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Anthropology 367
Paleoanthropology
Hour Exam I - February 17,
1999
I. Hominid Taxonomy (Answer This Question) (30 points)
Provide in outline form a taxonomy of the Hominidae. By each
species,
provide:
1) approximate beginning and ending dates for the distribution in time
of the species (I will keep
in mind the modest
differences between the two texts and the lecture notes).
2) the general geographical range of the species (e.g., southern Africa,
non-arctic Old World,
etc.)
Where a species is considered valid for some human paleontologists but
considered to be
subsumed within
another by other human paleontologists, indicate that in your answer.
II. Identifications/Significance (Identify, Define and/or State
the Major Aspects of Four [4]
of the Following,
and Briefly State the Significance of Each with Respect to
Paleoanthropology)
(5 points each, for
20 points total)
1. Pre-Sapiens Approach to Paleoanthropology
2. Femoral Robusticity
3. Nude Human ("Venus") Figurines
4. Variation in early Homo (Homo habilis and friends)
5. Dental Enamel Hypoplasias
6. Cladistic Approach to Phylogeny and Taxonomy
7. Evolutionary Synthesis of the 1940s
III. Short Essay (Answer This Question) (30 points)
(can be written in
semi-outline form)
Three Late Pleistocene groups of early modern humans have been
discussed,
1) the Middle
Paleolithic
associated African/Near Eastern early modern humans
2) the earlier Upper
Paleolithic (>18,000 BP) early modern humans
3) the later Upper
Paleolithic (10,000 - 18,000 BP) modern humans
Briefly describe
(or diagram) the major behavioral / adaptive shifts that took place
between
each of these stages of early modern human evolution, drawing on both
the human paleontological and archeological records.
Anthropology 367
Paleoanthropology
Hour Exam II - March 26,
1999
I. Identifications/Significance (Identify, Define and/or State
the Major Aspects of Five [5] of
the Following, and
Briefly State the Significance of Each with Respect to:
Archaic
Homo
evolution and/or the emergence of early modern humans)
(5 points each, for
25 points total)
1. Nuchal torus
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2. Châtelperronian |
| 3. Neandertal thumbs |
4. mitochondrial DNA |
| 5. Neandertal body proportions |
6. Acheulian bifaces |
| 7. Neandertal burials |
8. Archaic Homo encephalization |
| 9. Early Homo erectus body proportions |
10. Neandertal mid-facial prognathism |
II. Essay (Answer One of the Following Questions) (75
points)
(can be written in
semi-outline form)
(if you provide
information
in Part I that relates to your answer in Part II, you need only
refer back to the
Part I answer (i.e., "see answer to I/##")
1. The Neandertals (or late archaic Homo generally) have been described
as having had a significantly less efficient cultural adaptation then
early modern humans, and having had to compensate (from the perspective
of modern humans) biologically for these inefficiencies.
A. What kinds of
"cultural inefficiencies" are associated with the
Neandertals?
B. What kinds of
biological responses to these "cultural inefficiencies" are
seen in the fossil remains of the Neandertals?
C. How does this
help us to understand why Neandertals and other late archaic Homo were
replaced by Upper Paleolithic early modern humans relatively rapidly
between
40,000 and 30,000 years B.P.?
2. Human cultural and biological evolution during the Middle Pleistocene
(700,000 to 130,000 years ago) was once described as "the muddle
in the middle." However, in recent years it has become apparent that
a number of highly significant changes took place in human cultural and
biological evolution during this time period.
A. List and briefly
describe the important changes in human biology and behavior that took
place during the Middle Pleistocene.
B. How do these
changes
help us to understand what is:
1. special (uniquely
derived) for the Neandertals?
2. generally derived
for Late Pleistocene archaic Homo?
3. ancestral for
all of them?
Anthropology 367
Paleoanthropology
Final Exam - May 3, 1999
Part I: Early Hominid Hour
Exam
I. Identifications/Significance
Identify,
Define
and/or State the Major Aspects of Five [5] of the Following
Briefly State the
Significance of Each with Respect to:
Homo habilis and
friends and/or Australopithecus evolution)
(8 points each, for
40 points total)
| 1. Homo rudolfensis |
2. Australopithecus femoral bicondylar angle |
| 3. Oldowan choppers |
4. Australopithecus afarensis carpometacarpal
morphology |
| 5. Sagittal crest |
6. Anterior dentition of Australopithecus
afarensis |
| 7. Australopithecus boisei noses |
8. Animal consumption in the Oldowan |
| 9. Australopithecus toes |
10. Australopithecus limb length proportions |
II. Essay (Answer One (1) of the Following Questions) (60
points)
(can be written in
semi-outline form)
(if you provide
information
in Part I that relates to your answer in Part II, you need only
refer back to the
Part I answer (i.e., "see answer to I/##")
1. There were multiple species of early humans in eastern and southern
Africa between about
2.2 million and 1.6
million years ago.
A. Who were
they?
B. In what ways did
they differ from each other anatomically in three main features?
C. Which one(s) of
them is(are) likely to have made the Oldowan industry?
2. Members of the genus Australopithecus have been described as
having "postcanine
megadontia"
(big cheek teeth).
A. Describe the
evolutionary
trends through time in Austrapithecus in the absolute and
relative sizes of
their cheek teeth.
B. What does this
tell us about the adaptive patterns of the Australopithecus lineage.
3. The first convincng technological complex of the Hominidae is the
Oldowan.
A. When and where
is it found?
B. What does it look
like?
C. What
technological
innovations (relative to what chimpanzees do in the wild) were
involved?
D. Who is likely
to have made it?
Part II: Comprehensive Exam
Answer Two
(2) of the Following Essay Questions
(can be written in
semi-outline form)
(50 points each)
Question 1. A major increase in relative brain size has long been
seen as a hallmark of human evolution. Yet, the earliest humans (early
Australopithecus) had brains absolutely little larger than those
of modern chimpanzees.
In light of this:
A. Describe the trajectory of hominid brain size (both absolute size
and relative size) from early
Australopithecus
to late Upper Paleolithic Homo sapiens.
B. To what extent do evolutionary periods of stasis (little change) in
relative brain size
correspond to
evolutionary
periods of little adpative/cultural evolution?
C. To what extent do evolutionary periods of directional change in
relative
brain size correspond
to evolutionary
periods
of major adaptive advancement?
For each, be sure
to include examples of what changed or stayed the same.
Question 2. In the evaluations of Pliocene and Pleistocene hominid
fossil remains, skeletal samples of modern humans from 20th century
industrial
societies are frequently used as a baseline for comparison.
In what ways is
it appropriate to use such modern human samples to evaluate the biology
and behavior of prehistoric human groups?
In what ways is
it not appropriate to use such modern human samples to evaluate the
biology
and behavior of prehistoric human groups?
Be sure to give
specific
examples for each.
Question 3. The development, elaboration and dependence upon tool
use has long been (since Darwin) as a distinctive hominid trait.
Discuss the
prehistoric
evidence for the emergence and elaboration of a dependence upon tool use,
as opposed use of the human body, for acquiring and processing food and
for protecting oneself from predators through hominid evolution.
Be sure to include information from ALL relevant aspects of:
1. human anatomy
as documented in the human fossil record
2. human technology
as documented in the Paleolithic archeological record.
Question 4. Habitual bipedal posture and locomotion is a truly
distinctive
hominid characteristic, and is documented as being present since at least
the 4.2 million year old Australopithecus anamensis fossil
remains.
Yet, it has been repeatedly argued that the nature of hominid bipalism
evolved significantly during the past 4 million years.
In light of this:
A. Outline the
nature of human bipedalism (how people walked) in each of the relevant
phases of hominid evolution (Australopithecus, archaic
Homo,
modern Homo).
B. For each phase,
describe at least three anatomical features that support your description
in section A.
C. For each phase,
indicate the behavioral/adaptive implications of your description in
section
A.
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