by superpsychologist, Raymond Lane
[Note: Archaeology provides artifact evidence about human evolution obtained from site excavations. Anthropology adds information about the beliefs and customs of primitive cultures. Superpsychology adds a further ingredient of how unresolved traumas alter the perception and behaviour of both individuals and societies. It is able to make clearer sense of social trends and odd and violent behaviours throughout history.]
The origin of the human species revolves around the factors of bipedality, retardation of canine teeth, tool making, and superorganism behaviour (e.g., colony building and warfare). Most explanations of human species development make little reference to environmental disasters or interactions with other organisms (aside from hunting). However, superpsychology research shows that humans were not only affected by environmental disasters, but also studied how other organisms lived and even adopted from them some attributes that they found useful to their own survival. This article explores the factors that caused separation from other apes, and the development of the species in terms of following birds, using fire, colony building, and engaging in warfare.
Surviving a Flood
East Africa is considered the birthplace of the human species. This region
has the prominent geological feature of the Great Rift Valley. It is a series
of depressions (rifts) in the Earth's crust caused by the separation of two
tectonic plates. It is about 5000 km (3107 mi) long and from 30-100 kilometres
(19-62 mi) wide. It has an unusual variety of features: rivers, freshwater lakes,
soda lakes, hot springs, up to 2,000 metre-high (6,562') cliffs, and about 20
volcanoes. It supports a great diversity of wildlife. The area was (and still
is) subject to floods, drought, fire, earthquakes, and volcanism. These are
all potential sources of social trauma (or supertrauma) for a species, and early
hominid remains have been found within this region.
Hominids split from the ape line about 10-5 million years ago, then shared the
following Pliocene Epoch with numerous ape species. While apes only perform
some activities bipedally, hominids may have become increasingly bipedal in
order to exploit ground and/or near-ground food sources that other tree-dwelling
apes were not exploiting. They returned to the trees for safety and to sleep
at night.
Around 6 million years ago, our ancestors' canine teeth began to recede for
some reason. Ardipithecus kadabba (c. 5.8 million years ago) may have
been the first species to diverge from the apes. This is because its tooth remains
include a self-sharpening upper canine that is shared by monkeys and apes, but
is smaller in size. From therapy we know that unresolved trauma has the power
to repress genetic expression in individuals. And from the laws of pain
we know that the repression of genetic expression within a species - often associated
with superorganism behaviour - is caused by social trauma. Any source of trauma
is possible - such as those described above - but floods are probably the most
likely. This is because most superorganisms are ground and/or near-ground dwelling
species. They include organisms like thrips, aphids, roaches, ants, termites,
wasps, bees, mole rats, and canids. For them, floods are the most common hazard,
but also the most survivable. Some superorganisms also display skill at dealing
with water - suggesting previous trauma from flooding. For example, ants form
bridges and rafts with interlocked legs, while mole rats move to higher ground
when water is rising.
By spending a lot of time on the ground, hominids were also susceptible to floods.
A group of hominids may have become caught in a turbulent flood and had to struggle
to keep their heads above water and/or hang on to each other to prevent being
swept away. While some would have perished, the surviving members became the
stock from which the human species developed. This event infected the group
with unresolved traumatic energy, which bound the members into a tighter, more
interdependent form and began to retard this line's genetic features - firstly,
their canine teeth.
Remains of another ancestor, Ardipithecus ramidus (c. 4.5 million years
ago) have been found at a site in Ethiopia where various watercourses existed
and remains of mole rats have also been found, amongst other animals. Humans
also have a history of flood trauma - for example, most cultures have a flood
legend. And we have displayed great skill at dealing with water - for example,
irrigation, bridges, aqueducts, dams, and drawing hydroelectric power from rivers.
Hominids had no defence against predators once the canine teeth began to recede in size. So they had to carry large sticks in their hands for this purpose. However, such sticks would also have been used in spats between groups, since throughout history the same weapons used against animals have also been used against other humans. A stick defence would also have allowed for wider foraging and, hence, opportunistic scavenging of meat. At around 3 million years ago, our ancestors suffered another social trauma. Again, any source is possible, but the resultant behaviour change indicates that this trauma specifically killed adults. A natural disaster kills indiscriminately, while predators kill the young. The one social trauma that mainly kills adults is fighting. Australopithecine stick-weilding spats may have become increasingly intense, leading to the culling of adults from the losing group. Returning to the scene later, the group's adolescents and young would have received a double shock: realising that they were suddenly left without worldly guidance and a territory; and witnessing their adult carers being devoured by vultures. Unable to resolve this trauma they attributed vultures with intelligence and caring qualities (this is known as transference: transfering the qualities of one being onto another), and that they regenerated the dead (this is known as symbolism). Normally, losing a territory would lead to starvation, but having "latched onto" vultures as substitute adults, this orphaned group was now provided with a food source (vultures circle high above carcasses). This behaviour trait "stuck" over following generations and, so, it was this group of vulture-following apes that became the final progenitors of the human species. This social trauma acted to knock our ancestors right off the normal path of ape evolution and onto a unique path of evolution where they learnt from birds rather than from apes.
Precedents for the above types of violence and trauma have been filmed in the
wild. A group of chimpanzees in Tanzania (Gombe National Park) beat to death
by hand all the males and some females of a neighbouring group and claimed their
territory. And an adolescent lioness in Kenya - who suffered the trauma of her
pride being killed by local herders - captured a series of four or five young
oryx (normally a prey item) as substitute companions.
Human Species Development
Following is a table that outlines the key stages of human species development. The left column addresses birds and fire, the right column addresses warfare and colony building (superorganism behaviour), while the centre column lists brain sizes for hominids and population figures from the last Ice Age onwards.
Birds & Fire
|
Brain
|
Warfare & Colony Building
|
3 million years ago
|
cc
|
3 million years ago
|
Meat Eating Meat eating was learnt by witnessing the lammergeyer taking carcass bones into the air and dropping them onto rocks below, then feeding on the exposed marrow within. Australopithecines then broke carcass bones open with stones to feed on marrow and brains. This allowed for a more regular meat supply, rather than the previous opportunistic efforts of eating scraps of flesh. The first species to become a dedicated meat eater was probably Australopithecus africanus. They may have lived nearby to vultures. |
450
|
Sticks and Stones Like sticks, stones would also have been used in spats between hominids. |
2.6 million years ago
|
||
#
|
The first evidence of stone tools appear, but their maker is unknown. It indicates a hominid relying more on meat eating. Making stone tools is hard, time-consuming work, and this could only have been engaged in by a driven being. | |
2 million years ago
|
2 million years ago
|
|
Tool Making The need to get to carcass sites to obtain more meat improved the hominid gate. This new hominid was Homo habilis, whose remains have been found along with stone tools. H. habilis may have developed basic sounds and gestures to communicate tool-making skills to following generations, because technology often spurs new language to explain items and procedures. They may have frequented crags or watersides for a rock supply to work, adopted pair-bonding from birds (which helped to reduce dimorphism in the species), and developed a simple vulture mythology to pass on to following generations. |
610
|
Sharp Tools Sharper stone tools also made for sharper weapons in hominid spats - and more trauma. |
1.9 million years ago
|
||
Fire The value of fire was initially learnt by following more birds (like the grasshopper buzzard-eagle, woolly-necked stork, and black kite) hunting around the edge of natural fires for fleeing and dead creatures. This hominid - perhaps Homo rudolfensis - also got a taste for cooked meat. Fire then became associated with vultures (representing all meat-eating birds), as was the sun since it was like a fireball in the sky. |
750
|
#
|
1.8 million years ago
|
1.8 million years ago
|
|
Learning about Fire Fire was a "hot tool" that proved to be as big a development for prehistoric humans as the invention of the wheel in ancient times. Fire could attract flying insects for food, attract and destroy mosquitoes, mould wood through heat (to produce straight aerodynamic spears and hardened spear points), cauterise wounds, destroy harmful microorganisms in cooked food (and thus improve health), flush out animals to be killed, and keep predators at bay. Fire could also heat rocks to provide lingering warmth after a fire waned. Heated rocks could be placed around and inside large game for roasting in a pit oven. Heated rocks dropped into a container of water could boil water, making it able to cook foods - including new foods like grains - and, again, to destroy harmful microorganisms. Water splashed onto hot rocks could produce steam that could be used to mould wood, or as a steam bath within a shelter. Smoke from fire could be used to preserve meat - thus extending the time between hunts, and be fashioned into signals to communicate over long distances - thus extending language capability. Fire use made H. erectus a sophisticated hominid - master of day and night. Eventually, they learnt to make fire themselves with sticks and flint. Fire was the light of social consciousness; it was around fire that many later advances in human development were undoubtedly conceived. |
850-1000
|
Fire Capture Fighting Ritual |
1.6 million years ago
|
1.6 million years ago
|
|
Migration Sharper tools and fire made portable shelters possible, and helped facilitate migration: firstly a trickle from about 1.6 million years ago, then a stream from 1 million years ago to Europe and 500,000 years ago to Asia and Indonesia. From H. erectus onwards, humans were also more substantial cave dwellers. Most hominid caves exist in mountainous areas overlooking valleys where migratory herds would graze. So when hominids migrated they were moving from mountain range to mountain range. This way of life was just like the birds of prey that they reverenced. When H. erectus migrated they must have had one eye on the migrating herd as potential food, and one eye on the bird of prey (some of whom follow migratory herds) for spotting carcasses (since H. erectus was not a big-game hunter). With experience, they could have followed other migratory birds to a variety of food sources, like roosting sites (for eggs and fledglings) and feeding grounds (for fruit, berries, vegetation, seeds and seafood). Following birds would also explain hominid sites unusually located on coastlines and on opposite sides of peninsulars, since they lie on bird migration routes. |
850-1000 | Migration The reasons offered for hominid migration have included following migratory herds or following a spreading favourable climate. But hominids may also have migrated to get away from increasing social violence, or having been ostracised from the social group by their own violence. |
400,000 years ago
|
||
Dominance of the Sense of Sight Conceptualising Gods |
1200
|
#
|
160,000 years ago
|
||
#
|
1400
|
Hunting Big Game Ancestor Worship |
130,000 years ago
|
130,000 years ago
|
|
Music Neandertals are the first to make musical instruments (late in their reign). They were flutes and whistles crafted from the bones of animals and birds. |
1500
|
Injuries Deliberate Burial Cannibalism |
60,000 years ago
|
||
#
|
1400
|
Aboriginal Fighting Ritual Wrestling |
30,000 years ago
|
30,000 years ago
|
|
Firelight Feathered Arrow |
1400
|
Headbands Headhunting Mass Extinction Further Genetic Retardation Learning from other Species |
10,000 years ago
|
Pop
|
10,000 years ago
|
Waterbirds Bird, Fertility, and Water Symbols Fire Weapons |
4m
|
Trepanation Head Binding Beheading |
Neolithic
|
Neolithic
|
|
Indo-Europeans Çatal Hüyük's wealth was achieved by monopolising the trade in the black volcanic glass of obsidian - yet another fire-made substance. Its hard and ultra-sharp edges made it ideal for weapons like arrowheads and spearpoints. Kilns |
5m
|
Storing Grains and Domesticating Animals Modeling Civilisation on the Honeybee / Wasp Superorganisms Fortifications Ancestor Worship The Great Flood |
Civilisation
|
Civilisation
|
|
The Development of the Wheel Bird, Fire and Sun Reverencing |
7-150m
|
Endemic Warfare War Chariots War against Animals War against Children |
Metal Smelting In order to smelt newly discovered metals, a hotter fire was developed by blowing air into the flames using a blowpipe. Later, a bellow was used. Thus, a further advance in fire use led to the end of the Stone Age and the move to the new Copper, Bronze and Iron Ages. The metals of gold and silver fuelled commerce and trade. Metal also became a new material for art, and one of the earliest subjects was, again, the raptor talon - birds were still at the forefront of human minds. |
5-50m
|
Metal weapons Crowns |
The Classical Age
|
||
#
|
130m
|
Superorganism Warfare Colony Building Wrestling and Boxing |
The Middle Ages
|
The Middle Ages
|
|
The Rise of Science Firearms Witch-hunts |
200-425m
|
Religious Wars Tournaments Firearms Colony Building Superorganism Sea Warfare |
The Modern Age
|
The Modern Age
|
|
Mechanical Flight The Industrial Revolution of the 1700s-1800s propelled society into the modern age. It was made possible by large furnace fires burning coal at high temperatures. This produced iron and steel (for building, weapons, and machinery), coal-gas (for heating and street lighting), and steam (for early engines). One of the most important inventions of this time was the internal combustion engine that employed a fire spark to ignite petroleum fuel to drive pistons and rods for mechanical work, thus replacing animal labour. The engine quickly led to the invention of motorised transport - especially the airplane to finally realise the dream of flying like the birds. |
720m
|
Economic Systems
The 1800s was a period of philosophical revolution that reinterpreted the individual's role in society, the collective will, and a government's role in ruling individuals. Both the prominent philosophers of Adam Smith (capitalism) and Karl Marx (communism) noted the diligence and efficiency of individuals in the ant society without an apparent ruler (the queen's control of workers by pheromones was unknown then). The philosophical revolution eventually led to increased rights for the individual, and republics replacing monarchies in many countries of the world. |
#
|
1.2b
|
Colony Building and Imperial Wars From the 1870s-1914 the European countries rushed to obtain new colonies and territories in other regions in order to build empires. Competition between these imperial powers led to numerous wars during the 1800s, and more adult deaths. As European power grew most Islamic territories also fell to it. |
Bird and Fire-based Technologies Imperialism, nationalism and war during the Twentieth Century spurred more bird and fire-based technologies to produce a great array of weapons - like machine guns, bombs and flamethrowers, and flying machines - like fighter planes (also called "warbirds"), rockets and missiles (the latter two still employing the flight principles of the arrow). The Second World War was led by Adolf Hitler, who felt an affiliation with both the Aryans (Indo-Europeans of prehistory) as a superior race and the bird of prey (he adopted the eagle as the Third Reich's emblem, frequented the "Eagle's Nest" mountain retreat, and erected the eagle statue at newly-conquered territories). This war also deployed atomic bombs - the most devastating fire weapon ever produced. Bird and Fire Reverencing National Emblems |
6.1b
|
World Wars The United Nations Modern Superorganism Warfare War against Terror Technology Modelled on Superorganisms |
Conclusion
As the hominid line was emerging, its newness and small numbers meant that the early supertrauma infections from a flood and an intense stick fight had a profound effect on it. They set it on a path of periodic fighting and excessive knowledge-seeking. As time progressed, the accumulation of trauma from fighting predators, hunting, hominid spats, and (no doubt) further natural disasters, led to the concept of spirits infecting the head through nightmares, and, later, to an anatomically large foetal skull that made birth more difficult. From the time of the last Ice Age, there has been a clear parallel between advances in bird and fire-based technologies and the intensity of warfare. Each has fed the other.
Humans went on to make many marvelous developments, like the wheel, writing, art, music, and science but they were created as part of the drive to accumulate knowledge and skills. The advances of one generation were superseded by new advances made by the following generation. Nothing stood still (and still does not today). This shows that human advances are not wholly necessary for survival in nature, but are largely a race for survival within the superorganism itself. Human advances are like rungs on a ladder leading to the top - but there is nothing at the top except a natural cure for suffering.
During our species' development the body doubled in size, while the brain tripled in size (known as encephalisation - a swelling of the brain). The physiology became foetal-like - with retarded teeth, jaw, body hair and skin pigmentation (in some peoples), and a bulbous skull. Only ape infants are born with such attributes and, hence, we have been recognised as a species of neotenic apes. The body and brain stopped growing about 75,000 years ago, but then the social population began to grow instead. Knowledge and work was no longer confined to the individual body and brain, but became divided between the numerous bodies and brains of society (which became ruled by kings and/or queens). This process built a superorganism and social brain (or superbrain) structure. So the repeated retardation of psychoemotional development of the young - due to generations of adult culling in wars - also retarded the human ape physiology and built a superorganism. Our species' development is a devolution rather than an evolution. It is solely due to the loss of the natural ability to heal both individual and social trauma. Breakthroughs into understanding the effects of (individual) trauma occurred, perhaps unsurprisingly, in the post-World War development of re-experiencing-based therapies. Finally, the interconnectedness between both types of trauma were formulated in this author's laws of pain (superpsychology).
Throughout history the head has been a target for attack, reverence, fashion, surgery, drug use and, finally, therapy. This attention clearly shows that the head is the source of trouble in our species. It is the head that becomes infected with trauma (and not evil spirits) and expresses adverse personality traits like stubbornness, jealousy, greed, rage, melancholy, infatuation, and violence. Some of the nervotensions being resolved in therapy today are actually hundreds, thousands, or even millions of years old - because they have been passed down from generation to generation as a behavioural code (or a false genetic code). Where the troubled people of earlier times may have worn an animal tooth headband, undergone a trepanning operation, or dabbled in shamanism, the troubled people of today are coming to therapy. And we discover that the reason they get involved in symbolic activities is due to unresolved traumas. They then clear the trapped energy from those traumas out of their heads, and become calmer, more sensible, and more peaceful people. This is why superpsychology has knowledge of how earlier humans behaved and what kinds of traumas they suffered in life. Superpsychology is establishing the psychoemotional aspects of human species development that is essential for healing suffering. So the reason for the development of the human species is a psychoemotional one, not a genetic one.
Griffin Vulture
(note how the wings resemble human-like arms with fingers)
Stone Age Hand-axes
Catal Hoyuk vultures (with human feet), amongst headless human corpses
Persian god Ahura Mazda (surrounded by a sun disk and vulture wings and tail)
The Gebel-Arak Knife
One of the remains of our earliest homind is the Australopithecus Afarensis skull known as the Taung child. Archaeologists had assumed that this individual was a victim of a tiger or saber-toothed feline. However, Lee Berger (from Witwatersrand University) and Ron Clarke have revealed traces of ragged cuts behind the eye sockets that are characteristic of eagle predation. Some of the other remains (of small monkeys) found with the skull had also shown signs of bird predation. This indicates that hominids - particularly the young - were not only targets of predators from the ground but also from the air.
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article © copyright Raymond Lane, January 2005
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