Enabling food system innovation: accelerators for change

IF 9.8 1区 经济学 Q1 FOOD SCIENCE & TECHNOLOGY
Philip Thornton , Daniel Mason D'Croz , Cody Kugler , Roseline Remans , Heather Zornetzer , Mario Herrero
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引用次数: 0

Abstract

It is widely accepted that current food systems are not on a trajectory for achieving the Sustainable Development Goals by the end of the decade. Technological innovation will have a considerable role to play in different parts of the food system; many promising options exist or are in the pipeline, some of which may be highly disruptive to existing value chains. Scaling up the innovations required, at the same time as protecting those who may lose out in the short term, will require a strong enabling environment. Here we apply an existing framework of eight change accelerators to six case studies of historical agricultural innovation. We estimated the degree to which each accelerator had been addressed at some stage in the innovation process, as a measure of the gap between what was needed and what was achieved. For the innovations that are being taken to scale and widely utilized, these accelerator gaps are small. Uptake of other innovations is stalled, and for these we found large gaps for one or more of the eight accelerators. Impactful innovation processes address all eight change accelerators at some point, with different phasing of the accelerators depending on the nature of the technology and on the impact pathway being pursued. This simple framework, when used in combination with narratives of uptake based on theories of change and impact pathways, may provide an effective means of screening future innovation processes to help prioritize and guide investment that can lead to more resilient, sustainable and equitable food systems.

推动粮食系统创新:促进变革的加速器
人们普遍认为,目前的粮食系统无法在本十年末实现可持续发展目标。技术创新将在粮食系统的不同部分发挥相当大的作用;许多有前途的选择已经存在或正在酝酿之中,其中一些可能对现有的价值链具有高度破坏性。扩大所需的创新规模,同时保护那些可能在短期内蒙受损失的人,将需要一个强有力的有利环境。在此,我们将现有的八个变革加速器框架应用于六个历史性农业创新案例研究。我们估算了每种加速因素在创新过程中的某个阶段得到解决的程度,以此来衡量所需与已实现之间的差距。对于正在推广和广泛应用的创新而言,这些加速器的差距很小。其他创新成果的采用则停滞不前,我们发现这些创新成果在八个加速器中的一个或多个加速器上存在较大差距。有影响力的创新过程会在某个阶段涉及到所有八个变革加速器,根据技术的性质和追求的影响途径,加速器会有不同的阶段划分。这个简单的框架,如果与基于变革理论和影响途径的吸收说明结合起来使用,可以为筛选未来的创新过程提供有效的手段,帮助确定投资的优先次序和指导投资,从而建立更具弹性、可持续和公平的粮食系统。
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
CiteScore
20.90
自引率
3.40%
发文量
69
期刊介绍: Global Food Security plays a vital role in addressing food security challenges from local to global levels. To secure food systems, it emphasizes multifaceted actions considering technological, biophysical, institutional, economic, social, and political factors. The goal is to foster food systems that meet nutritional needs, preserve the environment, support livelihoods, tackle climate change, and diminish inequalities. This journal serves as a platform for researchers, policymakers, and practitioners to access and engage with recent, diverse research and perspectives on achieving sustainable food security globally. It aspires to be an internationally recognized resource presenting cutting-edge insights in an accessible manner to a broad audience.
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