Climate change, animal product consumption and the future of food systems

G. Duteurtre, M. H. Assouma, R. Poccard-Chapuis, P. Dumas, I. Toure, C. Corniaux, A. Wane, A. Ickowicz, V. Blanfort
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引用次数: 1

Abstract

The livestock sector contributes around 14.5 percent of total anthropogenic greenhouse gas (GHG) emissions. Developing mitigation strategies is a serious challenge, especially if we anticipate a rapid growth in the consumption of animal products in Low-Income (LI) and Lower Middle-Income (LMI) countries. Across the planet, livestock systems are highly diverse and the livestock sector offers many possibilities for carbon sinking that can help to reduce emissions. In particular, carbon sequestration in grasslands, rangelands and feed crop fields and manure recycling are crucial in the assessment of the carbon efficiency of livestock value chains. Supporting sustainable livestock production systems, together with sustainable animal product market chains and consumption, requires the completion of GHG inventories based on landscape carbon balances.
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气候变化、动物产品消费和粮食系统的未来
畜牧业占人为温室气体排放总量的14.5%左右。制定缓解战略是一项严峻的挑战,特别是如果我们预计低收入和中低收入国家的动物产品消费将迅速增长。在全球范围内,畜牧业系统高度多样化,畜牧业提供了许多有助于减少排放的碳沉降可能性。特别是,在评估畜牧业价值链的碳效率时,草原、牧场和饲料农田的碳固存以及粪肥回收至关重要。支持可持续畜牧业生产系统,以及可持续的动物产品市场链和消费,需要完成基于景观碳平衡的温室气体清单。
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Limited food availability The effects of agriculture's environmental externalities on food systems Uncertain impacts of new technologies: the case of digital agriculture and blockchains Exclusion of women and vulnerable minorities Conclusion: Food system adaptation and mitigation: managing trade-offs
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