Blending knowledge systems for agroecological nutrient management and climate resilience

J. Blesh, M. Schipanski
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Abstract

Agroecology links multiple ways of knowing in order to understand and manage farms as the ecosystems that they are—agroecosystems. Farm­ers often have deep, place-based knowledge of their agroecosystems that informs how to manage ecological interactions for multiple benefits. Many Indigenous practices sustained food production for generations without fossil fuel inputs, and tradi­tional ecological knowledge is a valuable source of wisdom for adaptive management of agroeco­systems. Other forms of ecological knowledge have been developed using Western scientific research approaches. Through the concept of the ecosys­tem, ecology applies systems thinking to under­stand complex relationships between organisms (including humans) and their environment across spatio-temporal scales. In practice, blending these ways of knowing has a wide range of interpreta­tions and manifestations, especially in the past several decades, as agroecology has developed into a science, practice, and social movement. Embrac­ing all three of these aspects, we argue that agro­ecology could more fully integrate traditional eco­logical knowledge and farmer knowledge with ecological science—including valuing where they overlap and their unique contributions (Kimmerer, 2013)—in support of food system transformation. We focus on the example of agroecological nutri­ent management in the context of climate change. . . .
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融合知识体系,促进农业生态养分管理和气候复原力
生态农业将多种认知方式联系起来,以便将农场作为生态系统(农业生态系统)来理解和管理。农民通常对其农业生态系统有着深刻的、基于地方的知识,这些知识为如何管理生态互动以获得多重效益提供了信息。许多土著做法使粮食生产世代相传,无需化石燃料投入,传统生态知识是农业生态系统适应性管理的宝贵智慧来源。其他形式的生态知识是利用西方科学研究方法发展起来的。生态学通过生态系统的概念,运用系统思维来理解生物(包括人类)与环境之间跨时空尺度的复杂关系。在实践中,融合这些认知方式有多种解释和表现形式,特别是在过去几十年中,生态农业已发展成为一门科学、实践和社会运动。结合上述三个方面,我们认为生态农业可以将传统生态知识和农民知识与生态科学更充分地结合起来--包括重视它们的重叠之处及其独特贡献(Kimmerer,2013 年)--以支持粮食系统的转型。我们重点以气候变化背景下的生态农业养分管理为例。. . .
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