Carbon Farming: Nature-Based Solutions in Brazil

Danielle Mendes Thame Denny, Carlos Eduardo Pellegrino Cerri, Maurício Roberto Cherubin
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Abstract

Agriculture can breach the emission gap between countries' and companies' declared goals and actual achievements related to carbon neutrality. But to do so, techniques must change from the monocultural to more integrated systems that provide many eco-services, among which carbon sequestration. The Research Centre for Greenhouse Gas Innovation, which was created in 2016, in its last renewal in 2021, established the first nationwide nature-based solutions empirical data collection from the seven Brazilian biomes, on forestry, pasture, and agriculture, more specifically researching the role of agriculture for carbon sequestration and the possibilities to implement low emissions pastures. Some of the experts that take part in this centre were the source of the information this paper brings, and that is the result of action research techniques, combined with content analyses assisted by Atlas TI. The main conclusions of this paper are: a) that soil health increases the capacity to sequester carbon inside the soil at the same time that it also promotes socio-economic development because of more productivity in the long term and also by bringing extra economic value derived from the better quality sustainability can provide; b) the transition needed away from low-productivity pastures and in direction to carbon farming regenerative projects can contribute to meeting the emission goals; c) there is the risk of carbon pricing increase the value of land, cause social exclusion or influence production decisions away from food; therefore regulation will need to play an important role, d) Brazil has an opportunity to promote circular sustainable bioeconomy and doing so to assume its position as an agri-environmental power.
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碳农业:巴西基于自然的解决方案
农业可以弥补国家和企业在碳中和方面宣布的目标与实际成就之间的排放差距。但要做到这一点,技术必须从单一栽培转变为更综合的系统,提供许多生态服务,其中包括碳封存。温室气体创新研究中心成立于2016年,在2021年的最后一次更新中,建立了第一个全国性的基于自然的解决方案,收集了来自巴西七个生物群落、林业、牧场和农业的经验数据,更具体地研究了农业在碳封存方面的作用以及实施低排放牧场的可能性。参与该中心的一些专家是本文带来的信息的来源,这是行动研究技术与Atlas TI协助的内容分析相结合的结果。本文的主要结论是:a)土壤健康增加了土壤固碳能力,同时也促进了社会经济发展,因为从长远来看,土壤健康提高了土壤的生产力,并带来了更高质量的可持续性带来的额外经济价值;B)从低生产力牧场向碳农业方向的转型,可再生项目有助于实现排放目标;C)存在碳定价增加土地价值、造成社会排斥或影响粮食以外的生产决策的风险;因此,监管将需要发挥重要作用,d)巴西有机会促进循环可持续生物经济,并以此承担其作为农业环境大国的地位。
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