Achieving Inclusive Growth In China Through Vertical Specialization

Vertical Specialization and Inclusive Growth in China discusses the two interrelated developments that have transformed the Chinese economy in recent years. First, the global community has increased calls to foster inclusive economic growth, with China embracing this trend. Second, the explosive growth in China’s trade resulting from international vertical specialization production and trade networks which has complicated the notion of inclusive growth in the Chinese context. This book assesses these two trends quantitatively, giving evidence of the link between vertical specialization and inclusive growth, and then decomposing the inclusive growth effects of vertically specialized trade into six components: GDP growth, export growth, FDI, environment, employment, and innovation. It further explores the differing impact of conventional trade and processing trade on inclusive growth, providing direction for future policy. This second book by the author to consider vertical specialization stresses the importance of integration in driving inclusive growth. Argues that inclusive growth and vertical specialization analyses must be performed together Gives quantitative evidence for the link between vertical specialization and inclusive growth in China Investigates the different impact of conventional trade and processing trade on transition to inclusive growth in China, using comparative analysis techniques Offers insight on forming future policy in China to increase inclusive growth

International Academic Conferences: - Teaching, Learning and E-learning (IAC-TLEl) - Management, Economics and Marketing (IAC-MEM) - Transport, Logistics, Tourism and Sport Science (IAC-TLTS)

This text covers R program coding for the implementation of two essential data analytics for practical construction problems. The first part of this book explains time series basics, models, and forecasting approaches in the context of the construction industry, accompanied by practical examples in construction. The second part describes the concept of investment valuation for construction projects and provides both deterministic and probabilistic techniques to conduct investment valuation on construction projects. R code scripts are provided in this book for solving practical problems in the construction industry. This book is also equipped with an R Package entitled “cdar” to provide the necessary functions for performing investment valuation. The book maximizes students’ understanding of the necessary theoretical background of data analytics, and explains the implementation of data analytics techniques to solve the actual problems in the construction industry.

Climate change, increasing population, food-versus-fuel economics, pandemics, etc. pose a threat to food security to unprecedented levels. It has fallen upon the practitioners of agriculture and technologists of the world to innovate and become more productive to address the multi-pronged food security challenges. Agricultural innovation is key to managing food security concerns. The infusion of data science, artificial intelligence (AI), advanced analytics, satellites data, geospatial data, climatology, sensor technologies, and climate modeling with traditional agricultural practices such as soil engineering, fertilizers use, and agronomy are some of the best ways to achieve this. Data science helps farmers to unravel patterns in fertilizer pricing, equipment usage, transportation and storage costs, yield per hectare, and weather trends to better plan and spend resources. AI enables farmers to learn from fellow farmers to apply best techniques that are transferred learning from AI to improve agricultural productivity and to achieve financial sustainability. Sensor technologies play an important role in getting real-time farm field data and provide feedback loops to improve overall agricultural practices and can yield huge productivity gains. Advanced Analytics modeling is essential software technique that codifies farmers’ tacit knowledge such as better seed per soil, better feed for dairy cattle breed, or production practices to match weather pattern that was acquired over years of their hard work to share with worldwide farmers to improve overall production efficiencies, the best antidote to food security issue. In addition to the paradigm shift, economic sustainability of small farms is a major enabler of food security. The book reviews all these technological advances and proposes macroeconomic pricing models that data mines macroeconomic signals and the influence of global economic trends on small farm sustainability to provide actionable insights to farmers to avert any financial disasters due to recurrent economic crises.

The rapid growth over the past three decades has been instrumental in lifting over 600 million people in China out of poverty, and people want to know why and how it happened. International evidence has made it clear that a global economy based on current patterns of consumption and production is simply not sustainable. Policymakers have repeatedly been advised that economic growth, poverty reduction, equity, and environment and resource sustainability must be integrated into national development strategies. What about China? The principle limitation of existing China-focused economic studies lies in its imbalances from the perspective of analysis and the impact of growth on poverty and inequality. A limited number of studies are devoted to structural transformation and China’s structural imbalances, social disparities and the impact of science and technology on growth and productivity. This book addresses the alarming environmental consequences of China’s growth patterns within an overall quality growth framework. It contributes to the economic growth and development literature and current policy discourse on China by expanding the policy analysis to include several important new areas using the most recent data available. This includes analyzing the macroeconomic factors that underlie the need for China to advance its economic transformation; examining how social inequalities, including health, education and gender, have evolved and presenting the scale of environmental problems associated with China’s growth miracle. This report represents the first attempt to integrate the issue of environmental sustainability and climate change into the quality growth context, providing readers with a comprehensive account of China’s success and challenges in its three decades of rapid economic growth.

We show empirical evidence that there may not be a tradeoff between market income inequality and high sustained growth, which is key for poverty alleviation. We argue that the economies that achieved high sustained growth and low market income inequality are characterized by dynamism—a drive toward sophisticated export industries, innovation, and creative destruction and a high level of competition. What a country produces and how much it competes domestically and internationally are important for achieving fair and inclusive markets. We explore policy options to steer industrial and market structures toward providing growth opportunities for both workers and firms.

China’s transformation into a dynamic private-sector-led economy and its integration into the world economy have been among the most dramatic global economic developments of recent decades. This paper provides an overview of some of the key aspects of recent developments in China’s macroeconomy and economic structure. It also surveys the main policy challenges that will need to be addressed for China to maintain sustained high growth and continued global integration.