Homonins: The Oldest Human Rituals
- Understand the influence homonins had on human's abilities to dance
- Explain the importance of bipedality for dance development in the paleolithic
- Gain an awareness of the significance the construction of early shelters, burials and art objects had for human evolution
- Experience finger dexterity through choreography of hand gestures
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N O T E S
First Ancestors
- Our first ancestors lived 7 million years ago
- Bipedal, upright walking
- Ability to walk emerged long before humankind developed big brains.
- Even though they walked they were still tree climbers.
- No hominins has been found during this period yet.
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Homonins
- Hominins continued to develop
- 4 million years ago grasping feet were lost.
- Multiple hominin species lived simultaneously.
- They may have met
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Homo habilis
- 3 million years ago hominins lived in Southern Africa.
- Tools allowed hominins to adapt to new environments.
- The first known stone tools were produced in Ethiopia.
- The tools may have been produced by Homo habilis.
- The Homo habilis is a member of our own genus group, the genus Homo
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Homo erectus
- 2 million years ago Homo erectus became the first hominin to migrate out of Africa.
- Homo erectus had human-like traits such as:
- large brains
- dexterous fingers
- long legs
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Brain Growth
- 800,000 years ago advances in cooking was fueling further brain growth.
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Homo sapiens
- Our own species Homo sapiens emerged in Africa 200,000 years ago.
- They lived alongside and interbred with other hominin species.
- Homo sapiens were highly adaptable, quickly filing nearly every geographic niche.
- Other hominins went extinct.
- Climate pressures and competition with Homo sapiens may have wiped them out.
- Although these ancient hominins are now extinct, they remain our closest relatives on the family tree.
Question 1
What characteristics attributed to the Homo habilis, Homo erectus and Homo sapiens influenced our species' ability to dance?
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N O T E S
Human -like Traits
- Each specie exhibited various degrees of human-like physical and behavioral traits such as: large brains, small teeth, bipedality and tool use.
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Homonins
These homonins can be divided into three main groups:
Early homonins:
Between 7 and 4.4 millions
of years ago in Africa; ape like traits such as small brain capacity,
some were beginning to show some human-like characteristics such as
small canines used more for eating than for hunting or fighting.
Australopithecines:
Primates, 4.4 - 1.4 millions
of years ago across the African continent; they had some ape-like
traits; however, changes in their skull, spine and shift, show a shift
toward a human-like trait, consistent bipedal locomotion
Genus Homo:
2 million years ago; contemporaries of some of the australopithecines, they were becoming distinctly more human; cranial capacity growing larger than any other hominin; sophisticated stone tool technology; the first to control fire; first to migrate out of Africa into the rest of the world.
Question 2
Why is bipedality an important trait for dance development in the paleolithic?
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Question 3
Why is it significant that these early humans built shelters, buried their dead and created the first objects of art?
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Homonin
Homo erectus
Homo habilis
Homo sapiens
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VIII
Students' Work
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