The public R&D and productivity growth in Australia's broadacre agriculture: is there a link?

This paper investigates the dynamic relationships between research and development (R&D) expenditure and productivity growth in Australian broadacre agriculture using aggregate time series data for the period 1953 to 2009. The results show a cointegrating relationship between R&D and productivity growth and a unidirectional causality from R&D to TFP (total factor productivity) growth in Australian broadacre agriculture. Using the dynamic properties of the model, data from beyond the sample period are analysed by employing the variance decomposition and the impulse response function. The findings reveal that R&D can be readily linked to the variation in productivity growth beyond the sample period. Furthermore, the forecasting results indicate that a significant out‐of‐sample relationship exists between public R&D and productivity in broadacre agriculture.     

How training and innovation link to farm performance: a structural equation analysis

The complexity of modern farm management places great demands on the skill, knowledge and capability of farm managers and their families. Keeping abreast of emerging technologies and innovations that can affect each key farm enterprise, and knowing how best to marshal the resources required for profitable farm production, are key tasks of farm management. This study draws on a longitudinal data set of 240 broadacre farmers to compare and analyse their farm performance over a decade. Using structural equation modelling, we examine relationships between the farm family's involvement in training, their human capital, their use of various innovations and ultimately the linkages of these factors to farm financial and productivity performance. Several statistically significant inter‐relationships are found, and some factors are shown to have significant positive links to farm performance. We find that training undertaken by the farm family, the farm family's human capital and their use of innovations, particularly key cropping innovations, have significant beneficial impacts on farm performance. The farmer's skills in time and organisational management, their engagement in business planning and the unique environmental characteristics of the farm also significantly and positively influence farm performance.     

Role of TFP in China's Growth*

This paper uses the dual approach to growth accounting to examine the role of total factor productivity (TFP) in recent Chinese growth. Most previous growth accounting studies on China have followed the primal approach, which depends heavily on the national income accounts. Unfortunately, despite efforts to rectify them, Chinese national income accounts data continue to have problems that affect primal approach growth accounting results. The dual approach, in contrast, allows independent price information to play a role. Recent research has focused on the following two questions: (i) How significant has TFP's role been in post‐reform Chinese growth? (ii) Has TFP growth rate slowed down in more recent years? This paper finds that: (i) the TFP growth rate for mainland China computed using the dual approach also proves high; and (ii) there has been some slowdown in TFP growth rate in recent years.     

Exploring the impact of R&D and climate change on agricultural productivity growth: the case of Western Australia*

This article empirically examines the impact of R&D and climate change on the Western Australian Agricultural sector using standard time series econometrics. Based on historical data for the period of 1977–2005, the empirical results show that both R&D and climate change matter for long‐run productivity growth. The long‐run elasticity of total factor productivity (TFP) with respect to R&D expenditure is 0.497, while that of climate change is 0.506. There is a unidirectional causality running from R&D expenditure to TFP growth in both the short run and long run. Further, the variance decomposition and impulse response function confirm that a significant portion of output and productivity growth beyond the sample period is explained by R&D expenditure. These results justify the increase in R&D investment in the deteriorating climatic condition in the agricultural sector to improve the long‐run prospects of productivity growth.     

A reliability engineering approach for forecasting technological breakthroughs

One of the major attributes determining system reliability, the one that has received the most thorough and systematic study for many years, is system survival function. A “survival function” is a mathematical formula relating the probability of satisfactory performance of a system to time. Here, probability of satisfactory performance is synonymous with probability of nonfailure or probability of survival of a performing system.In breakthrough analysis of complex technological systems, the situation is somewhat similar but opposite to the above system reliability case. For breakthrough forecasting, the problem is to determine the probability of occurrence of success of a nonperforming system. Thus this paper presents a quantitative methodology for forecasting technological breakthroughs using a new concept of “attainability function,” derived in a similar fashion as the “reliability function.”     

INTERNATIONAL COMPARISON OF TOTAL FACTOR PRODUCTIVITY: A REVIEW

Several different approaches to international comparison of Total Factor Productivity (TFP) have now emerged. Among these are the time-series approach, the panel approach, and the cross-section approach. This paper compares methodologies of these different approaches and results that have been obtained from their application. The comparison of results is conducted in the context of two samples, namely the sample of G7 countries and a large sample that includes developing nations. It is found that while there are broad agreements in results, there exist considerable differences too. The analysis shows how these differences can be related, in part, to differences in methodology. The paper also shows how these different approaches to international TFP-comparison can play a complementary role in enhancing our understanding of such important phenomena as technological diffusion and TFP-convergence.     

REGIONAL AGRICULTURAL PRODUCTION SYSTEMS: ESTIMATES FOR WESTERN AUSTRALIA

A regional model, be it computable general equilibrium or partial equilibrium in construct, which is based on the national parameters would certainly provide misleading results if the regional economy or sector is significantly different from its national counterpart. For a credible and useful quantitative analysis of the regional impacts of changes in, say, government policies or international events, one thus needs an empirically based economic model that reflects the key features of the regional economy or sector concerned. This is the motivation for this paper, which estimates a disaggregated agricultural production system for Western Australia (WA): a key farming State of Australia. The paper uses a profit function approach that explicitly recognizes jointness in agricultural production and various climatic zones in WA, and an estimation procedure that involves the Diewert–Wales decomposition technique. It presents estimates of elasticities of supply responses and input demands in WA agriculture, and compares these with the national estimates.     

Will Inequality Lead China to the Middle Income Trap？

China has departed from the East Asian development model by letting inequality rise to a high level, which is now contributing to China＇s current problems of macroeconomic imbalance, declining efficiency of capital, and rising social tensions. If inequality persists, China may get caught in the ＂inequality-trap,＂ which may then lead to the middle income trap （MIT）. Fortunately, China still has the levers to pull to reduce inequality and avoid the MIT. Measures along both the ＂wage route＂ and the ＂redistributive route＂ can be adopted for this purpose. In addition, China may pursue the ＂cooperative route＂ to more equitable distribution.     

The Commercial Approach vs. the Ecological Approach to rivers: An essay in response to the Indian River Linking Project (IRLP)

This paper provides a critique of the Commercial Approach to rivers and argues for an alternative, Ecological Approach, taking the Indian River Linking Project (IRLP) as a case study. It begins by summarizing the criticisms of IRLP expressed by scholars from India and other countries of the subcontinent, and then asks the question of why this project has been launched despite its apparent weaknesses. The paper shows that IRLP is a culmination of the Commercial Approach to rivers that sees rivers as objects to be ‘conquered’ and ‘consumed.’ The paper notes that time and experience have made the Commercial Approach outmoded, and a new, Ecological Approach has emerged. According to the Ecological Approach, rivers should be appreciated for what they are, i.e. as progenitor of various eco-systems and cultures. The Ecological Approach encourages harvesting river resources in a way that does not affect fundamentally the natural course and flow of rivers and the eco-systems and cultures they sustain. In view of their strong tradition of reverence towards rivers, the people of South Asia can play a prominent role in championing the Ecological Approach and emerge as an example for many other developing countries to follow.     

Productivity Dynamics in a Large Sample of Countries: A Panel Study

Recent research shows that productivity differences are more important than differences in accumulation rates in explaining per capita income differences across countries. So far static differences in productivity have been mainly computed and analyzed in large samples of countries. This paper extends the research by focusing on productivity dynamics . It uses the panel approach to compute productivity indices for a large sample of countries for two time periods, namely an initial period of 1960–75 and a subsequent period of 1975–90. This allows computation of ordinal and cardinal changes in productivity between the two periods. The results show considerable variation in productivity dynamics across countries. The task ahead is to find out what accounts for the observed dynamics.