细胞肉是加拿大的气候解决方案吗?

Ryan M Katz-Rosene
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摘要

近年来,人们对以细胞为基础的肉类生产的兴趣和技术诀窍大幅增长。其吸引力是广泛的,但两个主要驱动因素包括:i) 无需屠宰有生命的动物就能生产可食用的肉类;ii) 有可能显著减少畜牧业对环境的影响。由于这些潜在的好处,支持者呼吁政府对细胞肉进行大量投资,以进一步开发技术并帮助启动该产业。本文以加拿大农业食品行业为背景,批判性地研究了细胞肉制品的环保前景,特别关注其在减缓气候变化方面的潜在作用。分析基于对细胞肉和传统肉类现有生命周期温室气体评估的比较,并辅以有关加拿大农业食品行业的背景数据。研究发现,加拿大细胞肉的碳足迹可能与禽肉、猪肉和奶牛牛肉相似,但大大低于肉牛肉。除了这些发现以及与加拿大农业食品行业相关的其他背景因素外,本文还认为,细胞肉最好被理解为众多工具中的一种,如果支持条件得到满足,它有可能支持国内食品生产中的温室气体减排,而不是通过完全取代传统肉类获得的银弹气候解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Is cell-based meat a climate solution for Canada?
Interest and technological know-how in cell-based meat production has grown tremendously in recent years. The appeal is wide ranging, but two main drivers include: i) the possibility of producing edible meat without requiring the slaughter of sentient animals; and ii) the potential to significantly reduce the environmental impact of animal agriculture. Owing to these potential benefits, proponents have called for major government investments in cell-based meat to further develop the technology and help launch the industry. This article critically examines the environmental promise of cell-based meat, focussing specifically on its potential role in climate change mitigation, and specifically within the context of Canada’s agri-food sector. The analysis is founded upon a comparison of available life cycle greenhouse gas assessments of cell-based and conventional meat, supplemented with contextual data about the Canadian agri-food sector. Cell-based meat in Canada is found to have a likely carbon footprint similar in scale to poultry meat, pork, and beef from dairy cattle, though considerably lower than meat from beef cattle. Alongside these findings and additional contextual factors pertaining to Canada’s agri-food sector, the paper argues that cell-based meat is best understood as one tool among many which could potentially support greenhouse gas emissions reductions in domestic food production if supporting conditions are met, not a silver bullet climate solution obtained by fully replacing conventional meat.
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