Tag Archives: Beechworth

A Gold Rush Medicine Chest

20 Saturday Aug 2016

Posted by in Beechworth, Gold rush, Gold rush health, Gold rush medicine

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Anyone living on the Spring Creek diggings at the height of the gold rush in late 1852 put themselves at risk of serious and potentially fatal illness. Dysentery, ophthalmia (trachoma), and infection from injury were commonplace, as was an unidentified and often fatal illness described as ‘low fever’. This led me to wonder exactly what medicines the gold diggers had to treat illness, and more importantly, if any of them actually worked.

bottles of ingredients for pharmacy

(This post is quite long, so I have put each medicine in bold type to allow you to skim read.)

Let’s start with what seems to have been the most commonly sold item for the gold digger’s medicine chest: the laxative Senna leaf. On one hand, the gold diggers’ diets lacked vegetables and fibre, so they must have suffered terrible constipation; and on the other, dysentery was probably the single biggest medical issue on the goldfields. Accordingly, almost everything the gold diggers could buy to ‘physic’ themselves worked to relieve bowel problems or stomach upsets of one kind of another (either indigestion, constipation, diarrhoea or flatulence). You can still buy Senna leaf laxatives in the supermarket today.

The next two most common items seem to have been Laudanum (a tincture of opium) and Powdered bark. Although one might imagine that the Powdered bark so commonly advertised was willow bark (from which Aspirin was synthesised in 1853), it was in fact the bark of the Cinchona tree (hence its other name, Peruvian bark), which contains Quinine. This was both anti-malarial and more significantly for the Victorian gold diggers, antipyretic (fever-reducing). Quinine is still used medically today, and you’ll also find small quantities of it in tonic water.

Laudanum was a powerful analgesic (painkiller), and could also be used as a sedative. (Battley’s Liq. Opii Sed. [ie: “Liquor Opii Sedativus”] — a patented preparation of macerated opium in distilled water, preserved with alcohol — was advertised specifically as a sedative.) Although it is not openly stated, Laudanum may also have been used as an antipropulsive medicine as it slows down the movement of the gut, which could have been beneficial in cases of acute diarrhoea. Another opium-derived drug, Morphia (Morphine) would become more popular after hypodermic syringes were invented in 1853, and has been in use ever since.

A detailed advertisement by a Chemist warehouse in the Geelong Advertiser (Friday, 10 January 1851, p.1) addressed ‘to settlers, bush surgeons, storekeepers, others’ provided a substantial list of its stock, which enables me to expand this basic list of medicinals. All of the medicines (even patented ones) were either chemical compounds, or herbal — in which case they were sold either in a raw form, such as bark, leaves, roots, balsams (resinous saps), and seeds; or as processed plant materials in the form of oils and tinctures. There were also patent medicines, the most famous of which was the cure-all Holloway’s Pills.

It’s probably no mistake that laxatives assumed even greater significance when the opium-based analgesics of the day caused constipation. Other than Senna leaf, strong laxatives included Milk of Magnesia (a white suspension of hydrated magnesium carbonate in water, used as an antacid or laxative), Turkey Rhubarb (Rheum palmatum root), Castor Oil (obtained from castor beans), Epsom Salts, and Seidlitz powders (similar to Rochelle Salt)— a patented medicine, combining tartaric acid, potassium sodium tartrate, and sodium bicarbonate.

Given that almost everyone on the goldfields experienced dysentery, people also took various herbs to reduce the severity of digestive problems. Cape aloes (Aloe vera) was taken to relieve digestive discomfort and Caraway seeds and oil were thought to help with intestinal irritation and digestive problems. Peppermint oil could be used to settle the stomach and combat flatulence. Other digestive tonics included Gentian root (Gentiana lutea) now found in Angostura bitters; Cascarilla bark (Croton eluteria), which was often made into a tincture as a digestive tonic, stimulant and fever reducer, and today is used to flavour the digestif Campari and the apéritif Vermouth; and Columbo root (Jateorhiza sp.) and Angostura bark (Cusparia febrifuga) were both used as tonics. I wondered why Ginger wasn’t sold at chemists for the purpose of calming the stomach, but this is probably because it was so widely available in Ginger Beer.

Clove oil, an analgesic and antiseptic, was used to relieve the pain of toothaches, just as it is today. Myrrh balsam (a resin obtained from the Commiphora myrrh tree) was likewise used as an analgesic for toothache, and as an antiseptic in mouthwashes (in a tincture with borax), throat gargles and toothpastes.

Various herbal preparations were used as topical skin treatments, either for their anti-inflammatory, antibacterial, anti-fungal and/or anti-puritic (anti-itching) properties. Lavender oil is mildly antiseptic, as is Myrrh and possibly Burgundy Pitch — a resin from the Pini burgundica tree. Peppermint oil or tincture of peppermint could be used topically as an anti-puritic because it is cooling, and Cape aloes (Aloe vera) was also employed for its soothing effects. However, it is likely that one of the most popular preparations was Friars balsam, now commonly referred to as Compound Benzoin Tincture. This contains Benzoin (the resin that is exuded from the bark of the Styrax benzoin tree), Cape aloes, Storax (Liquidamber resin) and sometimes Tolu or Peru balsam (obtained from the Myroxolon balsamum tree). Compound Benzoin Tincture’s main medical use is still as a treatment for damaged skin, as it can be applied to minor cuts as a stypic (stops bleeding) and antiseptic (an effect of both the benzoin and its alcohol solvent). It is technically a ‘medical varnish’ forming a sealing over raw tissue to protect wounds from ingress of bacteria (but by the same token it can ‘seal in’ bacteria). Applied to itching and inflamed areas of skin, it reduces inflammation and calms and cools. Applied to broken blisters, cracked nipples, anal or heel fissures, or even chillblains, it protects against infection and promotes healing.

Muscle aches and pains, sprains and rheumatism could be relieved with liniments incorporating Burgundy Pitch, Camphor (from the wood of the Cinnamomum camphora tree) and/or Myrrh. Also in common use were mustard plasters — a poultice of mustard seed spread inside a protective dressing and applied to the body to promote healing. It would warm muscle tissues and was used for chronic aches and pains.

Treatments used to relieve the symptoms of cold and flu included Camphor, often appearing as Camphorated spirit of wine (a tincture of camphor), which along with Peppermint oil (from which menthol is derived), was used as a nasal decongestant. These are still used in steam vapour products today. Both Aniseed oil and Spanish liquorice (Glycyrrhiza glabra) were probably used as expectorants to loosen up and liquefy mucus. As a stimulant to mucous membranes, Cascarilla bark was also used as an expectorant. Tolu balsam, tapped from the living trunks of the South American tree Myroxylon toluiferum, is still used in certain cough syrup formulas. Plain Tincture of Benzoin was also inhaled in steam as a treatment for bronchitis and colds.

Lavender oil was used for treating headaches; and along with Camomile purchased as dried flowers, was thought to help relieve insomnia and stress.

Trachoma (a contagious bacterial infection of the eye) was a huge problem on the goldfields, so Dr Parke’s Eye Lotion, and Russell and Turner’s Celebrated Eye Water, would have found large markets, despite the fact that they were probably ineffective. I have no idea what went into them.

Although advertised as a treatment for consumption (tuberculosis) and ‘general debility,’ Cod liver oil was actually useful in preventing rickets in children because of its high levels of Vitamin D.

One medical idea that no longer holds currency is the notion that purging people with emetics (to make you vomit), and diaphoretics (to make you perspire), could halt the advance of fevers. The Ipecacuanha powder (obtained from the dried rhizome and roots of Carapichea ipecacuanha) that was used for this purpose, is still used as an emetic today in the syrup form, Ipecac. Along with Opium, Ipecacuanha was the other key ingredient in Dover’s Powder, designed to induce vomiting and sweating. James’ Antimonial Fever Powder was yet another proprietary medicine which induced vomiting and voiding of bowels. When taken in large doses, Angostura bark also caused diarrhoea, and so was often used as a purgative. With its diuretic, diaphoretic, and antispasmodic properties, Spirit of Sweet Nitre — a tincture of ethyl nitrite — was also used.

Chemists of the day also sold ammonia-based smelling salts to arouse consciousness such as Sal Volatile, and similarly, Spirit of Hartshorn — a distillation of horn shavings that produced ammonia, in a tincture.

Treatments for venereal disease comprised the toxic Calomel (Mercury(I) chloride): yet another purgative and laxative that was both taken internally and used topically to treat syphilis (it may have been more useful topically, as Mercurochrome is also mercury-based). Copaiba balsam, a stimulant oleoresin tapped from the trunk of South American Copaifera tree, was taken as a liquid, as it was thought to the sooth inflammation caused by gonorrhoea. Sarsaparilla Root (Smilax regelii) was also believed to be a treatment for or preventative against venereal disease, possibly because of its diuretic effects of flushing the urethra after intercourse. (On a related note, the first rubber condom would not be produced until 1855.)

Finally, in 1852 you could buy the general anaesthetic Chloroform over the counter… and hope no one would ever have to use it, as aseptic conditions for surgery (partly through the use of Phenol), would not be developed for at least another twenty years.

Cradling for Gold in the Woolshed Valley

02 Friday Oct 2015

Posted by in Beechworth, Californian gold rush, Gold rush

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When I said I wanted to try gold mining 1850s-style, friend Derek Polderman built a gold cradle based on an original in the Eldorado Museum. Last Tuesday, we took it ‘down the Woolshed’ to try our luck.

All methods of separating alluvial gold from wash dirt used on the Spring Creek diggings in 1852 — the pan, the cradle (aka. rocker) and the long tom (aka. Californian sluice) — relied on the fact that gold is heavier than anything else it is mixed with in the ‘wash dirt’ (also referred to as ‘washing stuff’ or sometimes just ‘stuff’). On the Ovens diggings, the washing stuff generally comprised (and still does) some regular sand and pebbles ideally containing as higher proportion as can be got of fine whitish-grey or dark grey ‘pipeclay’ containing the tell-tale ‘black sand’ (tin dioxide). Sometimes the clay needed to be worked in a ‘puddling tub’ (usually, a half hog’s head barrel, with an agitator) to loosen it before it could be cradled.

gold_cradle_creek

Gold cradle at Reedy Creek, in the Woolshed Valley near Eldorado. (The hessian base has been pulled out for washing.)

With a design imported from the Californian gold fields, the cradle was a simple but effective hand-operated device used by diggers to separate gold from washdirt by means of a rocking motion. At the very top of the cradle is a classifier sieve (usually with half-inch or quarter-inch openings) which screens-out larger pieces of rock and other material, allowing only finer sand and gravel through. Between the sieve and the lower section is a baffle with riffles, which acts as a trap for fine gold and also ensures that the aggregate material being processed is evenly distributed before it enters the bottom sluice section. The baffle sits at an angle, pointing down towards the closed back of the box. The inside bottom of the box is lined with a carpet (ours has hessian), which also has riffles. The entire device sits on rockers at a slight gradient, which allows it to be rocked from side to side by its handle. The rocking motion, along with a stream of poured water, washes the earthy matter and the gravel through the sieve, down the baffle and out the end of the cradle. This leaves the gold, mixed with heavy, fine black sand, concentrated either above the first riffle at the bottom of the box, or as we were to find, also caught in the hessian fabric, or washed to the bottom plate of the box itself.

gold_cradle_sieve

The classifier sieve is made from an old rubbish bin, but traditionally the sieves had evenly-arranged round holes.

gold_cradle_baffle

The first baffle with wooden riffles. The second riffle of the lower sluice section (sewn into the hessian) can be seen below. 

For maximum efficiency, at least four men were required to work this system: One dug the stuff from the ground, another carried it to the cradle and emptied it on the sieve; the third gave a rocking motion; while the fourth dashed on water from the stream itself, using a ‘dipper’ (a large can on the end of a rod). This team could be expanded to include someone to ‘puddle’ the stuff before placing it on the sieve.

Derek had found us a fair ‘prospect’ at the Kangaroo Crossing campground on Reedy Creek in the Woolshed Valley (about 10 minutes from Eldorado), but first I had to buy a Miner’s Right, which cost me $17.50 for ten years at the Beechworth Visitor Information Centre. After lunch we set up Derek’s cradle [1] in the creek bed, and took turns at digging and rocking the cradle. It turned out that the cradle could process about 10 ‘easy’ shovels-full at a time, and that the classifier sieve had to be emptied of the heavier material about every third shovel-load. We found that the method for cradling for finer gold — explained by Edward Ridpath, who was on the Reid’s Creek diggings in 1852-3 (ie: upstream from where we were located) — was the most effective:

…soon after beginning to wash our stuff, Whitelaw and G— had a quarrel which rose from the latter finding fault with the former’s method of cradling, at Forest Creek, whereby G— had learned to cradle, the gold is coarse and nuggety, slow cradling and plenty of water is generally used there, on the other hand at the Sydney diggings where Whitelaw had learned to cradle, the gold is extremely fine which requires fast cradling and very little water, so as not to wash away the finer particles; now the gold on these diggings happened to be of the same kind as that on the Sydney side, therefore it should be washed like it: an experience of more than two years has proved this to be the most effectual way, yet G— would persist in maintaining that the cradling for one class of gold would do that for the the other, and words rose between them on the issue of this dispute, which ended in a separation when the stuff was washed… [1]

Gold_cradle_woolshed

Pouring water into the cradle. The grey clay being washed through the cradle can be seen exiting the cradle’s end and flowing into the creek.

Derek and I put ten shovels through the cradle, cleaned the cradle and repeated the same, with minimal effort. We didn’t have anything to ‘puddle’ the stuff in before cradling it, and as it turned out, this would have been preferable as some of the clay was extremely sticky and stiff, and had to be loosened by hand.

To clean out the cradle, first the sieve was removed, and the baffle was pulled out and held over a large plastic tub on its side (riffles facing down), where we washed any trapped sand/gold into the tub with splashes of water. (We also found that it paid to be careful when pulling out and replacing the baffle, as this can become jammed-in by sand.) In the very bottom of the cradle, a lot of washdirt could be scooped out by hand. This was panned-off, and there it was: gold. Then we were left with the remainder — stuff caught in or beneath the hessian fabric. Historically the fabric was nailed to the bottom of the box, but Derek had made the hessian in this cradle detachable (it is held in place by a metal clamp which is secured/loosened by wing-nuts), so we removed the hessian and washed it in the large plastic tub. Finally we washed the dirt from the very bottom of the cradle into the same tub. The contents of the tub were panned-off and found to be far richer than the other panned material (panning for gold is another story [and another blog topic] altogether). The system was fiddly, but remarkably effective. We had recovered as much as 100 specks of fine gold — and this from a creek that already has been mined and dredged for 163 years.

gold_cradle_gold

The result. We won’t be rich anytime soon, but there’s gold.

  1. Derek built the cradle with a little help from Howard Phillips at the Eldorado Pottery. While it is based on the cradle in the Eldorado Museum, he gave it a few modern modifications. The cradle will be donated to the museum for educational purposes.
  2. Edward Ridpath, Journal, MS 8759, Box 1012/4, State Library of Victoria manuscripts collection, pp.21-22.

Mt Pilot 2 Aboriginal Rock Art Site

12 Saturday Sep 2015

Posted by in Aboriginal

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Indigenous people were in Beechworth when thylacines still roamed the mainland — and we have two art sites to prove it. While the rock art at the easily-accessible Yeddonba Aboriginal Heritage Site is well-visited, a second, lesser-known art site can only be reached with a considerable amount of bush-bashing.

Mt_Pilot_rock_art_1

The Mount Pilot 2 rock art site

You’re probably wondering why I’d start a blog about the early gold rush in Spring Creek (Beechworth) with a visit to one of the lesser-known local indigenous rock art sites. The answer is that one role of this blog is to do some myth-busting, and it’s best to start with busting the myth that Aboriginal people had virtually disappeared by the time gold mining started here in 1852. Beechworth sits in an area which was almost at a convergence of tribal boundaries between the Dhudhuroa, and Waywurru (Waveroo) speaking ‘tribes’ (the Dhudhuroa called the Waywurru language ‘Minyambuta’). These people had been in occupation for tens of thousands of years, whereas the European squatters had been, at the time of the gold rush, in occupation for a patchy 14 years. Disease and gun-shot wounds had greatly reduced the number of Aboriginal people (and that’s another story [1]), but they were still here. Anyone reading historical records, diaries and letters from 1852, will catch glimpses of them, living a partly Europeanised but still largely indigenous lifestyle.

I first visited the rock art at the Yeddonba Aboriginal Heritage Site 23 years ago with Pangerang man Eddie Kneebone [2], and had returned many times since to ponder the lives of the people who’d painted a thylacine in that rock shelter over two thousand years ago. Although I’d read about it, I’d almost forgotten that a second art site existed nearby, until a good friend — who is a Chiltern-Mt Pilot National Park stalwart  — mentioned that he’d been shown an art site depicting yet another thylacine in the early 90s. At one point, park rangers had even built a path to this site, but bush fires swept through in 2003, and since then, a nasty thicket of young black cypress pines and shrubs had grown in its place. After our discussion, my friend decided to relocate the site, and after half a day of bush-bashing (I witnessed his subsequent cuts and scratches), we were able to re-locate it. With my trusty guide, getting to the site on the first sunny day of Spring 2015 was a comparative walk in the park.

Mt_Pilot_rock_art_3

Figures at Mount Pilot 2 rock art site (photo: Mick Webster)

The Mt Pilot rock art site 2 (as it was unimaginatively named by archaeologists [3], who recorded it after its relocation in 1982) sits on granite rock faces in a rocky outcrop which faces north-east into a steep gully that drains into the Black Dog Creek basin. It has art on two panels of relatively smooth rock, which join like a book opened to 90º to form an alcove. The larger wall depicts a number of animal tracks and human stick-figures, and what I thought looks like a human figure holding a raised club or woomera to a thylacine (although drawings done by archaeologist R. G. Gunn make the human figure look more like an emu, so let’s just say it’s open to interpretation). The adjoining smaller wall features two hollow-bodied figures, which look like they are dancing. These remind me a little of figures in paintings by local nineteenth century Aboriginal artist Tommy McCrae.

MtPilot_rock_art_2

Detail from Mt Pilot 2 rock art site, with what is thought to be a representation of a thylacine on the right.

Yeddonba Aboriginal Heritage site in the Chiltern Mount Pilot National Park, is located on Tovey’s Road, about 10 minutes from Beechworth via the Beechworth-Chiltern Road. I don’t have the coordinates to the second site, but it is in a rocky area on the south-western side of a steep gully, about 1300m south-south-east of the Yeddonba site.

(1) The indigenous population had been decimated by a frontier war, which had come about as a series of indiscriminate reprisals in the wake of the Faithful massacre. Although few would later admit to the wholesale slaughter of local indigenous people, squatter George Faithful recounts firsthand a full day of gunning down Aborigines in Letters from Victorian Pioneers. On the note of placing actual ‘tribes’ on the map historically, I have referred to the manuscript notes of anthropologist RH Mathews (National Library of Australia), who interviewed Dhudhuroa man Neddy Wheeler in the early 20th Century. Notes taken directly from this ancestor, who was a well-known local Aboriginal identity in his day, constitute one of the most reliable sources available.
(2) You can read what Eddie wrote about the Aboriginal seasons of the North East in:
Kneebone, Eddie, ‘Interpreting Traditional Culture As Land Management’ in Birckhead, J., deLacy, T. & Smith, L.J., Aboriginal Involvement in Parks and Protected Areas, Aboriginal Studies Press, Canberra, 1993.
(3) A report on the Mount Pilot Aboriginal Rock Art Site, (Site 82253/001), by R. G. Gunn, was printed for the Victorian Archaeological Survey Occasional Reports Series, Number 16, in September 1983.