The relative influence of price and non-price factors on short-term retail deposit quantities?

This study explores how price and non-price factors influence change in the quantity of short-term retail deposits held by depository institutions. The analysis is undertaken for a sample of UK building societies over 23 years using a disaggregated data set with a two-stage econometric procedure involving system estimators in a panel framework using seemingly unrelated regression, generalised method of moments and an ordinary least-squares fixed effects estimators to control for contemporaneous correlation and endogeneity concerns. Price factors examined include the policy or base rate and retail deposit interest rates set by individual building societies and non-price factors including the branch network and the number of deposit accounts offered by individual building societies. The cost of funds, one non-price factor and occurrence of mergers are consistently significant influences of retail deposit quantities. We conclude risk assessment of retail deposit quantity and monetary policy transmission would benefit from considering both price and non-price factors, rather than only price factors.     

Future S&T management policy issues—2025 global scenarios

This article presents four scenarios depicting science and technology (S&T) management dilemmas of the next two decades. The scenarios concern the balance between risk and promise, between the need to steer the directions of S&T, to minimize risk, and the need to maintain a free and unconstrained S&T agenda. These scenarios were constructed in the third year of the Millennium Project's study of this topic. The scenarios were formed in an interactive process with the project's international participants. The key policies that were found to be useful in all of the scenarios include (1) when considering the possibility of the misuse of weapons of mass destruction by terrorists, include the possibility of misuse by a single individual, acting alone; (2) establish mechanisms and techniques for making possible the explicit unintended consequences of scientific research and technology, including malicious uses; (3) for desirable technologies, where it may not be possible to avoid significant risks, develop mitigation strategies in parallel; (4) teach science ethics.     

Black–white differences in beliefs about the U.S. restaurant tipping norm: Moderated by socio-economic status?

A re-analysis of two national telephone surveys found that black–white differences in awareness that it is customary to tip a percentage of the bill declined as socio-economic status increased. However, black–white differences in awareness that is customary to tip 15–20 percent in restaurants was unrelated to socio-economic status. The practical as well as theoretical implications of these findings are discussed along with directions for future research.     

The Helios strategy: An heretical view of the potential role of solar energy in the future of a small planet

Over the next hundred years there must be a worldwide transition from reliance on fossil fuels to the use of some combination of long-term and abundant primary sources for the production of heat, electricity, and synthetic fuels. The rate at which such options can be developed and employed, as well as the maximum rate at which they can provide energy at a sustained rate, will place important constraints on the rate and limits to growth of other human activities. It is generally argued that only the fission option, in the form of the fast-breeder and high-temperature reactors, can provide the energy required for a livable world, particularly if this means a world of 10 billion people living at the present energy level of Western Europe. However, a careful examination indicates that the use of solar energy, through a menu of technological options, can provide the needs of a world at this scale of energy use, and that this can be accomplished within the constraints of land availability and requirements for energy, materials, and labor. No scientific breakthroughs are required, although a number of these would be helpful, but very substantial engineering advances are required, and the transition of such a world-wide system would take no less than a century. However, the feasibility of such large-scale use of solar energy will substantially alter those aspects of the “limits to growth” discussions in which future growth strategies are constrained by available and acceptable energy alternatives. This paper outlines a global solar-energy system considered feasible for more than 10 billion people living at 5 kW per capita.