经济和社会分类指数,从而可以通过AMOEBA方法(一种生态和生物评估的通用方法)来比较生产系统的可持续性。为了评估可持续性,利用标准化变量的主成分分析(PCA)建立了一般可持续性指数(IGS)。获得的信息被整合到一个指数中,该指数允许通过可持续性生物图对系统进行资格认证。研究发现,从经济、社会和环境的角度来看,遮荫咖啡生产系统的评分为0.649,半遮荫咖啡的评分为0.601,处于良好的可持续性范畴。无荫咖啡和香蕉咖啡系统的评价值分别为0.405和0.490,处于正常的可持续性状态。上述结论将有助于分析关键和非常关键的点,这有助于了解和评价提出可行的解决办法的潜力,使系统更接近良好或最佳的可持续性。
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