Author : Paul Brenton
Publisher : World Bank Publications
Page : 217 pages
File Size : 14,60 MB
Release : 2022-03-01
Category : Business & Economics
ISBN : 1464818223
Book Description
Global value chains (GVCs) have driven dramatic expansions in trade, productivity, and economic growth in developing countries. This book examines the impact of the COVID-19 pandemic on GVCs and explores whether they can continue to be a driver of trade and development. The report reviews previous crises and what these tell us about the resilience of GVC firms to shocks. It examines the observed impact of COVID-19 on trade during the sharp global recession of 2020. It summarizes discussions with GVC firms on the impacts of, and their responses to, the COVID shock. GVCs showed surprising resilience, but the rapid recovery raised new issues with supply chains. The book then explores simulations from a global economic model of the potential longer-term impacts of COVID-19 on developing countries and other key factors shaping the global economy, including the evolving role of China, increasing trade restrictions and policy responses to global warming. The analysis shows that while there are risks associated with GVCs, especially those concentrated around key nodes and where opportunities to find alternative suppliers or buyers are limited, there are mechanisms by which GVCs maintain trade relationships during a crisis, paving the way for a strong trade-led recovery. Measures are identified that can enhance the resilience of GVCs in low-income countries. This report finds that policies that maintain and enhance trade can contribute toward crisis management and recovery. Attempts to reshore production would make all countries worse off, including those that implement them, and could drive 52 million people, mainly in Africa, into extreme poverty. Measures to meet climate change commitments will have more profound impacts, leading to a shift away from carbon-intensive GVCs, while new opportunities for trade will arise in GVCs that are less carbon intensive.