From Progressivism to Conservatism: The decline of the Town Planning Association of New South Wales in the 1930s1

2009 ◽  
Vol 33 (3) ◽  
pp. 333-349
Author(s):  
Robert Freestone ◽  
Margaret Park

Situated in the Darling Downs of Southern Queensland, in the vicinity of the town of Warwick, are a series of alluvial flats, watered by the tributary creeks of the Condamine River, which is itself a branch of the Darling. One of these creeks, the Dalrymple, winds a tortuous course through the black-soil country, a few miles north of Warwick, and traverses Talgai Station. In the year 1884, after exceptionally heavy rains, the creek came down in strong flood and overflowed the flats to a width of over half a mile. When the floods subsided, it was found that an old water course or “billabong” had been washed out, leaving a channel about ten feet in depth. A fencer who was at work at Talgai at this time, while traversing this freshly washed-out channel, had his attention arrested by what seemed to he a curiously shaped stone in the side of the cut, lying embedded by itself, not at the bottom, but about three feet up the side. It was firmly fixed in the clay, and in dislodging it he formed the opinion that it had not been recently disturbed. When he had freed it, perceiving that it was a skull, he took it to the proprietor of Talgai Station, from whose son it passed into the possession of Mr. E. A. Crawford, of Greenethorpe, New South Wales. This gentleman, in May, 1914, submitted a photograph of it to Prof. Edgeworth David, F. B. S., Professor of Geology in the University of Sydney, who showed it to Prof. J. T. Wilson, F. R. S. He, immediately perceiving the possibilities, expressed a strong desire to have the specimen itself forwarded to Sydney. This having been done, the preliminary investigations were immediately commenced by Profs. David and Wilson, and the results communicated to the British Association for the Advancement of Science in Sydney, in August, 1914(1). Shortly after this, Prof. David made a journey to the site of the discovery. He was fortunate enough to find the original discoverer, who, though a very old man, retained a clear recollection of the circumstances of the find. He visited the locality, and, with a memory still clear as to the local conditions, pointed out to Prof. David, to within a few yards, the spot in the gully where the skull was unearthed. His account of the discovery was as just related, and he was able to identify the formation of red-brown clay, interspersed with nodular concretions of carbonate of lime, as identical with that from the upper portion of which the skull was originally removed.


1995 ◽  
Vol 1 (1) ◽  
pp. 94
Author(s):  
Joy Northey

Lake Cargelligo is a small, isolated rural community in the centre of New South Wales with a population of 2000, of these 60% live in the town. The project to build a gymnasium was the result of a combined approach to improve the health and fitness of the community by hospital and community health staff and by the community at large. It was the outcome of a series of innovative approaches to addressing local health issues.


1906 ◽  
Vol 3 (12) ◽  
pp. 547-552
Author(s):  
A. J. Shearsby

The town of Yass, N.S.W., is situated on the Southern Railway about 190 miles from Sydney. It is the centre of one of the most picturesque districts to be met with on the journey from Sydney to Melbourne. The surrounding country is a veritable geological and palæontological paradise for the collector, who may depend upon turning up some new and interesting specimens every trip he takes to the district. The town itself is built on the Upper Silurian rocks, which about two miles distant, at a bend in the Yass River known as Hatton's Corner, offer to the palæontologist one of the most prolific collecting-grounds in Australia. Amongst the first to investigate these rocks were the Rev. W. B. Clarke and Mr. C. Jenkins, whose work was followed by a survey in 1882 by the Mines Department. Further good work was done by Mr. John Mitchell whilst stationed in the district; but even at this late hour there is a large amount of interesting work awaiting completion.


2017 ◽  
Vol 23 (1) ◽  
pp. 63
Author(s):  
Murray V. Ellis ◽  
Susan G. Rhind ◽  
Martin Smith ◽  
Daniel Lunney

In the early 1990s the koala became the mascot for a revegetation program to control salinity on agricultural land around Gunnedah in New South Wales, and a snapshot of the koala’s distribution in the shire was collected at that time, mainly via a mail survey. After the success of tree plantings in the 1990s, the koala population of the Liverpool Plains became a focus of increasing local conservation efforts, as well as research to explain koala population dynamics. This included a repeat mail survey conducted in 2006, which enabled the comparison of the reported distributions to be undertaken. These two citizen science surveys had different response rates but both produced extensive datasets. By 2006, koalas were reported from a wider extent than in 1990, particularly to the north and east of the town, and in more developed agricultural areas, but with highest densities in areas with more than 25% wooded vegetation. In 1990, koalas were reported mostly from locations that were surrounded by more than 40% wooded vegetation with the core of the distribution being on the basalt hills south of the town of Gunnedah. Koalas were also reported with increased relative frequency in the town, and this formed the core of the reported sightings at that time. There were still no reports from many of the vegetated hilly margins of the shire. The observed changes in the pattern of reporting reflects the actual distribution of koalas intersected with the likelihood of observation and the willingness of people to report koalas, and also identify the areas that may be under-sampled to determine the true habitat breath of koalas in the area.


1967 ◽  
Vol 15 (3) ◽  
pp. 475 ◽  
Author(s):  
H.G. Andrewartha ◽  
J Monro ◽  
NL Richardson

In the field trials of sterile males against the Queensland fruit fly, Dacus tryoni, irradiated pupae of this species were distributed in three towns of western New South Wales in the period September 1962 to March 1965. All these towns and a number of others which served as controls had a previous history of heavy infestation by Dacus tryoni. The success of this method was estimated by comparing the rate of infestation of ripe fruit in treated and untreated towns. The first sign of success came in Manilla in spring (October) 1963 when 51.0% of the eggs deposited in loquats were estimated to be infertile compared with 6.7% in three control towns. However, our production of pupae at this stage was too low to maintain control in Manilla in the summers of 1962-63 and 1963-64. From late April 1963 to late March 1964 most of our production was released in the town of Warren. With a total release in this period of 5.7 x 106 pupae we achieved infestation rates of 2-8% in the summer fruit between early December 1963 and late March 1964, compared with infestation rates of 8-75% in three control towns during the same period. Towards the end of March 1964 the infestation rates began to rise in Warren apparently owing to the immigration of inseminated females along the Macquarie River. An infestation rate of 20% was reached in Warren in April 1964. Between early December 1964 and late March 1965 the rates of infestation in Warren were even more depressed, reaching values of 0 - 7.5% compared with 10-57% in the new control town of Baradine. The total number of pupae released within the town between August 1964 and March 1965 was 12.57 x l06. However, immigrants again brought the infestation up to 10% in April 1965 even though an additional 2.67 x l06 pupae had been distributed along the river for 6 km on either side of the town. In the same period (summer 1964-65) Dacus tryoni was eradicated from Trangie where its numbers had been brought down by trapping out the males with a male lure (Bateman 1966). No infestation was found from October 1964 to April 1965 after the release of 5.33 x l06 pupae between late August 1964 and late March 1965. The rate of infestation in the control town of Gilgandra which had also been treated with cue-lure in the previous summer rose from 0% on October 21, 1964 to 16.2% by April 23,1965. The method could be used to suppress incipient outbreaks of Dacus tryoni in southeastern Australia and even for the eradication of established populations where these are isolated and can be brought low by other means.


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