A LIVING HISTORY BLOG.

18TH CENTURY LIVING HISTORY IN AUSTRALIA.
Showing posts with label bracket fungus. Show all posts
Showing posts with label bracket fungus. Show all posts

Saturday, 27 August 2016

Flint & Steel Fire Lighting Methods.


Flint & Steel Fire Lighting Methods.
Flint & steel & the use of a tinderbox has been in use since before the middle ages. One common method was to strike sparks onto tinder in the tinderbox by striking flint against steel. Once the tinder has caught the spark from the steel & produced an ember, several methods of making fire can be employed.
1.    You can hold kindling material (dry grass or similar) to the smouldering tinder & blow the kindling into flame.
2.   You can use a spunk (sulphur headed match/splint) to make fire by simply holding the sulphur tip to the smouldering tinder & blow gently.
3.   If you are using tow rag as tinder & have charred this material directly in the fire, then there will be patches of cloth that have not completely charred. If you blow on the ember on the tow rag, the uncharred parts can be blown into flame.
4.   You can hold a candle close to the smouldering ember & drip wax onto the tinder. If the tinder is punk wood or tow rag, it can then often be blown into flame.

The Tinderlighter.
Using a tinderlighter you can employ methods 2 & 3 to create fire. You can also tip the smouldering tinder into a nest of dry kindling & blow the kindling into flame. This method works best if you add additional tinder.

The Flintlock Gun.
Using the pan on the flintlock gun in the same manner as using a tinderlighter, you can make fire by adding the smouldering tinder to a kindling nest. This method is improved by adding additional tinder to the already smouldering tinder in the kindling nest. You can also use a spunk/sulphur match.

No Tinderbox Methods.
Personally I think carrying a tinderbox is a good idea, especially for processing tinder charred directly in the fire. Without a tinderbox you need to find some other method of extinguishing the smouldering tinder. This can be done by using some type of lidded container, or you can bury the tinder under dry earth. The earth does make the tinder less effective, so the method I used was to wrap the smouldering tinder in a piece of leather before burying. Using a tinderbox is the preferred method.
1.    You can place your tinder in a nest of dry kindling & strike sparks onto the tinder & blow the nest into flame.
2.   You can hold a piece of tinder material on top of a piece of flint between thumb & forefinger & strike the steel downward against the flint. This will cast sparks upward onto the tinder held on top of the flint. Once the tinder is smouldering, you can add the tinder to a kindling nest. Again, this method works best if you add additional tinder to the nest.
Detail of the altarpiece of the Saint Georges church in Haguenau, Bas-Rhin, France.

In this lower image Joseph is holding flint & tinder in his left hand, & is about to strike downward against the flint with the steel held in his right hand. Below you can see an open wooden tinderbox & some spunks/sulphur headed matches/splints/tapers.

13.   You can use plant tinders even if they are not charred, by adding “a very little” pinch of gunpowder to the piece of tinder & striking a spark onto the gunpowder. Be very careful using this method. Only use very little gunpowder, & keep your face clear of the area. The powder will ignite & start the uncharred tinder smouldering.
For further instruction please visit my video channel & check out my fire lighting videos covering all these methods above. 


Tuesday, 20 October 2015

The Polypore Fungus Tinder for Flint & Steel Fire Lighting & Fire Bow.

This is really just an update to previous posts I have made concerning these Bracket Fungus. These first 3 images of Laetiporus Portentosus, also known as White Punk, were taken this past Monday afternoon in the forest in the Armidale/Guyra area of New England NSW. Mostly found on Stringybark trees here, but they will grow on other trees. This one was found within reach of my hand being about 7 feet off the ground.
I have not seen this type of bracket fungus growing in the tropics, but that does not mean that it does not exist there.
 Once charred directly in the fire it makes excellent tinder for flint & steel fire lighting, it can also be used in the Fire-Bow process & for carrying fire.
Similar fungus known as Piptoporus & Ryvardenia serve the same purpose & all look very much alike. The image is more important than the name, just remember what it looks like.



The following images are of this Bracket Fungus that I have found in the past. These fungus very often grow high in trees & to collect them you will need to throw a stick or rock to bring them down, but after rain, this fungus soaks up the water & becomes too heavy to hang on the tree & falls to the ground. Many are found on the ground.
This fungus is eaten by a fungus beetle, & the resulting dust will catch a spark without having to char the fungus in the fire.









A close up of the damage done by the fungus beetle, & a close up of the beetle itself (a lot of fun trying to get a good photo of this tiny beetle !!!)







Laetiporus Portentosus Map.





Tuesday, 29 March 2011

Forest Walk. My Latest Video.

Forest Walk is the result of my searching for a large red dinner plate sized fungus that one of my sons found whilst bushwalking in our forest. I never did find it, but decided to use the footage that I had anyway. This is an example of paying attention to your surroundings, & noting anything that may be of use to you now or later on.



MANNA GUM/RIBBON GUM.



One of the manna gum trees, Eucalyptus viminalis, is listed by Fujita as being pollinated by the grey-headed flying fox. The manna gum tree is also a honey tree. Bees as well as bats seek out the sweet nectar of the tree's flowers.


The manna gum tree is so named because a sweet red gum oozes from the leaves and damaged bark. The gum was eaten in early times by aboriginal Australians. It is still collected and savoured by human beings.


Manna gum medicine: Manna gum has a mild laxative effect. Oil from the leaves fights influenza viruses. Aching limbs can be relieved by a soak in a decoction of manna gum leafy twigs.


Other uses: E. viminalis is a source of a multi-use essential oil. The sweet leaf and bark manna is incorporated into adhesives and the bark is a source of tannin.


http://www.batplants.co.uk/manna%20gum.htm

Saturday, 26 March 2011

Australian Fungi-A Blog. Link to this site.

Good information and good images on Australian fungus. The latest post matches a fungus in North America!
http://australianfungi.blogspot.com/

A little more on Otzi The Ice Man and his Fireworks.

I can't help feeling that the Otzi site may have been contaminated, or, people did not know at the time what they were looking for. I wish I could see the site for myself. One news item sais that pyrite was found, but this appears not to be true. Pyrite particles were found suggesting that Otzi may have used flint & pyrite to make fire.
Here are some notes I made recently:
The Ice Man Otzi.


Fire kit contained:


• Pyrite.(particles found on fungus, but no actual rock was found)


• Flint


• Tinder fungus (Fomes Fomentarius & Piptoporus)

• Bark container blackened inside. Contained charcoal and birch leaves(carrying fire)


• Moss
The moss was said to be used for carrying food.
Question: Why would he carry food in moss? Is it more likely that the moss was kindling for making fire?


Question: Could two flints have been used?
Flints too small.

The charcoal in the green leaves suggested to scientists that Otzi was carrying fire. But normally this is done by burying live coals/embers in ash to keep them alive. Just like banking a fire for the night. The ash and the embers would indeed be carried in a bark container.
Question: Could this charcoal have been in fact pieces of charred punk wood intended for use as tinder?
The fire-bag/fireworks does not look very big, but then it has been under the ice for a long time & size is difficult to tell under such conditions. To use pyrite & flint you need a decent chunk of both, something to hang on to whilst striking.
I think the scenarios for why Otzi was where he was are important, because at present it looks as though he was quite unprepared. When I am travelling I collect kindling as I go along & as chance presents itself. If Otzi knew that he would be camping in a place where wood & kindling was not available, he would have taken it with him.
Question: Was the site contaminated? Was there other items to be found that people missed?
I get the feeling that these scientists, though obviously very knowledgable, may not know enough about individual primitive skills.
Question: Was the fungus for medical use as they suggest, or was it simply spare tinder such as I carry in my pack? 
I think that unless someone goes back to the Otzi site and searches further, we may never have all the answers.

Remnants of Otzi's fire bag.


Piptoporus Betulinas.

Amadou.

Flint nodules I collected in England.

Agate.

Two flint nodules like those above will create sparks if struck together, as will agate struck against flint, but the spark only occurs at the point of contact, it does not throw or project the sparks.

Sunday, 27 June 2010

Laetiporus Portentosus


I have been studying photographs of various Australian fungi, and have come to the conclusion that the type I mostly find in the forest here is Laetiporus Portentosus.











Laetiporus Portentosus
This fungus makes an excellent tinder once charred. But the dust produced by the beetle that eats this fungus will catch a spark as is without charring.

Other types of similar fungi in Australia are: Ryvardenia Cretacea, and Piptoporus Australiensis.

Saturday, 26 June 2010

Tinder Fungi.

I have always said that the name of something is not important, what is important is that you recognise something when you see it. I have been researching plant tinders for a long time now, and the more research I do on tinder fungi, the more confused I get. So here are some images of fungi that can be used as tinder, whether they are the same fungus or not I can no longer tell, but so long as they all work I don't see that learnoing the Latin names is going to help. Ryvardenia Cretaceus or Piptoporus Cretacious or Laetiporus Portentosus or whatever! 


The same fungus after the beetles have eaten into it. The dust produced by these beetles will catch a spark without the need for charring.



If there is anyone that can tell one from the other, please feel free to enlighten me!

Tuesday, 27 October 2009

Tinder Fungus For Flint & Steel Fire Lighting.

Ryvardenia Cretaceu on a Stringybark tree

Large Ryvardenia Cretaceu













Fomes Fomentarius











Cut-away view of Fomes Fomentarius showing the Amadou inside.






Amadou.
Tinder Fungus.

Australia: Ryvardenia cretacea ( formerly known as Piptoporus Cretaceous). This bracket fungus grows on the trunks of trees anywhere from the ground up. The fungus itself requires charring before it can be used as tinder, but the resulting fungus dust caused by a fungus beetle will catch a spark as is.
http://zipcodezoo.com/Fungi/R/Ryvardenia_cretacea/Default.asp

Northern Hemisphere: Fomes Fomentarius.(also known as hoof fungus or horse hoof fungus). This fungus also grows on the trunks of trees and contains a tinder known as Amadou. To remove the Amadou the outer hard shell of this fungus must be removed. Some say that once dry this Amadou will catch a spark as is, others say it requires soaking in a mixture of water and saltpetre. In the 18th century this tinder was sold on the streets and at the apothecary.
http://en.wikipedia.org/wiki/Fomes_fomentarius
http://www.first-nature.com/fungi/id_guide/Poriales/fomes_fomentarius.htm
Primitive Fire Lighting-Flint & Steel, By Keith H. Burgess (Author of this Blog).

Knowing the correct name of a plant or animal is not as important as knowing what it looks like!