The West Australian government recently released data from the Youth Media Survey 2000—the responses of some 11,000 twelve to twenty-five-year-olds to 50 questions, covering a range of issues. Below are the responses from the young people who responded to the survey.
Snapshot of Views |
What worries them | | What they admire | |
Issue | Percentage | Issue | Percentage |
Drug and alcohol abuse | 37.1% | Smart | 79.8% |
The environment | 34.8% | Good at sports | 73.4% |
The future of the family | 33.8% | Good looking | 64.6% |
Personal safety | 28.0% | Sense of humour | 90.2% |
Work and employment | 26.1% | Make lots of friends | 83.0% |
Road deaths and injury | 23.3% | Rich | 35.7% |
Education and training | 22.7% | Not influenced by others | 72.6% |
Health | 19.1% | Tough and strong | 56.8% |
Youth suicide | 18.5% | Kind | 93.1% |
Family violence | 15.2% | Creative | 86.0% |
Racism | 13.9% | Confident | 86.9% |
Poverty | 13.3% | | |
Aboriginal reconciliation | 7.3% | | |
The republic | 3.7% | | |
The following table gives information about immunisation.
IMMUNISATION CALENDAR |
AGE | DISEASE | VACCINE |
2 months | Diphtheria, Tetanus, Pertussis | DTPw* |
| Poliomyelitis | OPV-Sabin vaccine |
| Hib | Hib vaccine (HbOC or PRP-OMP)** |
4 months | Diphtheria, Tetanus, Pertussis | DTPw* |
| Poliomyelitis | OPV-Sabin vaccine |
| Hib | Hib vaccine (HbOC or PRP-OMP)** |
6 months | Diphtheria, Tetanus, Pertussis | DTPw* |
| Poliomyelitis | OPV-Sabin vaccine |
| Hib (HbOC schedule only) | Hib vaccine (HbOC) |
12 months | Measles, Mumps, Rubella | MMR |
| Hib (PRP-OMP schedule only) | Hib vaccine (PRP-OMP) |
18 months | Diphtheria, Tetanus, Pertussis, | DTPa or DTPw |
| Hib (HbOC schedule only) | Hib vaccine (HbOC) |
Prior to school—4-5 years (+) | Diphtheria, Tetanus, Pertussis | DTPa or DTPw |
| Poliomyelitis | OPV-Sabin vaccine |
(+) Attendance for these booster injections is essential.
* DTP is the abbreviation for diphtheria-tetanus-pertussis vaccine, commonly referred to by the trade name “Triple Antigen”
** Abbreviations for haemophilus influenzae Type b (Hib) vaccines: HbOC is “HibTITER”; PRP-OMP is “PedvaxHIB”. HbOC (‘HibTITER’) is given at two, four, six and 18 months. PRP-OMP (PedvaxHIB) is given at two, four and 12 months.
THE IRON BRIDGE
The Iron Bridge was the first of its kind in Europe and is universally recognised as a symbol of the Industrial Revolution.
(A) The Iron Bridge crosses the River Severn in Coalbrookdale, in the west of England. It was the first cast-iron bridge to be successfully erected, and the first large cast-iron structure of the industrial age in Europe, although the Chinese were expert iron-casters many centuries earlier.
(B) Rivers used to be the equivalent of today’s motorways, in that they were extensively used for transportation. The River Severn, which starts its life on the Welsh mountains and eventually enters the sea between Cardiff and Bristol, is the longest navigable river in Britain. It was ideal for transportation purposes, and special boats were built to navigate the waters. By the middle of the eighteenth century, the Severn was one of the busiest rivers in Europe. Local goods, including coal, iron products, wool, grain and cider, were sent by river. Among the goods coming upstream were luxuries such as sugar, tea, coffee and wine. In places, the riverbanks were lined with wharves and the river was often crowded with boats loading or unloading.
(C) In 1638, Basil Brooke patented a steel-making process and built a furnace at Coalbrookdale. This later became the property of Abraham Darby (referred to as Abraham Darby I to distinguish him from his son and grandson of the same name). After serving an apprenticeship in Birmingham, Darby had started a business in Bristol, but he moved to Coalbrookdale in 1710 with an idea that coke derived from coal could provide a more economical alternative to charcoal as a fuel for ironmaking. This led to cheaper, more efficient ironmaking from the abundant supplies of coal, iron and limestone in the area.
(D) His son, Abraham Darby II, pioneered the manufacture of cast iron, and had the idea of building a bridge over the Severn, as ferrying stores of all kinds across the river, particularly the large quantities of fuel for the furnaces at Coalbrookdale and other surrounding ironworks, involved considerable expense and delay. However, it was his son Abraham Darby III (born in 1750) who, in 1775, organised a meeting to plan the building of a bridge. This was designed by a local architect, Thomas Pritchard, who had the idea of constructing it of iron.
(E) Sections were cast during the winter of 1778-9 for a 7-metre-wide bridge with a span of 31 metres, 12 metres above the river. Construction took three months during the summer of 1779, and remarkably, nobody was injured during the construction process - a feat almost unheard of even in modern major civil engineering projects. Work on the approach roads continued for another two years, and the bridge was opened to traffic in 1781. Abraham Darby III funded the bridge by commissioning paintings and engravings, but he lost a lot on the project, which had cost nearly double the estimate, and he died leaving massive debts in 1789, aged only 39. The district did not flourish for much longer, and during the nineteenth and early twentieth centuries factories closed down. Since 1934 the bridge has been open only to pedestrians. Universally recognised as the symbol of the Industrial Revolution, the Iron Bridge now stands at the heart of the Ironbridge Gorge World Heritage Site.
(F) It has always been a mystery how the bridge was built. Despite its pioneering technology, no eye-witness accounts are known which describe the iron bridge being erected - and certainly no plans have survived. However, recent discoveries, research and experiments have shed new light on exactly how it was built, challenging the assumptions of recent decades. In 1997 a small watercolour sketch by Elias Martin came to light in the Swedish capital, Stockholm. Although there is a wealth of early views of the bridge by numerous artists, this is the only one which actually shows it under construction.
(G) Up until recently it had been assumed that the bridge had been built from both banks, with the inner supports tilted across the river. This would have allowed river traffic to continue unimpeded during construction. But the picture clearly shows sections of the bridge being raised from a barge in the river. It contradicted everything historians had assumed about the bridge, and it was even considered that the picture could have been a fake as no other had come to light. So in 2001 a half-scale model of the bridge was built, in order to see if it could have been constructed in the way depicted in the watercolour. Meanwhile, a detailed archaeological, historical and photographic survey was done by the Ironbridge Gorge Museum Trust, along with a 3D CAD (computer-aided design) model by English Heritage.
(H) The results tell us a lot more about how the bridge was built. We now know that all the large castings were made individually as they are all slightly different. The bridge wasn’t welded or bolted together as metal bridges are these days. Instead it was fitted together using a complex system of joints normally used for wood - but this was the traditional way in which iron structures were joined at the time. The construction of the model proved that the painting shows a very realistic method of constructing the bridge that could work and was in all probability the method used.
(I) Now only one mystery remains in the Iron Bridge story. The Swedish watercolour sketch had apparently been torn from a book which would have contained similar sketches. It had been drawn by a Swedish artist who lived in London for 12 years and travelled Britain drawing what he saw. Nobody knows what has happened to the rest of the book, but perhaps the other sketches still exist somewhere. If they are ever found they could provide further valuable evidence of how the Iron Bridge was constructed.