Step 3: Lashing

You have rope. You are in a survival situation. One of your first priorities is shelter. Lashing is the skill of using rope with timber to make useful structures including shelter.

First, there are 3 styles of lashing that can really be fundamental techniques.
Square – used for poles at right angles of each other
Diagonal - for poles at angles that tend to fall away from each other
Continuous – for making tables, beds, and other flat surfaces.

Once know you how to build, there are a few options you have for shelter.
Lean-to (1 person)
A lean-to is the simplest and most basic shelter. This is best suited for sun, wind, and rain protection, though generally doesn’t do much for warmth.

2-3 Person Lean-to
The biggest different between this and a standard lean to is that the roof is elongated to allow both people to sleep under it. The additional length can slow rain runoff. However, the benefit of bunking two people together means that one’s body heat helps to warm the other.

Debris Hut / Diamond Wedge
A better choice for the solo person than the lean-to. When used with proper insulation is very effective against the cold. Now proper insulation, does mean that it may feel like a tight fit, but the purpose of a shelter is to contain your body heat

Watchmen’s Hut
The Watchmen’s hut is best for a group of 2-3 people who have a reason to keep a watch. Reasons could include keeping a fire going through cold night, keeping a lookout for rescue, dangerous predators, or keeping an eye on an injured partner. The benefit is that it has space for two people lying and one to be sitting keeping the watch. Again with everyone in the shelter you share each other’s body heat. If you don’t have a 3rd person but still want to keep watch, you have plenty of room to shelter firewood.


<p>The image for the bowline knot is in fact an image of a taut-line hitch. While the taut-line hitch is a very useful knot (for creating taut holding lines for tents and such), these are two very different knots. Please see <a href="https://en.wikipedia.org/wiki/Bowline" rel="nofollow">https://en.wikipedia.org/wiki/Bowline </a> for an accurate picture and tying instructions for a bowline.</p><p>And if you're interested, see <a href="https://en.wikipedia.org/wiki/Taut-line_hitch" rel="nofollow">https://en.wikipedia.org/wiki/Taut-line_hitch</a> for an explanation of the taut-line hitch, another wonderful knot to have in your repertoire.</p>
I like, brother. I was a Royal Rangers Leader for 25 years, and also an adult FCF member years ago (the good ole, bad ole days, if you know what I mean - initiations and such), have lapsed for awhile. Concentrated on Boy Scouts, and my son is an Eagle. He almost got his GMA as well. Regrets: in view of recent &quot;membership developments&quot; which I believe will destroy BSA, I now sometimes wish I had stuck with Royal Rangers only. Very good to see the program is alive and well.
cool want come up with people life in the wood up to there want life all cool many all?
Great write-up!<br><br>Step 9 - Practice is definitely the most important, yet often missed. Glad you posted it.
Stainless steel has better edge retention than high carbon but it cannot hold an edge as sharp high carbon. Carbon steel is softer but you can hone it to a ridiculous level of sharpness. In a wilderness survival or self reliance situation it's a toss up between the two. You were correct about stainless steel ability to resist corrosion. Stainless doesn't rust and is tougher but will never be as sharp as high carbon. High carbon steel blades are not as tough but they do have the advantage in terms of sharpness. The disadvantage of carbon steel is that you need to treat the blade to avoid it oxidizing. If you ask me, a knife that doesn't rust and keeps its edge longer would keep you alive longer, as opposed to a soft bladed knife that rusts if you don't have a preferable environment to store it in and the materials to treat it right. You could be soaking wet for days in the wild and if your blade gets wet for days it will definitely get rusty. There are alloys now that incorporate the best qualities of each but you should expect to pay a lot for them.
High Carbon = Sharper, more flexible, susceptible to corrosion/high maintenance.<br>Stainless = Resistant to corrosion, tougher edge, not as sharp, low maintenance.

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