An Estimate of Assimilation Rate of Mixed-Blood Aborigines in New South WalesPosted in Anthropology, Articles, Media Archive, Oceania on 2012-05-28 03:28Z by Steven |
An Estimate of Assimilation Rate of Mixed-Blood Aborigines in New South Wales
Oceania
Volume 32, Number 3 (March, 1962)
pages 187-190
J. Le Gay Brereton
Some anthropologists have suggested that the Aboriginal population of New South Wales (very largely mixed-bloods) will prefer integration to assimilation. It is therefore important to obtain some estimate of the rate of assimilation in recent years (Elkin, 1960; Bell, 1960).
Assimilation here is taken to have occurred if mixed-bloods (1) no longer mix predominantly with mixed-bloods but find their friends as much or more among white Australians ; (2) live in houses typical of white Australians, dispersed among white Australians, at a standard of living like that of white Australians ; and (3) for purposes of census regard themselves as white Australians, and not mixed-blood or Aboriginal Australians.
An estimate of crude birth-rate and death-rate of mixed-bloods was made from published records of Stations in the Reports of the Aboriginal Welfare Board for the years 1944 to 1959. The birth-rates and death-rates were calculated for each year and the variation analysed by the linear regression of these rates on time. No trend was demonstrable for birth-rate, but the death-rate showed a fall which was significant (P<0.01). The average birth-rate and death-rate over the whole period was 41.8748 and 13.2056 per 1,000 persons per year, giving a crude net increase of 28.6692. No countries have a higher rate than this except Mexico (34.0 persons per 1,000 persons per year) (Commonwealth Year Book, 1959). Although it has been shown that the erode death-rate is falling, it will be assumed that the life table is fixed; in this way the population capacity to increase is underestimated. The crude net increase (28.6692) is not an ideal figure for estimating the growth of the population. It would be better to use the true rate of natural increase (Dublin and Lotka, 1925). However, this cannot be calculated owing to the lack of reliable life-tables and age-specific fecundities for the mixed-blood population. Nevertheless calculations were made using various life-tables and age-specific fecundities, and a standard mean length of a generation (28.5 years). These results are set out in Table 1. They show that to obtain a crude birth-rate as high as 23.0 live births per 1,000 persons per year, a population must have a good survival rate, and in contrast to most high age-specific fecundity schedules, high fertility in the 15-19 and 20-24 years age classes. The crude birth-rate on stations is considerably higher than this,…