评估COVID-19对经济和环境的短期影响:以印度尼西亚为例

Marissa Malahayati , Toshihiko Masui , Lukytawati Anggraeni
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引用次数: 39

摘要

新冠肺炎疫情已对各领域产生重大影响。没有一个国家对这一全球性流行病做好充分准备,印度尼西亚也不例外。对印度尼西亚来说,这次大流行不仅动摇了公共卫生服务体系,而且动摇了经济。本研究利用可计算的一般均衡模型对这次大流行对印度尼西亚经济的影响作出预测。此外,我们还计算了满足农产品需求所需的土地,以及可以减少排放的水平。我们的模拟显示,随着2019冠状病毒病对国家供需造成的每一次冲击,到2021年,印度尼西亚将经历经济停滞,国内生产总值(GDP)水平比大流行期间(2020-2021年)的照常经营(BAU)水平低4-8%。受冲击最严重的两个行业是交通和旅游业,占GDP损失的30%到50%不等。在经济停滞期间,农业部门是安置失业工人的潜在部门。该模型还预测,土地使用将发生暂时的变化,农民将更倾向于将土地用于粮食和园艺商品。在排放方面,我们的计算表明,到2021年,与BAU水平相比,减排潜力将达到8%。然而,这种减排的来源并不积极,因为它来自对经济活动的限制,即使在大流行病期间,工业和废物部门的排放量增长仍在迅速增加。因此,人们担心,当疫情结束时,排放量将出现非常高的峰值,这将使印度尼西亚在实现其减排目标方面面临更大的挑战。此外,一旦政府在大流行期间推出财政激励措施以支持经济,经济状况将得到改善,尽管仍未完全恢复。该模型预测,与不引入激励措施相比,政府财政激励措施可能有助于提高GDP约1-3%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An assessment of the short-term impact of COVID-19 on economics and the environment: A case study of Indonesia

The COVID-19 pandemic has already made a significant impact on various sectors. No country was fully prepared to face this global pandemic, and Indonesia is no exception. For Indonesia, this pandemic shook not only the public health service system but also the economy. This study makes projections related to the impact of this pandemic on the Indonesian economy by utilising a computable general equilibrium (CGE) model. Additionally, we calculate the land needed to cover the demand for agricultural products, as well as the level to which emissions can be reduced. Our simulation shows that, along with every shock caused by COVID-19 to national supply and demand, Indonesia will be experiencing economic stagnation by 2021, with the gross domestic product (GDP) level 4–8% lower than the business as usual (BAU) level during the pandemic (2020–2021). The two sectors that will be hit hardest are the transportation and tourism sectors, making up a GDP loss ranging from 30% to 50%. During this stagnation, the agricultural sector is a potential sector for accommodating workers who have been laid off. The model also predicts that there will be a temporary land-use change that the farmers will prefer to use their land for food and horticultural commodities. As for emissions, our calculations show that the potential for emission reductions will be up to 8% by 2021, compared to the BAU level. However, the source of this emission reduction is not positive as it comes from the restriction of economic activity, and the growth in emissions from the industrial and waste sectors are still increasing rapidly, even during the pandemic. Thus, it is feared that there will be a very high spike in emissions when the pandemic ends, making the situation more challenging for Indonesia to achieve its emission mitigation targets. Furthermore, once the government introduces fiscal incentives to support the economy during the pandemic, the economic condition will be improved, although still not fully recovered. The model predicts that the government fiscal incentives may help to improve the GDP by around 1–3%, compared to when no incentive is introduced.

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