Index: 

Lecture 1: Introduction and Orientation
Lecture 2: Anthropology & Human Origins: An Overview
Lecture 3: The History of Evoluntionary Thought
Lecture 4: DNA: The Chemical Basis of Life
Lecture 5: DNA, Genes, and the Genetic Code
Lecture 6: Mendel and the Mechanisms of Inheritance
Lecture 7: The Modern Theory of Evolution
Lecture 8: How Evolution Works in Populations
Lecture 9: Macroevolutionary Change & Poygenetic Traits 
Lecture 10: Taxonomy, Phylogeny, and Family Tree
Lecture 11: Geological Time, Dating Methods and Fossils
Lecture 12: Overview of the Primate Order
Lecture 13: Primate Behavior
Lecture 14: Primate Models for Human Behavior
Lecture 15: Primate Anatomy and Primate Origins
Lecture 16: Evolution of Monkey and Apes
Lecture 17: Gigantopithecus: The Giant of All Apes
Lecture 18: Miocene Hominoids and Hominid Origins
Lecture 19: Paleoanthropolgy in Action
Lecture 20: Early Hominids: History and Overview
Lecture 21: Plio-Pleistocene Hominid Evolution I
Lecture 22: Plio-Pleistocene Hominid Evolution II
Lecture 23: Evolution and Dispersal of Homo ergaster
Lecture 24: Evolution of Homo erectus in Java and China
Lecture 25: Evolution of Homo heidelbergensis - Africa and Europe
Lecture 26: Phyletic Position of Neanderthals
Lecture 27: Origin of Anatomically Modern Humans
Lecture 28: Summary and Review for Final

Updated: November 20, 2002

Lecture 2: Anthropology & Human Origins

Holistic science
Ethnology
Linguistic anthropology
Social anthropology
Ecological anthropology
Economic anthropology
Medical anthropology
Archaeology
Paleoanthropology
Primate paleontology
Primatology
Human variation
Human adaptability
Skeletal biology
Forensic anthropology
Paleopathology
Scientific Method

Lecture 3: The History of Evoluntionary Thought

fact
theory
creationism
Linnaeus (1707-1778)
fixity of species
Lamarck (1744-1829)
inheritance of acquired characters
Cuvier (1769-1832)
catastrophism
Lyell (1797-1875)
uniformitarianism
Darwin (1809-1882)
natural selection
Malthus (1766-1834)
population growth and struggle for existence
Wallace (1823-1913)
differential reproductive success

Lecture 4: DNA: The Chemical Basis of Life

molecule
chromosome
zygote
ontogeny
gene
DNA - double stranded
Watson & Crick
sugar & phosphate backbone
base units of DNA:
A - adenine
T - thymine
G - guanine
C - cytosine
nucleotide
double helix
RNA - single stranded
U - uracil (in place of thymine)
DNA replication
cloning
polypeptide chain
ribosome (site of protein synthesis)

Lecture 5: DNA, Genes, and the Genetic Code

DNA - deoxyribonucleic acid
double helix
Base units:
A - Adenine, G - Guanine
T - Thymine, C - Cytosine
mitosis
meiosis
replication
protein synthesis
triplet
codon
amino acids - 20 kinds
RNA - ribonucleic acid
Single strand with base Uracil - U
messenger RNA (mRNA)
ribosomes
transcription & translation
transfer RNA (tRNA)
polypeptide proteins
Proteins
Recombinant DNA Technology

Lecture 6: Mendel and the Mechanisms of Inheritance

mitosis
meiosis
gamete
zygote
diploid (2n) vs. haploid (1n)
preformation
Gregar Mendel (1822-1884)
Principle of Segregation
Principle of Independent Assortment
locus (plural: loci)
gene
allele
homozygous
heterozygous
dominant allele
recessive allele
genotype
phenotype
Carl Correns

Lecture 7: The Modern Theory of Evolution

exons -- DNA that codes for proteins
introns -- neutral or "filler" DNA
genes
genome
locus
alleles
homozygous vs. heterozygous
dominant allele vs. recessive allele
phenotype
genotype
Darwinian evolution
Mendelian genetics
synthetic theory of evolution
population
variation
natural selection
mutations:
in chromosomes (cellular mutations)
in DNA (molecular or point mutations)
gene pool
geographical isolation
migration

Lecture 8: How Evolution Works in Populations

population
gene pool
gene flow
H. C. Bumpus
natural selection
migration
genetic drift
fixation
Founder's effect
Pitcairn Island - HMS Bounty
Sickle-cell anemia
hemoglobin (Hb)
substitution point mutation
Allison
malaria
Anopheles mosquito
Plasmodium parasite
balanced polymorphism
F. Livingstone
slash and burn agriculture

Lecture 9: Macroevolutionary Change & Poygenetic Traits 

simple, one-locus traits
polygenic (multi-locus) traits
biological adaptation
acclimatization
heat stress/cold stress
Bergmann's Rule
Allen's Rule
high-altitude stress
macroevolutionary change
adaptive zone
G.G. Simpson
major adaptive shifts
Chiroptera (Bats)
echolocation
predator/prey co-evolution

Lecture 10: Taxonomy, Phylogeny, and Family Tree

microevolution
macroevolution
population
species concept
systems of classification
binomial nomenclature
Linneaus
adaptive radiation
speciation
stasis
anagenesis
cladogenesis
phylogeny
phyletic gradualism
Darwin
punctuated equilibrium
Eldredge and Gould

Lecture 11: Geological Time, Dating Methods and Fossils


principle of convergence
systems of classification
evolutionary taxonomy
Simpson, Mayr
phylogenetic systematics
Hennig
cladistics & cladograms
Bishop Ussher
Lord Kelvin
biological time
social time
historical time
geological time
geological time scale

Lecture 12: Overview of the Primate Order

Insectivora
Primates
primate specializations
Prosimii (prosimians)

Anthropoidea (anthropoids)

Lemuriformes (lemurs)
Lemuridae
Indriidae

Lorisiformes (lorises)
Lorisidae

Tarsiiformes (tarsiers)
Tarsiidae

Platyrrhini (Ceboidea or N.W. monkeys)
Cebidae
Callitrichidae

Catarrhini (O.W. monkeys & apes)

Cercopithecoidea (O.W. monkeys)
Cercopithecidae

Hominoidea (apes and humans)
Hylobatidae (lesser apes)
Pongidae (great apes)
Hominidae (humans)

Lecture 13: Primate Behavior

non-human primate behavior
correlates of human behavior

gibbon -- Hylobates lar
Khao Yai National Park, Thailand

mountain gorilla - Gorilla gorilla beringei
C. Yamagewa
Rwanda

1) locomotion behavior
2) dietary adaptations
3) communication systems
4) dominance and status
5) monther-infant relationships
6) juvenile behavior
7) male-female sexual bonds
8) role seperation by age and by sex
9) objection manipulation & learned behavior

Lecture 14: Primate Models for Human Behavior

Movie: Monkey in the Mirror

Chimpanzee baby
African bushbaby
Squirrel monkey
Cercopithecus monkey
Mountain gorilla
Aye Aye
Chimpanzee behaviors, East Africa
Termite hunting
Nut-cracking
Mineral supplements
Medicinal plants
Orangutan
Chimpanzee finger-painting
Baboons in savanna
Japanese macaques (overcrowding)
Chimpanzee
Self recognition
Awareness of others
Common chimpanzee, East Africa
Bonobo, central Zaire
Kanzi, language acquisition
Rudiments of culture

Lecture 15: Primate Anatomy and Primate Origins

primate evolutionary trends
incisors
canines
premolars
molars
diastema
Dental Formula
= Incisors : Canines : Premolars : Molars
bilophodont pattern
Y - 5 pattern
calvarium
mandible (lower jaw)
cranium
postcranium
axial skeleton
appendicular skeleton
quadrupedalism
vertical clinging and leaping
brachiation (suspensory climbing)
knuckle-walking
bipedalism

primate origins
cranial specializations
postcranial specializations
arboreal hypothesis
G. Elliot Smith
Matt Cartmill
visual predation hypothesis
hand/mouth/eye coordination
terminal branch feeding
R.W. Sussman
Fruit-eating and the evolution of flowering
plants
Superorder: Archonta
primate outgroups: tree shrews, flying
lemurs and bats
Paleocene (65 Ma to 53 Ma)
Plesiadapiforms
Eocene (52 Ma to 37 Ma)
omomyoids
tarsius
adapoids
loris - lemur

anthropoid origins

 

Lecture 16: Evolution of Monkey and Apes

anthropoid origins
continental drift
island-hopping & rafting
Branisella: earliest platyrrhine (late Oligocene)
platyrrhine origins: from Parapithecid relative?
Fayum, Egypt (Eocene-Oligocene)
catarrhine origins: Catopithecus (Oligopithcidae)
Parapithecidae: Apidium
Propliopithecidae: Aegyptopithecus
Rusinga Island, Kenya (early Miocene)
cercopithecoid origins: Victoriapithecus
bilophodonty & generalized postcrania
Omo, Ethiopia (Pliocene)
Theropithecus brumpti
large flaring cheekbones
hominoid origins: Proconsul (early Miocene)
"dental apes" but not postcranial apes
hominoid postcranial specializations
Potwar Plateau, Pakistan (mid Miocene)
orangutan origins: Sivapithecus -
dish-shaped facial anatomy
Gigantopithecus origins (from Sivapithecus)
Lufeng, southern China (late Miocene)
gibbon origins: Laccopithecus
Macedonia, Greece (late Miocene)
African ape origins: Ouranopithecus -
angled face anatomy
Migration from Eurasia back into Africa
Chimp/Gorilla/Human origins

Lecture 17: Gigantopithecus: The Giant of All Apes

Gigantopithecus blacki (Pongidae)
Ralph von Koenigswald
Limestone Tower Karst
Liucheng Cave, Guangxi, China
= Early Pleistocene
Pei Wenzhong, IVPP, Beijing
Homo erectus (Hominidae)
Institute of Archaeology, Hanoi
Tham Khuyen Cave, Vietnam
Electron Spin Resonance Dating = E.S.R. Dating
= Middle Pleistocene
Giant Panda and Orangutan
Longgupo Cave, Sichuan, China
Huang Wanpo, IVPP, Beijing
= Late Pliocene/early Pleistocene
Coexistence of Giganto & Homo
phytoliths
Scanning Electron Microscope
Giganto Diet :bamboo and durian
Giganto reconstruction
Allometric scaling of body size

Lecture 18: Miocene Hominoids and Hominid Origins

later Miocene hominoids
hominid origins
expansion of brain?
Dental Features:
(1) projecting canines
(2) sectorial P3
(3) parallel dental arcade vs. parabolic dental arcade
Guy Pilgrim, Potwar Plateau, Pakistan
Ramapithecus punjabicus
G. Edward Lewis, Haritalyangar, India
Elwyn Simons
Louis Leakey, Fort Ternan, Kenya
Kenyapithecus wickeri (= Ramapithecus)
Vince Sarich, Biomolecular evidence
Peter Andrews & Alan Walker
David Pilbeam: Sivapithecus indicus
Orangutan -- Pongo pygmaeus
The Myth of "Ramapithecus"
Hadar, Ethiopia, Johanson & White
Australopithecus afarensis
importance of bipedalism
Mosaic evolution

Lecture 19: Paleoanthropolgy in Action

Film: The First Family

paleoanthropology in the field
hominid origins
Afar Research Expedition
Hadar, Ethiopia (3.0 to 3.3 m.y.a.)
Donald Johanson, paleoanthropologist
Maurice Taieb, geologist
Tim White, paleoanthropologist
interdisciplinary fieldwork
Australopithecus afarensis
Owen Lovejoy, anatomist
paleoanthropology in the laboratory

Lecture 20: Early Hominids: History and Overview

Absolute Dating Methods:
Radiocarbon
Potassium-Argon and 40Argon/39Argon
Electron Spin Resonance & Uranium Series
Relative Dating Methods:
Paleomagnetism
Faunal Correlation
Biostratigraphy
How bones become fossilized
Taphonomy
History of Paleoanthropology:
Feldhofer cave, Neander Valley, Germany, 1856
Herman Schaaffhausen, H. neanderthalensis
Eugene Dubois, Java, Indonesia, 1891
Pithecanthropus erectus (=Homo erectus)
Davidson Black, Zhoukoudian, China, 1921
Sinanthropus pekinensis (=Homo erectus)
Raymond Dart, Taung, South Africa, 1924
Australopithecus africanus
Robert Broom, Kromdraai, 1938 and
Swartkrans, 1948, South Africa
Paranthropus robustus
Louis Leakey, Olduvai Gorge, Tanzania, 1959
Zinjanthropus boisei (=P. boisei)
Homo habilis
Hominid origins tied to bipedalism

Lecture 21: Plio-Pleistocene Hominid Evolution I

Hominid-pongid split
Origin of bipedalism: anatomical basis
Scenarios for origin of bipedalism
CENTRAL and
EAST AFRICA SITES:
Chad, Central Africa - 6.0 to 7.0 m.y.a.
Sahelanthropus tchandensis
Michel Brunet
Tugen Hills, Kenya - ~ 6.0 m.y.a.
Orrorin tugenensis
Andrew Hill and Brigitte Senut

Aramis, Ethiopia - 4.4 m.y.a.
Ardipithecus ramidus
Tim White
Middle Awash, Ethiopia - 5.3 to 5.8 m.y.a.
Lothagam, Kenya - ~ 5.7 m.y.a.
Kanapoi and Allia Bay, Kenya - 3.8 to 4.2 m.y.a.
Australopithecus anamensis
Kenyanthropus platyops, 3.2 to 3.5 m.y.a.
Meave Leakey
Hadar, Ethiopia - 3.0 to 3.6 m.y.a.
Australopithecus afarensis
Donald Johanson --- "Lucy"
Laetoli, Tanzania - 3.4 to 3.6 m.y.a.
Mary Leakey -- hominid footprints

Lecture 22: Plio-Pleistocene Hominid Evolution II

Hadar, Ethiopia - 3.0 to 3.6 m.y.a.
Australopithcus afarensis
Donald Johanson --- "Lucy"
Laetoli, Tanzania - 3.4 to 3.6 m.y.a.
Mary Leakey -- hominid footprints
West Turkana, Kenya - 2.5 m.y.a.
Paranthropus aethiopicus
Olduvai Gorge, Tanzania - .5 to 1.8 m.y.a.
Paranthropus boisei
Early Homo: Homo habilis
East Turkana, Kenya - ~ 1.8 m.y.a.
Richard Leakey
Bouri Peninsula, Ethiopia - ~ 2.5 m.y.a.
Australopithecus garhi
Tim White
Oldowan stone tool industry
SOUTH AFRICA SITES - limestone caves:
Taung - 2.5 m.y.a.
Raymond Dart - Taung skull
Australopithecus africanus
Robert Broom
Sterkfontein - 3.0 to 3.5 m.y.a.
Paranthropus robustus
Robinson - "Dietary Hypothesis"
Molarized premolars & reduced incisors
gracile & robust

Lecture 23: Evolution and Dispersal of Homo ergaster

AFRICAN RECORD:
Bouri Peninsula, Kenya, 2.5 m.y.a.
A. garhi, Tim White
Oldowan tools
Olduvai Gorge, Bed I and II, 1.85 to 1.5 m.y.a.
Louis Leakey
Homo habilis, ~ 600 cm3 (cranial capacity)
Johanson & White, H. habilis skeleton
Mary Leakey, circle of stones
East Turkana, Kenya, 1.8 to 1.5 m.y.a.
Richard Leakey, Homo habilis
KNM-ER 3733 - 848 cc
West Turkana, Kenya, 1.6 m.y.a.
Homo ergaster
Walker, KNM-WT 15000, Nariokotome
Larger body size (6' adult height)
Larger brain size ( > 700 cc)
Modern limb proportions
Wider niche exploration
Swartkrans, South Africa, 1.8 m.y.a.
Well muscled limbs and lanky torso
Scavenging strategy
Transcontinental migration

ASIAN RECORD:
Dmanisi, Republic of Georgia, ~ 1.75 m.y.a.
David Lordkipanidze
D2700 - 600 cc
Longgupo Cave, China,1.9 m.y.a.
Huang Wanpo
Mojokerto, Java, 1.8 m.y.a., early Homo
Sangiran Dome, 1.6 m.y.a. to 1.0 m.y.a.
Homo erectus

Lecture 24: Evolution of Homo erectus in Java and China

Homo ergaster
Dmanisi, Georgia, 1.8 m.y.a.
Longgupo, China, 1.9 m.y.a.
Mojokerto, Java, 1.8 m.y.a.
Homo erectus morphology
Eugene Dubois, Trinil, Java - .9 m.y.a. "Pithecanthropus erectus" = H. erectus
Ralph von Koenigswald
Sangiran, Java - 1.0 to 1.55 m.y.a.
Teku Jacob, Gaja Mada Univ., Java
Tanjung 1993.05, nearly complete cranium Sangiran 17, most complete H. erectus
Geology and dating of Sangiran Dome
40Ar/39Ar dating of pumices and tuffs
ties most crania to dated levels
Davidson Black
"Sinanthropus pekinensis" = H. erectus
Zhoukoudian, China, ~ 500,000 yrs ago
choppers, scrapers - simple artifacts
Pachycrocuta, giant hyena
Predator and prey at Zhoukoudian
The extinction of Homo erectus
latest occurence at Ngandong, Java
site dated by ESR to < 50,000 yrs ago


Lecture 25: Evolution of Homo heidelbergensis - Africa and Europe

Homo erectus vs. modern Homo sapiens
H. heidelbergensis vs. archaic H. sapiens
Ngandong (Solo), Java (1250+cc)
Brauer Afro-European-sapiens model
Phil Rightmire model
Bodo, Ethiopia, 600,000 yrs ago
Acheulian lithic industry
Olorgesaile, Kenya, 650,000 yrs ago
Kabwe (Broken Hill), Zambia, 300,000 yrs?
Mauer, Germany ~ 500,000 yrs ago
SchÖningen, Germany, 425,000 yrs ago
Ambrona, Spain - ~ 400,000 yrs ago
Petralona, Greece ~ 300,000 yrs ago
Atapuerca, Spain ~ 300,000 yrs ago
Altamura, Italy ~ ?250,000 yrs ago
Arago, France ~ 250,000 yrs ago
Steinheim, Germany ~ 200,000 yrs ago
Swanscombe, England ~ 250,000 yrs ago
Dali, China ~ 230,000 to 350,000 yrs ago
Jinniushan, northeast China, 200,000 yrs
Narmada, India ~ 300,000 yrs ago
Regional Continuity vs. Replacement

Lecture 26: Phyletic Position of Neanderthals

Neandertals 130,000 - 27,000 ya
Feldhofer Grotto, Neander Valley, Germany
Johann Fuhlrott, Hermann Schaaffhausen
Pre-modern humans
Rudolf Virchow, August Mayer
Pathological modern humans
Sima del los Huesos, Atapuerca (300,000 ya)
Ancestral population of Neanderthals?
Neandertal cranial capacity ~ 1,520 cc
Monte Circeo ("Guatarri"), Italy
La Chapelle-aux-Saints, France
Shanidar Cave, Iraq
Krapina Cave, Croatia
Vindija, Croatia
Mousterian tool industry
Levallois technique
Chatelperronian tool industry
Paramastication - teeth as tools
Ritual/Cultural behaviors
Origins of language
Gradual or sudden?
Vocal tract reconstructions
Kebara Cave, Israel
Hyoid bone

Lecture 27: Origin of Anatomically Modern Humans

Multiregional Evolution Model = Wolpoff (= Regional Continuity) = Weidenreich
Complete Replacement Model = Stringer (= Out of Africa Model)
Afro-European-sapiens hypothesis = Brauer
Mitochrondrial Eve hypothesis = Rebecca Cann
Origin of anatomically modern H. sapiens
Klasies River Mouth, South Africa (100,000+ yrs?)
Border Cave, South Africa (90,000 yrs ago?)
Kibish, Omo, Ethiopia (120,000 yrs ago)
Jebel Qafzeh, Israel (100,000 yrs ago)
Skhul, Israel (90,000 yrs ago)
Cro-Magnon, Europe (32,000 yrs ago)
Middle Paleolithic culture = neandertals
Mousterian (scrapers, points & knives)
Upper Paleolithic cultures = Anat Mod. H. sapiens
Aurignacian Cave art, Gravettian Venue figurines
Asian Evidence:
Liujiang, China (~40,000 yrs ago)
Upper Cave, Zhoukoudian (20,000 yrs)
Australian Evidence: 30,000+ yrs ago
New World evidence: 15,000 to 20,000 yrs ago
Spirit Cave and Kennewick
Two dispersals into the New World?