I recently presented a session on the role of primitive skills in the classroom at the 2009 COEO conference held in Parham, ON. The session was full, with many people standing and I ran out of course packs to provide to the members attending. I decided that the best remedy would be to share this talk with all present via the website to simplify things. Also, I think that the opening portion of the talk is really applicable to anyone with an interest in primitive living skills so I would like to share this with all my readers. Please feel free to use this information as needed, it was written with the intent to encourage the use and learning of primitive technologies in the interest of furthering the goals of outdoor education.
Fire, Food and Human Progress: Using Primitive Skills to Explore Ancestry, Connections within Nature and Nature Deficits Facing Youth
In a gross sense, humans are not much different than other animals in the way that we perceive our world, in fact the closest living relatives of humans are gorillas and chimpanzees. Humans are probably most closely related to the Common Chimpanzee and the Bonobo (another type of chimpanzee found only in the Democratic Republic of Congo). Comparitive differences in human and chimpanzee DNA ranges between 95% and 99%. It has been estimated that the human lineage diverged from that of chimpanzees about five million years ago, and from that of gorillas about eight million years ago.
Homo sapiens appeared about 200,000 years ago. By about 50,000 years ago, we had become a little more modern and developed things such as language, music and rudimentary art. The out of Africa migration is estimated to have occurred about 70,000 years ago. Modern humans spread to all continents, replacing earlier hominids in Eurasia and Oceania by 40,000 years ago and the Americas at least 14,500 years ago (although this is hotly contested and many groups feel this number could be doubled). They displaced Neanderthal man and other species through more successful reproduction and competition for resources.
Until approximately 10,000 years ago, most humans lived as hunter-gatherers. They generally lived in small nomadic groups known as band societies. The advent of agriculture prompted the Neolithic Revolution, when access to food surplus led to the formation of permanent human settlements, the domestication of animals and the use of metal tools.
What I’m saying is that essentially, depending on how you look at it, we are a 10000 to 30000 year old model struggling to come to grips in many ways with a technological age that is barely 200 years new. At least when looking at the advent of the information age, particularly the the invention of the analytical engine (considered the first computer) by Charles Babage in 1837.
Modern humans (Homo Sapiens Sapiens) have a long line of ancestors standing behind them, separated for the most part by small details contained in our fore brains. These details are what allow us the use of abstract thought and what enabled us to develop tools, art, poetry, manners and all the niceties that brought our species to the forefront of evolution. However, we didn’t really leave our ancestors behind either.
Our mid-brain could also be described as our primitive brain. Within our mid-brain is contained the primal instincts of our being, our ancestors if you will. What keeps these instincts in check is the reasoning skills of our fore brain. Several studies have shown (and most of us here have had similar experiences) that when humans are put under great amounts of stress coupled with accelerated heart rates that our behavioural and physical responses to outside stimuli are vastly different than what they would under calmer conditions. A great example of this is the “deer caught in the headlights” effect.
This is called a sympathetic nervous system response. It’s out mid-brain waking up and taking over to provide primal instinctual responses meant to keep us alive. This is the legacy that our ancestors have given us, a proverbial “ghost in the machine”. Other triggers have been identified, and most are dependent on the same two things: stress level and heart rate. Fear or anxiety are only two limited triggers, it has been speculated that there may be almost one hundred, but one thing is certain, an affinity to nature and natural surroundings in is one of them.
The term “Biophilia” or a love of all things natural was first used by Erich Fromm to describe a psychological orientation of being attracted to all that is alive and vital. Edward O. Wilson introduced and popularized the hypothesis in his book titled Biophilia. He suggests that biophilia describes “the connections that human beings subconsciously seek with the rest of life.” He proposed the possibility that the deep affiliations humans have with nature are rooted in our biology.
So, if nature is rooted in our biology, can we reach the “ghost in the machine”? The American Medical Association has done several studies that have linked disorders such as ADD ADHD and childhood depression to the “exposure of children at a young age to flash media, in particular television and video games. Yet these same studies found that when these overstimulated children were placed in an outdoor, free-play or semi structured play environment, they began to display little if any of their previous symptoms. Does the environment and the hypothesis of Biophilia warrant that this is the answer? It’s not a for sure by any means, but it does beg the question, can nature and the stimulation of the “ghost in the machine” mid-brain processes that make up our ancestry help us to feel better as individuals and if so, how can we easily integrate them into activites that are fun and exciting?
One of the ways we can attempt to do this is by integrating aspects of primitive living skills in order to appeal to our base instincts as humans. We are essentially all hunter-gatherers at heart. By rekindling the knowledge of how our ancestors lived, thrived and died we can begin to develop a better understaning of our own place in this world and how we fit into the natural order of things.
For access to the full course modules and materials please click here
Happy Tracking!
~ B





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