Nineteenth Century Government-Assisted and total immigration from the United Kingdom to Australia: Quinquennial estimates by colony

This paper provides the first comprehensive estimates of total and government-assisted United Kingdom immigration to Australia in the nineteenth century using the vast array of primary source material published in British and colonial parliamentary papers. It concludes that about 47 per cent of United Kingdom immigrants were government-assisted.     

Secular changes in the height of fijians and indo-fijians

Quantitative evidence is presented on secular changes in the height of adult Fijians and Indo-Fijians during the past century. Consideration is also given to changes in the tempo of maturation and in the sexual dimorphism of height of these two groups.     

Mortality risks induced by the costs of regulations

Regulatory costs are ultimately paid for by the individuals in our society. The reduction in disposable income can lead to changes in purchasing, such as for safety and health care; stress, such as from job loss; and behavior, such as smoking or alcohol consumption. On average, these changes induce greater mortality risks and lead to premature deaths. This paper examines cases in which regulatory costs are primarily placed either on the general public or on individuals in a specific industry. Several policy issues concerning the mortality risks of regulatory costs are addressed. Neglecting the consideration of the fatalities induced by regulatory costs in the setting of regulations will lead to unnecessary deaths of Americans.     

Grounded Theory Methods and Qualitative Family Research

相似文献   

The number of weak orderings of a finite set

The number of Arrovian constitutions, when N agents are to rank n alternatives, is p(n) ^{p(n) N} , where p(n) is the number of weak orderings of n alternatives. For n≤15, p(n) is the nearest integer to n!/2(log2) ^{n +1}, the dominant term of a series derived by contour integration of the generating function. For large n, about n/17 additional terms in the series suffice to compute p(n) exactly. Received: 29 May 1995 / Accepted: 22 May 1997