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Potential trade‐offs of employing perennial biomass crops for the bioeconomy in the EU by 2050: Impacts on agricultural markets in the EU and the world

机译:2050年欧盟生物经农作物在2050年雇用多年生生物量作物的潜在权衡:对欧盟和世界的农业市场影响

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Perennial biomass crops (PBC) are considered a crucial feedstock for sustainable biomass supply to the bioeconomy that compete less with food production compared to traditional crops. However, large‐scale development of PBC as a means to reach greenhouse gas (GHG) mitigation targets would require not only the production on land previously not used for agriculture, but also the use of land that is currently used for agricultural production. This study aims to evaluate agricultural market impacts with biomass demand for food, feed, and PBC in four bioeconomy scenarios (“Business as usual,” “Improved relevance of bioeconomy,” “Extensive transformation to a bioeconomy,” “Extensive transformation to a bioeconomy with diet change”) to achieve a 75% GHG reduction target in the emission trading sector of the EU until 2050. We simulated bioeconomy scenarios in the energy system model TIMES‐PanEU and the agricultural sector model ESIM and conducted a sensitivity analysis considering crop yields, PBC yields, and land use options of PBC. Our results show that all bioeconomy scenarios except the one with diet change lead to increasing food prices (the average food price index increases by about 11% in the EU and 2.5%–3.0% in world markets). A combination of the transformation to a bioeconomy combined with diet change toward less animal protein in the EU is the only scenario that results in only moderately increasing food prices within the EU (+3.0%) and even falling global food prices (–6.4%). In addition, crop yield improvement and cultivation of PBC on marginal land help to reduce increases in food prices, but higher land prices are inevitable because those measures have only small effects on sparing agricultural land for PBC. For a transition to a bioeconomy that acknowledges climate mitigation targets, counter‐measures for those substantial direct and indirect impacts on agricultural markets should be taken into account.
机译:多年生生物量作物(PBC)被认为是可持续生物量供应的重要原料,与传统作物相比,在食品生产较少的生物经济学中竞争。然而,PBC的大规模发展是达到温室气体(GHG)缓解目标的手段,不仅需要在以前不用于农业的土地上的生产,而且还需要使用目前用于农业生产的土地。本研究旨在评估农业市场对食品,饲料和PBC的生物质需求的影响(“像往常的业务”,“改善生物经济,”对生物经济的广泛转型“,”对生物经济的广泛转型“随着饮食变化“)在欧盟排放贸易部门实现75%GHG减少目标,直至2050年。我们模拟能源系统模型时代普尼和农业部门模型ESIM的生物经济情景,并考虑作物产量进行敏感性分析,PBC产量,PBC的土地使用选项。我们的研究结果表明,除饮食变革外,所有生物经济情景都会导致粮食价格增加(平均食品价格指数在欧盟的增加约11%,世界市场的2.5%-3.0%)。将转化与生物经济联系的组合与欧盟较少的动物蛋白相结合的饮食蛋白质是唯一能够在欧盟(+ 3.0%)内甚至全球食品价格下跌(-6.4%) 。此外,在边缘土地上的作物产量改善和PBC的培养有助于减少粮食价格上涨,但较高的土地价格是不可避免的,因为这些措施对PBC的农业用地造成了小的影响。对于对生物经济性的过渡,承认气候缓解目标,应考虑到对农业市场的大量直接和间接影响的反措施。

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