Primal Ways http://primalways.net Old Paths ... New Journeys Sat, 22 Jul 2017 11:17:51 +0000 en-US hourly 1 https://wordpress.org/?v=4.9.8 http://primalways.net/wp-content/uploads/2014/12/cropped-primalways9-1-32x32.jpg Primal Ways http://primalways.net 32 32 The Primal Scoop on Magnesium http://primalways.net/?p=111 Wed, 26 Nov 2014 10:58:10 +0000 http://primalways.net/?p=111 Continue reading The Primal Scoop on Magnesium ]]>  

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If you live near the sea and take regular dips in ocean water, one of the benefits (amongst others) you receive is a good healthy dose of magnesium, absorbed right through your skin. It’s one of the reasons that one feels a slight oily film on the skin after emerging from seawater.   It’s also the reason that one feels a heightened sense of well-being after a dip in the ocean.  Magnesium.

More than 300 biochemical processes of the human body are dependent upon the cellular presence of magnesium.  It is an essential mineral that contributes to the healthy functioning of your muscles, nerves and immune system, as well as your bone health and glucose levels. It aids protein production, energy generation and keeps your heartbeat steady. Cellular magnesium levels must be optimal for the human body to function at its peak.

Magnesium is available from many sources but there are absorption issues with some, as well as unpleasant consequences of getting too much from other sources. For example, magnesium derived from Magnesium Hydroxide (also known as Milk of Magnesia) has a strong laxative effect. Magnesium Sulfate (Epsom Salt) is a favorite bath soaking salt for sore muscles but isn’t absorbed well to raise cellular levels. The Recommended Daily Allowances for magnesium range from 310mg/day for women, up to 420mg/day for men.

Some foods are good sources of magnesium. Regular intake of bone broth and fatty fish like mackerel are good sources. Most fruits, vegetables and nuts contribute decent amounts to raise cellular magnesium levels. Magnesium in grains and legumes, although present, may not be absorbed as easily due to secondary gut issues and the benefit from those sources is questionable.
Oral supplements such as Magnesium Citrate, Magnesium Oxide and Magnesium Malate are reasonable contributors. However, one of the best sources is the topical application and transdermal absorption of Magnesium Chloride, also known as Magnesium Oil.  It isn’t really an oil but it does have that kind of feel.

The reason regular dips in the ocean will raise your cellular levels of magnesium is due to the skin’s absorption of natural Magnesium Chloride from ocean water.

If you live near the sea and take regular dips in the ocean your magnesium levels are probably ideal.  If not, you may not be meeting your daily intake requirements. The use of supplemental Magnesium Oil, applied to your skin daily, will be similar to the benefits of taking that ocean plunge.

A couple of teaspoons of Magnesium Oil, applied to your arm pits (in place of your deodorant) and rubbed into your body trunk is all you’ll likely need to optimize cellular magnesium levels.  However, if you also suffer from sore tight muscles and achy joints, a little extra applied to them may provide some temporary relief as well.

 

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Walking Indian Style – Guest Post http://primalways.net/?p=99 Fri, 03 Oct 2014 09:53:14 +0000 http://primalways.net/?p=99 Continue reading Walking Indian Style – Guest Post ]]> Originally Posted on September 22, 2014 by Helga at http://www.sumofit.com/walking/walking-indian-style/Reposted with author’s permission.

As children we often sat cross-legged on the floor or ground and called it “sitting Indian-style”.  Well, how about walking Indian-style?  How did Native Americans walk before they adopted stiff-soled, constrictive European footwear?  The answer is nimbly and effortlessly, landing on the ball of the foot — or on the entire sole — instead of on the heel.  In “The Indian How Book“, published in 1927, Seneca archaeologist, Arthur C. Parker, provides this wonderful description of Indian walking:

A natural people who depended upon nimble feet know how to walk.  The stiff-soled shoe and the styles of the generation have altered our way of walking.  We come down with a jar upon our heels, then rock our feet to our toes, thrust the other foot forward and come down upon the heel again.  We also turn our feet outward in such a manner that the direction of our movement passes through the middle of our foot, instead of from toe to heel.  We toe out.  Stiff soles, heel thumping and toeing out injure many feet, and fallen arches result.

Indians directed their feet straight ahead.  The body followed the direction of the foot, — straight ahead.  Moccasins were worn, which allowed the foot to keep its natural shape.  Indians had no corns or injured toe joints.  Contrary to the idea that the foot in a loose covering grows large, the Indian’s foot was small.  The moccasin did not cause it to flatten out.  On the other hand, the moccasin favored good blood circulation and strong, hard foot muscles.  There were no fallen arches.

In walking with the foot straight ahead there was less fatigue.  In walking up a steep hill Indians turned their toes in.  This permitted them to grip the ground with the forward and outside of the foot, and prevented slipping.

Moccasins kept the Indian “on this toes” a good deal of the time.  He kept a springy feeling.  In ordinary walking the heel was not thumped down first, but the ball of the foot, or, occasionally the whole foot, planked down flat upon the ground.

Our present day military step is a fatiguing one and in the long run injures the bones of the feet.  A good many hikers are trying the Indian way with great success.

During the Civil War, General Grant had on his staff a Seneca Indian who was a Colonel in charge of military engineering.  Later he was made Grant’s military secretary, but during this Indian’s career as engineer there were many forced marches through the Wilderness.  The men in one of the brigades became foot weary and were falling out rapidly.  The Indian went to Grant and said that he could carry the men through without further fatigue.  “Take command,” said Grant.  The Indian in taking command ordered every man to toe in and march ahead.  When they were rested he had them walk with the feet straight ahead instead of at an angle of forty-five degrees or thereabouts.  Completely restored, the men went forward and joined the re-enforcements.

Going native

The Indians were right where clothing and footwear were concerned, so it’s not surprising that Europeans who spent a lot of time with Indians — mountain men, trappers, traders, and adventurers — often chose to “go native” by wearing Indian clothing and moccasins.  They must have experienced an incredible sense of freedom after shedding the tight trousers, waistcoats, stiff-collared-and-cuffed shirts, jackets, and crippling shoes and boots.  But how many European women were brave enough to cast aside their corsets, hooped skirts and button-up granny boots in favour of soft deerskin dresses, leggings and moccasins?

Or not…..

What has really changed?  We are still slaves of fashion, having merely replaced the corset with the Wonder Bra (and other undergarments that lift, separate and compress);  the hoop skirt with the pencil-skirt; and granny boots with Manolo Blahniks and motion-control, anti-pronation running shoes.

The more things change, the more they stay the same.

 

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A Better Way to Build a Camp Fire http://primalways.net/?p=95 Fri, 26 Sep 2014 20:25:57 +0000 http://primalways.net/?p=95 Continue reading A Better Way to Build a Camp Fire ]]> Campfire1

I’m not sure when the earliest humans began to use fire to cook their food, heat their living spaces and provide nighttime lighting. Some research points as far back as 1 million years. The accepted belief is that fire was discovered, not invented, perhaps started by lightning. However it came to be, at some point, our ancestors learned to start and control fire. Those first controlled fires were built of wood.

For thousands of generations, until relatively modern times, wood fires have provided comfort, light and a means to cook food.

It is difficult, today, to sit by a camp fire at night without being caught in a hypnotic stare. The surrounding darkness is meaningless; the fire becomes the sole focus of our eyes and minds at the time.

Building a camp fire is pretty easy if you don’t let your intuition get in the way. Most people, whether building a camp fire or a fire in a wood burning stove or fireplace, know that heat rises. Intuitively, they assume that the fire should be started at the bottom of a stack using paper and small kindling at the bottom, and building a stack or pyramid of increasingly larger twigs, limbs and logs. Then they ignite the paper and let the rising heat ignite the larger pieces above the starting point. This way works, but it isn’t the best way.

There is another and better way to build a fire that will burn slower, hotter and put out much less smoke. You build the stack upside down from what your intuition tells you. You place the larger logs on the bottom, and start building a stack or pyramid with increasinglyUpside down campfire smaller limbs and twigs. Finally you place some paper, tied in knots (to provide some density), on top and surround the knots with some tiny twigs. Then, you ignite the paper at the top and watch with amazement at what happens.

As the paper begins to burn, the small twigs adjacent to the paper also ignite. The heat from the paper and twigs starts heating the slightly larger twigs beneath them to the point they start to release gas that ignites. This is the stuff that would be going up as smoke if you had started at the bottom. Usually these flammable gasses are too cool to ignite and they escape with the smoke. With this technique, your fire ignites the gasses before they escape with the smoke. You can actually see small flames forming in the air as the gasses ignite above the unburned wood. The burning gas is a clean burn with minimal smoke, with greater heat that then heats the larger twigs and limbs beneath them. They, also, start to release gas that ignites. Hot ashes and sparks from the exhausted burn at the top begin to fall into the stack to create heat that releases even more gas. As this gas rises it is ignited by the flames above. This process continues slowly downward consuming every piece of wood encountered.

I didn’t believe it either when I first heard about this way of building a fire. I’m pretty scientific and I knew this wouldn’t work. Eventually, I tried it and I’ve never built a fire any other way since. Try it the next time you build a fire, whether in a fireplace, wood burning stove or campground. You’ll never go back to the other smoky way either.

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