scholarly journals Advantages of chinese production in the context of globalization

2021 ◽  
Vol 16 (3) ◽  
pp. 21-31
Author(s):  
W. Yuanlong ◽  
W. Xizhe

A large number of exports of cheap industrial products completed the initial accumulation of capital in China, but this manufacturing industry, which has not mastered the basic technologies, is very fragile. With the development of science and technology, the economy of various countries is gradually globalizing. China is currently the second largest economy in the world, and due to its large population, this also makes China a huge sales market, but due to the large amount of excess capacity, China’s excess industrial market cannot be digested by its own country. In addition to the modernization of China’s manufacturing industry, it is inevitable that Chinese industry will simultaneously enter the world market. China’s manufacturing industry will face difficulties, but at the same time it has its own unique advantages.

2021 ◽  
Vol ahead-of-print (ahead-of-print) ◽  
Author(s):  
Sagnik Bagchi ◽  
Surajit Bhattacharyya

Purpose This paper aims to explore whether India’s export basket in the bilateral intra-industry trade (IIT) with two of its top trading partners characterize robust export earnings or not. This is pertinent for two reasons. First, India has a persistent problem of current account deficit for over decades now. Second, whether India’s export diversification strategy by participating in global value chains to improve export share in the world market led to the problem of the fallacy of composition. Design/methodology/approach This study considers bilateral trade data between India-USA and India-China at the HS-6 digit level over the period 1990–2018. The magnitude of total IIT is computed using the Grubel and Lloyd (1971) index. This paper then uses the unit value dispersion criterion to disentangle the magnitude of total IIT into horizontal and vertical IIT. Through a stepwise econometric exercise, this paper explores the attributes of exported goods in the IIT basket in terms of the directions of ToT, export share and export-price elasticity. Findings Across the two country pairs, the major contributors to the upsurge in IIT are five manufacturing industry groups of chemical, plastics and rubber, textiles, base metals and machinery and mechanical appliances. Across the industry groups, the dominant form of IIT has been low vertical IIT. Most of the industry groups do not characterize robust export earnings as the commodity groups have an elastic demand and an increasing trend of Terms of Trade (ToT). The exceptions are the industry groups of chemicals and textiles in India-China and India-USA, respectively. Research limitations/implications The concern of slim export earnings in most industry groups offers scepticism in maintaining the sustainability of the current account. The problem of the fallacy of composition also cannot be ruled out given the dominance of low vertical IIT. This study argues that these industry groups need to engage in labour market reforms and require access to easy credit to achieve competitiveness in the world market. Originality/value The analysis performed in this paper attempts to integrate the Prebisch-Singer hypothesis in the context of IIT. Empirical evidence to such an issue is not profound.


Africa ◽  
1999 ◽  
Vol 69 (3) ◽  
pp. 366-385 ◽  
Author(s):  
Lynne Brydon

AbstractUsing largely anecdotal evidence from field notes, the article traces Ghana's formal economic decline through the 1970s. Perceptions of striving for survival and success are sketched out during this overwhelmingly pessimistic period. There follows a description of people's views about survival and ‘the state of play’ in Ghana's economic progress in the late 1980s and early 1990s. These discursive comments are followed by some simple quantitative material about work, the availability of jobs and the structure of the labour market at the time. What becomes obvious, given that Ghanaians are actually continuing their lives much as they have in the past, is that the IMF's and World Bank's policy prescriptions and strategies for the development of manufacturing industry, for attracting the ‘world market factories’ of the multinationals, are not being achieved. Instead, Ghanaians have focused (as they always have) on strategies for networking and getting a break: striking it ‘lucky’, in fact. The relatively newly discovered volatile element in the World Bank's calculations has long been a (if not the) core factor in the plans of many small enterprises. Meanwhile Ghanaians are trying, hoping for some ‘luck’, to survive and even prosper into the next millennium.


2002 ◽  
Vol 81 (5) ◽  
pp. 201
Author(s):  
Richard N. Cooper ◽  
Thomas G. Moore

Author(s):  
Irina A. Rodionova ◽  
Ekaterina A. Antipova

The industrialisation of the world economy continues to develop not only at the expense of economically developed, but also at the expense of developing countries. This leads to a spatial regrouping of forces in the architecture of world industry at the regional and global levels. Changes can be traced both in production and in trade in products of hightechnology industries. The purpose of the study is to characterise modern processes in the global manufacturing industry, to show the changing role of regions in the world industry and world trade in products of knowledge- and technologyintensive (KTI) industries with varying degrees of research and development (R&D) intensity, to identify the role of a new leading region, as well as the positions of China and other countries. In the course of the research, Asia’s stable leadership in the production and export of products of high-technology industries with varying degrees of R&D intensity was established. It is shown that at present the Asia region is the leader, first of all, due to the industrial development of China, the share of which is about 30 % in the production of products of the world manufacturing industry. At the same time, the share of China in the manufacturing industry of the Asian region (the modern leader of the world industry) exceeds 50 % (as well as in the trade in industrial products of the countries of this region) already. China came out on top in the export of all groups of high-technology goods with varying degrees of R&D intensity, including in the export of high-technology goods with high R&D intensive (23 and 20 % of world exports, respectively). China is the leader in the production (26 %) and export (12 %) of high-technology goods with medium-high R&D intensity also. The strengthening of the position of the Asian region in the world industry and world trade of knowledge- and technology-intensive goods in the second decade of the 21st century is revealed.


2003 ◽  
Vol 55 (2) ◽  
pp. 261-282 ◽  
Author(s):  
Mladjen Kovacevic

In the distant past prices of primary commodities had shown a tendency of decrease and their increase was recorded only during the First and Second World Wars. Since 1950s there had been recorded a slight decrease in global price indices of primary commodities, while in early 1970s they grew to a considerable extent. After that and up to 2001 the global nominal price indices and particularly real price indices of non-energy primary products drastically fell reaching the lowest level in their history. This applied to prices of all primary commodities as a whole as well as to all groupings of these products. On the other hand, prices of industrial products exported by developed countries to underdeveloped and medium-developed ones, dynamically grew in the second half of the previous century. Thus, the terms of trade substantially aggravated for underdeveloped countries whose exports structure is still dominated by non-energy primary commodities. Therefore, the negative correlation was clearly manifested between a very high share of primary commodities in the structure of commodity exports and a very low per capita income in a number of developing countries. The drastic fall in prices of primary commodities and the simultaneous dynamic growth in prices of industrial products caused to a great extent reduction of the share of primary commodities in the world commodity trade - from 57 per cent recorded in 1950 to only over 20 per cent recorded in late 20th and early 21st centuries. Among numerous factors that have brought about a drastic fall in prices of primary commodities the most prominent are: technical and technological progress in their production, production of their substitutes, in traffic and other sectors as well. Apart from this, the decrease in prices of primary commodities has been considerably caused by change in exchange rate at par to US dollar, agricultural policies of developed countries, privatisation of companies that produce commodities and particularly by too excessive production and purchase in relation to demand and spending that in recent years have been under the impact of recession that has emerged in developed economies and a number of newly industrialised and developing countries, as well as a very slow revival of economies in transition. By all this, a drastic fall in prices of a number of particular products from this group has also resulted from the impact exerted by some specific factors. Taking into consideration the fact that the impact of the most important factors that have brought about the drastic fall in prices of primary commodities is of permanent character and that it will be exerted to a greater or lesser extent in the next dozen of years the experts of the World Bank forecasted in late 2002 that, taken as a whole, the real prices of primary commodities would slightly increase by 2015, but they would still be at a lower level than in 1990. By all this, they forecasted that the real prices of energy commodities (this also including raw oil) would be considerably reduced in that period.


Author(s):  
Weijuan Li ◽  
Pengcheng Zhang

Abstract The development of a low-carbon economy is an inevitable choice for the world to coordinate industrial economic growth and environmental issues actively. At the same time, science and technology are the cornerstones for the development of a low-carbon economy. The equipment manufacturing industry (EMI) in China is known as the base of the low-carbon sector. Still, the research of coordinating industry carbon emission and economic growth from the perspective of science and technology is insufficient. For this reason, this work comprehensively analyzed the economic development and carbon emission of China’s EMI. The DEA (data envelopment analysis) Malmquist method was used to measure the transformation efficiency of scientific and technological achievements of the EMI from 2009 to 2017. The results can show that: (1) the economic benefits of China’s EMI were increasing year by year, but the growth rate is declining. With the optimization of industrial structure, the energy consumption and carbon emission of the industry have improved, but there is still a large gap between different sectors; (2) the achievement transformation of EMI decreases by year due to the influence of technological progress efficiency; and (3) in terms of sector data efficiency in 2017, there is redundancy in the investment of general EMI (B2) and special EMI (B3). This work can provide a reference for the development of countries dominated by industry and to jointly realize the sustainable development of the world economy.


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