Were British railway companies well managed in the early twentieth century?1

This paper examines major privately owned British railway companies before the First World War. Quantitative evidence is presented on return on capital employed (ROCE), total factor productivity (TFP) growth, cost inefficiency, and speed of passenger services. There were discrepancies in performance across companies but ROCE and TFP typically fell during our period. Cost inefficiency rose before 1900 but then was brought under control as a profits collapse loomed. Without the discipline of either strong competition or effective regulation, managerial failure was common. This sector is an important qualification to the conventional wisdom that late Victorian Britain did not fail.     

THE ROLE OF HUMAN CAPITAL IN CHINA'S TOTAL FACTOR PRODUCTIVITY GROWTH: A CROSS‐PROVINCE ANALYSIS

This paper studies the role of human capital in China's provincial total factor productivity (TFP) growth over 1985–2004. The stochastic frontier approach is employed to measure the productivity growth of Chinese provinces. Human capital is measured both qualitatively and quantitatively. In particular, enrolment rates at various levels of schooling are used to represent human capital composition. After controlling for endogeneity, we find that human capital has significant and positive effects on the TFP growth of Chinese provinces. However, when education quality is incorporated, productivity growth appears to be significantly enhanced by quality improvements in primary education only. Regional impacts of human capital are found to differ at various levels of schooling. In the eastern region of China, productivity growth is significantly associated with secondary education. TFP growth in the central region is mainly promoted by primary and university education. Yet in the western region, primary education plays the most prominent role.     

The New Economy in Europe, 1992-2001

Despite the fast catching up in the diffusion of informationand communication technologies (ICT) experienced by most EUcountries in the last few years, information technologies haveso far delivered few productivity gains in Europe. In the secondhalf of the past decade, the growth contributions from ICT capitalrose in six EU countries only (the UK, Denmark, Finland, Sweden,Ireland, and Greece). Unlike in the USA, this has not generallybeen associated with higher labour or total factor productivity(TFP) growth rates, the only exceptions being Ireland and Greece.Particularly worrying, the large countries in Continental Europe(Germany, France, Italy, and Spain) showed stagnating or mildlydeclining growth contributions from ICT capital, together withdefinite declines in TFP growth compared to the first half ofthe 1990s. It looks as though the celebrated ‘Solow paradox’on the lack of correlation between ICT investment and productivitygrowth has fled the USA and come to Europe.     

Total factor productivity in South African agriculture, 1947‐91

Indices of total factor productivity (TFP) measure aggregate output per unit of aggregate input, providing a guide to the efficiency of agricultural production. This article outlines the relationship between production functions and TFP indices. Then, an index is constructed for South African agriculture for the period 1947‐91. The index shows that TFP grew at an average rate of 1,3 per cent per annum. However, TFP growth has increased since the reforms of the early 1980s. Since capital has been more realistically priced relative to labour, greater productivity growth has gone together with increasing employment, which must have improved social welfare.     

Catching up to the European core: Portuguese economic growth, 1910–1990

This paper analyses the causes of Portuguese catching-up to the European core, in the 20th century, within a growth accounting framework. It concludes that investment in human and physical capital was the main driving force of economic growth and that variation in output growth rates are attributable to changes in total factor productivity growth. The paper explains the decline in TFP growth after 1973 in terms of structural change in the industrial sector.     

Evolution of living standards and human capital in China in the 18-20th centuries: Evidences from real wages, age-heaping, and anthropometrics

This article mobilizes and integrates both existing and new time series data on real wages, physical heights and age-heaping to examine the long-term trend of living standards and human capital for China during the eighteenth to twentieth centuries. Our findings confirm the existence of a substantial gap in living standards between China and North-western Europe in the eighteenth and nineteenth centuries. They also reveal a sustained decline in living standards and human capital at least in South China from the mid-nineteenth century followed by a recovery in the early twentieth century. However, comparative examination of age-heaping data shows that the level of Chinese human capital was relatively high by world standard during this period. We make a preliminary exploration of the historical implication of our findings.     

Aging,automation, and productivity in Korea

This paper examines the impact of aging in the Republic of Korea on productivity as measured by labor productivity or total factor productivity (TFP). It also assesses the effect of robot adoption on the relation between aging and productivity using industrial level data. We find that aging is negatively associated with labor productivity and TFP growth. This is true particularly when aging is measured by increases in shares of old workers. If aging is measured by increases in the median age of workers, the negative effect is weaker. Evidence also suggests that robot technology mitigates aging's negative effect on productivity growth, particularly when productivity is measured by TFP. However, there is no evidence that robots are more heavily adopted in aged industries. While robot technology does not directly contribute to higher productivity growth, our findings suggest that the robot adoption can alleviate the negative impact of aging by helping workers in their 50s and 60s contribute less adversly to productivity growth.     

FDI、知识溢出与生产率增长——基于DEA方法和状态空间模型的经验研究

本文利用DEA方法对中国全要素生产率进行了测算,在此基础上建立国际知识溢出分析框架,检验了基于FDI渠道的国外知识资本对全要素生产率的溢出效应。结果表明:国内知识资本和基于FDI渠道的国外知识资本对TFP增长起到显著的促进作用;通过对TFP进行分解发现,两者对技术进步促进作用明显,对技术效率影响微弱;采用状态空间模型进一步分析发现,于FDI渠道的国外知识资本对TFP的贡献度在不断上升。     

Good schools make good neighbors: Human capital spillovers in early 20th century agriculture

Formal schooling has a significant impact on modern agricultural productivity but there is little evidence quantifying the historical importance of schools in the early development of the American agricultural sector. I present new data from the Midwest at the start of the twentieth century showing that the emerging public schools were helping farmers successfully adapt to a variety of agricultural innovations. I use a unique dataset of farmers containing detailed geographical information to estimate both the private returns to schooling and human capital spillovers across neighboring farms. The results indicate that public schools contributed substantially to agricultural productivity at the turn of the century and that a large portion of this contribution came through human capital spillovers. These findings offer new insights into why the Midwest was a leader in the expansion of secondary education.     

ICT and Productivity Growth in the United Kingdom

This paper develops new estimates of investment in and outputof information and communication technology (ICT). These newestimates imply that GDP growth has been significantly understated,particularly since 1994. A growth-accounting approach is employedto measure the contribution of ICT to the growth of both aggregateoutput and aggregate input. On both counts, the contributionof ICT has been rising over time. From 1989 to 1998, ICT outputcontributed a fifth of overall GDP growth. Since 1989, 55 percent of capital deepening (the growth of capital per hour worked)has been contributed by ICT capital; since 1994 this proportionhas risen to 90 per cent. ICT capital deepening accounts for25 per cent of the growth of labour productivity over 1989–98and 48 per cent over 1994–8. But even when output growthis adjusted for the new ICT estimates, both labour productivityand TFP growth are still found to slow down after 1994.     

Total Factor Productivity of the Japanese Rice Industry

We calculate partial factor productivity and total factor productivity (TFP) indices for rice production using panel data across 42 Japanese prefectures from 1996 to 2006, and perform panel unit root tests of TFP convergence across prefectures. We find that during this period, the partial factor productivity growth rates for capital, land and materials stagnated at the aggregate national level, as did the TFP growth rate, despite a large increase in labor productivity. We also identify evidence of a convergence in TFP across Japanese prefectures.     

An historical wealth assessment – measuring the Swedish national wealth for the nineteenth and twentieth centuries

This article provides historical account of wealth accumulation and composition in Sweden during the nineteenth and twentieth centuries. A detailed account on capital formation during the industrialisation process shows that produced capital grew faster than natural capital from the 1850s. Natural capital was changing from a predominance of forest towards crop land as the main asset in the early twentieth century. Produced capital was largely bounded in the agriculture sector up till the second half of the nineteenth century. Heavy investments in the infrastructure sector and later in the manufacturing section changed the produced capital structure and thereby lowered transport costs and return of investment in manufacturing and services; providing incentives for accumulating the stock of produced capital and enhance consumption and living standard. The return on capital was dispersed from the outset of the period but has converged over time.     

Institutions,Capital, and Growth

The international development community has encouraged investment in physical and human capital as a precursor to economic progress. Recent evidence shows, however, that increases in capital do not always lead to increases in output. We develop a growth model where the allocation and productivity of capital depends on a country's institutions. We find that increases in physical and human capital lead to output growth only in countries with good institutions. In countries with bad institutions, increases in capital lead to negative growth rates because additions to the capital stock tend to be employed in rent‐seeking and other socially unproductive activities.     

Is Structural Change Speeding Up? The Case of Sweden, 1850–2000

Abstract

This article focuses on the importance of structural change on productivity growth and conditions in the labour market. From a productivity perspective, a positive relation is found between structural change and productivity growth from the industrial breakthrough until the first oil crisis. From the early 1970s, this positive relation weakened and eventually became negative as labour moved from high to low productive industries. From a labour market perspective, it is found that extent of sectoral reallocation of labour has become more intense over the twentieth century. The extent of job gains and losses seems to have been more intense during the postwar period than during the industrialization phase.     

资源配置、全要素生产率与农业经济增长愿景

对2004~2010年我国不同地区农业的资源配置扭曲情况的分析表明:由于"二元经济"的影响,我国农业的资本和劳动存在着明显的跨部门配置扭曲。如能有效消除此类扭曲,我国农业TFP能提高6%~36%。各地区的资源再配置效应对农业TFP增长率有着显著影响,并且各地区的资源再配置效应存在明显差异。对全国各个地区而言,土地资源再配置效应都是影响农业资源再配置效应的主要因素,资本和劳动再配置效应则相对较弱。由此可见,促进城乡资本和劳动力市场一体化以及进一步完善农村土地流转市场是现阶段降低农业资源配置扭曲、促进农业TFP增长的主要途径。     

The sources of long-term economic growth in Indonesia, 1880-2008

This paper presents new time series estimates of GDP, capital stock and education-adjusted employment, and uses a growth accounting approach to analyze GDP growth during 1880-2008. The growth of capital stock, employment and educational attainment explained almost all of GDP growth. During key growth periods 1900-29 and 1975-97, Total Factor Productivity (TFP) growth was on balance negative. TFP growth was substantial during some sub-periods, particularly 1933-41, 1951-61, 1967-74 and 2000-08. Each followed a major economic downturn that slowed capital stock growth and required a more efficient use of productive resources, supported by changes in economic policy that enhanced productivity and efficiency.     

Human capital and economic growth in Spain, 1850–2000

We investigate human capital accumulation in Spain using income- and education-based alternative approaches. We, then, assess human capital impact on labor productivity growth and discuss the implications of its alternative measures for TFP growth. Trends in human capital are similar with either measure but the skill-premium approach fits better Spanish historical experience. As education is a high income elastic good, human capital growth computed with the education-based approach seems upward biased for the recent past. Human capital provided a positive albeit small contribution to labor productivity growth facilitating technological innovation.     

Imperfect Competition, Economic Miracle, and Manufacturing Productivity Growth: Empirical Evidence from Taiwan

Several recent studies on total factor productivity (TFP) concluded that the East Asian economies benefited little from TFP growth. This study claims that the failure by previous studies to consider the effect of net indirect taxes and market imperfections resulted in the underestimation of the share of the contribution of labor input to factor income, which consequently led to the overestimation of capital share and understatement of TFP growth. Therefore, this study has modified the conventional approach of calculating factor shares by taking account of net indirect taxes and market imperfections and used the modified approach to estimate TFP growth in 16 Taiwanese manufacturing industries during the period 1979–1999. The conclusion drawn by the study is that TFP growth was the driving force behind the success of Taiwan's manufacturing industries, although many of these industries experienced a sharp decline in TFP during the 1990s.     

Total factor productivity growth for 12 Asian economies: The past and the future

This study examines the importance of TFP growth in the long-term past and future economic growth of 12 Asian economies. We analyze the pattern of past growth based on a calculation of TFP growth, investigate the TFP dynamics by estimations of a TFP growth model, decompose the factors affecting TFP growth, and offer long-term projections of TFP growth. The main findings are as follows. First, results suggest that the growth accounting paradigm has shifted in the recent decade toward a productivity-based growth paradigm. Second, the catch-up effect is the major source of TFP growth in past decades, and the human capital contribution to TFP growth is gradually rising in Hong Kong, Korea, Singapore, and Taiwan in the most recent decade but is stagnated or weakened for other Asian economies. Third, the results project strong TFP growth for the two subperiods of 2010–2020 and 2020–2030 and thus suggest that the productivity-based growth will continue in the future long-term growth of the Asian economies.     

Falling behind and catching up: India's transition from a colonial economy

India fell behind during colonial rule. The absolute and relative decline of Indian GDP per capita with respect to Britain began before colonization and coincided with the rise of the textile trade with Europe. However, the fortunes of the traditional textile industry cannot explain the decline in the eighteenth century and stagnation in the nineteenth century as India integrated into the global economy of the British Empire. Inadequate investment in agriculture and consequent decline in yield per acre stalled economic growth. Modern industries emerged and grew relatively fast. The reversal began after independence. Policies of industrialization and a green revolution in agriculture increased productivity in agriculture and industry. However, India's growth in the closing decades of the twentieth century has been led by services. A concentration of human capital in the service sector has origins in colonial policy. Expenditure on education prioritized higher education, creating an advantage for the service sector. At the same time, the slow expansion of primary education lowered the accumulation of human capital and put India at a disadvantage in comparison with the fast‐growing economies of East Asia.