Week 1 2
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Flashcards in this deck (61)

  • Name the four major geographic regions discussed for Western Asia and the Mediterranean.

    • Western Asia (Near East)
    • Egypt
    • Greece
    • Italy / Roman World
    geography regions

  • What feature of Western Asia (Near East) is highlighted in the notes?

    • Includes Mesopotamia
    • Early complex societies
    • Cradle of agriculture and urbanism
    westernasia mesopotamia

  • How does the Nile River affect Egypt's development according to the notes?

    • Nile River = centralized development
    • Linear geography
    egypt geography

  • What geographic characteristics of Greece influenced its political organization?

    • Mountain-locked valleys
    • Fragmented landscape
    • Leads to independent city-states
    greece political

  • What is noted about Italy / the Roman world in the overview?

    • Later expansion across Mediterranean
    • Political unification under Rome
    rome history

  • What do the abbreviations BCE and CE stand for?

    • BCE = Before Common Era
    • CE = Common Era
    chronology dating

  • Define the chronological terms 'millennium', 'century', and 'c.' as given.

    • Millennium = 1000 years
    • Century = 100 years
    • 'c.' = circa (approximately)
    dating definitions

  • What does BCE stand for?

    BCE = Before Common Era

    dating

  • What does CE stand for?

    CE = Common Era

    dating

  • What does BC stand for?

    BC = Before Christ

    dating

  • What does AD (Anno Domini) mean in English?

    AD = 'In the Year of the Lord' (Latin: Anno Domini)

    dating terminology

  • How does time counting work in BCE?

    Time counts backwards in BCE (larger BCE numbers are earlier dates)

    dating chronology

  • Define the difference between prehistoric and historic periods.

    Prehistoric = no written sources; Historic = has written sources

    periodization

  • Name the three main subdivisions of the Stone Age listed.

    • Paleolithic
    • Mesolithic
    • Neolithic
    archaeology periods

  • Give the approximate date range for the Chalcolithic (Copper Age) from the text.

    Chalcolithic ≈ 5000–3100 BCE

    chronology ages

  • Give the approximate date range for the Bronze Age from the text.

    Bronze Age ≈ 3100–1200 BCE

    chronology ages

  • Give the approximate date range for the Iron Age as stated, noting variation.

    Iron Age ≈ 1200/1000–800/700 BCE (varies by region)

    chronology ages

  • Provide an example range for a millennium and a century using BCE from the text.

    • 4th millennium BCE = 3999–3000 BCE
    • 5th century BCE = 499–400 BCE
    dating examples

  • Which abbreviations indicate years before year 1 and which indicate years after year 1?

    • Before year 1: BCE, BC
    • After year 1: CE, AD
    dating chronology

  • Use the provided timeline image to illustrate the dating labels.

    Timeline image: Dating System diagram showing BCE/CE and key points

    visual dating

  • What is the Archaeological Record (also called Material Record)?

    • Represents how people lived
    • What they made
    • What they left behind
    archaeology definition

  • Which archaeological remains are typically left by non-sedentary (mobile) groups?

    • Temporary camps
    • Lithics (stone tools)
    • Hearth remains
    • Animal bones
    archaeology mobile

  • Which archaeological remains are typically left by sedentary (settled) communities?

    • City plans
    • Architecture
    • Artefacts
    • Ecofacts (seeds, pollen, grain)
    • Tombs
    • Written sources
    archaeology settled

  • Give three examples of ecofacts listed in the notes.

    • Seeds
    • Pollen
    • Grain
    ecofacts archaeology

  • What do city plans reveal about past societies?

    • Temples
    • Streets
    • Houses
    • Public spaces (courtyards, theatres, temples)
    • Political structures
    cityplans architecture

  • Look at the image of a temporary camp. Which category of archaeological evidence does this image illustrate?

    temporary camp illustration

    • Non-sedentary (mobile) group remains, e.g., temporary camps and hearth remains
    image mobile

  • How does urban layout relate to social structure?

    Urban layout reflects social organization; the arrangement of the city shows how society is organized.

    urban society

  • What do buildings reveal about a city?

    Buildings show the political and social nature of the city.

    architecture politics

  • What is the archaeological definition of an artefact?

    An artefact is a man-made object recovered from archaeological contexts.

    artefact archaeology

  • Give examples of common artefact materials and one type of object for each.

    • Metal: brooches, chains, plates
    • Clay: lamps, beads, statuettes
    • Bone/Wood: needles, keys, game pieces
    • Pottery: sherds of vessels
    artefacts materials

  • Where and when did pottery originate according to the text?

    Pottery originates 7000–6800 BCE in Western Asia.

    pottery chronology

  • Why is pottery considered critical in archaeology?

    • Found in almost every society
    • Very durable
    • Used for dating layers
    • Shows contents and function
    • Form and style change over time
    pottery dating

  • What role does pottery play in dating archaeological layers?

    Pottery is the primary dating tool; style and decoration help determine relative dates.

    dating pottery

  • What does burial goods placement indicate about the deceased?

    What was buried with the deceased signifies their wealth and status.

    burials social

  • What is palaeobotany and one method it uses?

    Palaeobotany studies ancient plant remains and uses flotation: running water through soil to recover botanical ecofacts.

    sieves and sorted materials

    palaeobotany ecofacts

  • When excavating pottery, what is commonly found instead of whole vessels?

    Archaeologists commonly find sherds rather than whole pottery items.

    pottery sherds

  • What does the study of seeds in archaeology help us understand?

    • Food production, processing, and technology
    archaeobotany seeds

  • What can analysis of pollen reveal in archaeological contexts?

    • Deforestation and harvested resources
    archaeobotany pollen

  • What is the archaeological significance of plant remains?

    • Plant remains are used as ecofacts to study past environments and human-plant interactions
    archaeobotany plantremains

  • What is the purpose of the flotation process in archaeology?

    • Flotation process is used to recover small botanical remains like seeds from excavated soil
    methods flotation

  • What does bioarchaeology of animal bones inform us about?

    • Diet and domestication
    bioarchaeology animals

  • What information can human bones provide in bioarchaeology?

    • Health, trauma, and lifespan
    bioarchaeology humans

  • How are bones described in terms of historical insight?

    • Bones = social history
    bioarchaeology bones

  • What is relative dating in archaeology?

    • Connecting relationships between artefacts to determine order (not exact years)
    dating relative

  • What is a typology when organizing artefacts?

    • Organizing artefacts by shape, style, decoration, and material
    typology classification

  • What is seriation in archaeological dating?

    • Ordering artefacts so that x was made after y but before z (earliest → latest)
    seriation dating

  • How are pottery sherds used in dating archaeological layers?
    Four vases illustrating pottery styles

    • Sherds can be used to date an archaeological layer and support relative dating
    pottery sherds

  • What does radiocarbon (C14) dating measure?

    It measures the decay of carbon-14, an unstable radioactive isotope present in all living things.

    dating radiocarbon

  • How is a date determined using radiocarbon dating?

    By comparing the remaining amount of C14 to the fixed amount of C12 to estimate age.

    radiocarbon method

  • What type of material is suitable for radiocarbon dating?

    Organic material such as bone, charcoal, seeds, leather, wool, etc.

    radiocarbon materials

  • What is the typical precision (range) given by radiocarbon dating in the notes?

    It gives a range that can be broad, about +/- 200 years.

    radiocarbon precision

  • What is dendrochronology?

    Tree-ring dating that compares ring patterns of a tree to a known regional sequence.

    dendrochronology dating

  • How precise is dendrochronology when a regional sequence exists?

    Very precise, by about 10 years.

    dendrochronology precision

  • What can dendrochronology tell about a piece of wood?

    It can tell when the tree was cut but not when the wood was subsequently used.

    dendrochronology limitations

  • What kinds of sources are used in historical dating based on written evidence?

    Coins, inscriptions, documents, papyrus, graffiti.

    historical dating

  • When does writing first appear according to the notes?

    Writing does not appear until about 2800 BCE.

    historical chronology

  • What cautions are noted about using coins and tablets for dating?

    Certain tablets and coins can be circulated for a long time or repurposed.

    historical cautions

  • Define stratigraphy in archaeology.

    Stratigraphy is the study of layers of soil and artefacts that build up over time.

    stratigraphy methods

  • How do archaeologists typically excavate a site?

    Archaeologists excavate by digging from the top down.

    diagram of layered soil and archaeological strata

    excavation stratigraphy methods

  • In stratigraphy, what does an upper layer indicate compared to a lower layer?

    • Upper layers = later
    • Lower layers = earlier
    stratigraphy dating

  • What is the principle called that states upper layers are later and lower layers are earlier?

    • Law of Superposition
    stratigraphy principle
Study Notes

Week 1 — Geography, Chronology, and the Archaeological Record

Overview

  • Focus: major regions of the ancient Mediterranean/Western Asia, basic dating systems, archaeological evidence, and dating/excavation methods.
  • Goal: understand how geography, material remains, and dating techniques shape historical interpretations.

1. Major Geographic Regions (Western Asia & Mediterranean)

  • Western Asia (Near East): includes Mesopotamia; early agriculture, cities, and complex societies.
  • Egypt: Nile-centered, linear geographic development driven by the river valley.
  • Greece: mountainous, fragmented valleys → independent city-states (poleis).
  • Italy / Roman world: later political unification under Rome; expansion across the Mediterranean.

2. Terminology & Dating Systems

  • BCE / CE: Before Common Era / Common Era (modern equivalents of BC / AD).
  • Millennium = 1000 years; Century = 100 years; c. = circa (approximately).
  • Counting note: time runs backwards in BCE (e.g., 4th millennium BCE = 3999–3000 BCE).

Dating system timeline 2000 BCE–2000 CE

3. Prehistoric vs Historic

  • Prehistoric: no written records; rely solely on material culture and environmental data.
  • Historic: written sources exist and complement material evidence (texts, inscriptions, coins).

4. System of Ages (broad chronological framework)

  • Stone Age: Paleolithic → Mesolithic → Neolithic (shift to farming).
  • Chalcolithic (Copper Age): ca. 5000–3100 BCE.
  • Bronze Age: ca. 3100–1200 BCE.
  • Iron Age: begins ca. 1200/1000–800/700 BCE (regional variation).

5. The Archaeological Record — What it is

  • Also called the material record: the physical remains that show how people lived, what they made, and what they left behind.

Non-sedentary vs Sedentary evidence

  • Non-sedentary (mobile): temporary camps, stone tools (lithics), hearths, butchered animal bones; harder to detect archaeologically.

Nomadic camp drawing with fire pit

  • Sedentary (settled): permanent architecture, city plans, artefacts, ecofacts (seeds, pollen), tombs, and written records.
  • City plans (streets, temples, houses, public spaces) reveal social organization and daily life.

Artefacts — types and significance

  • Metals: jewellery, tools — indicate technology, status, trade.
  • Clay (pottery, lamps, figurines): extremely common and vital for dating.
  • Bone/wood: small tools, personal items; sometimes fragile but informative.
  • Pottery: most important dating tool because it is durable, abundant, stylistically changing, and can indicate function and contents.

Four ancient pottery vases

Tombs and burials

  • Grave goods indicate status, wealth, and beliefs; burial practices track social change.

Ecofacts & Palaeobotany

  • Ecofacts: seeds, pollen, plant remains — used to reconstruct diet, environment, and agriculture.
  • Flotation: a recovery technique that separates plant remains from soil using water and sieves.

Sieves and sorted ecofacts collage

Bioarchaeology

  • Animal bones: diet, domestication, economy.
  • Human bones: health, trauma, lifespan — provide social history.

6. Dating & Excavation Methods

Relative dating

  • Typology: group artefacts by shape, style, decoration, material to build chronological sequences.
  • Seriation: order artefacts (A before B before C) to create relative timelines.
  • Sherds (pottery fragments) are commonly used to date archaeological layers.

Archaeological strata diagram

Absolute dating

  • Radiocarbon (C‑14): measures decay of radioactive carbon in organic material; returns calendar ranges (often ± decades–centuries).
  • Basic decay model: \(\(N(t)=N_0 e^{-\lambda t}\)\) where \(\lambda=\dfrac{\ln 2}{5730\ \text{years}}\) (radiocarbon half-life ≈ 5730 years).
  • Applied to bone, charcoal, seeds, leather, wool, etc.
  • Dendrochronology (tree‑ring dating): matches ring-width patterns to master chronologies; highly precise regionally (often to the year), but dates the felling of the wood, not necessarily its use.
  • Historical dating: uses dated texts, inscriptions, coins, and documents; powerful when texts are contemporary and securely linked to contexts.

Stratigraphy and excavation principles

  • Excavation proceeds top-down; upper layers = later, lower layers = earlier.
  • Law of Superposition: in undisturbed sequences, deeper strata are older than those above them.

7. Practical implications for interpreting the past

  • Combine multiple dating methods (typology, C‑14, dendrochronology, texts) for robust chronologies.
  • Recognize biases: mobile groups leave scant remains; written records favor certain social groups.
  • Material context matters: an object reused or curated can give misleading single-method dates unless cross-checked.

Quick study tips

  • Memorize broad age ranges and what defines each (Stone/Chalcolithic/Bronze/Iron).
  • Practice reading stratigraphic diagrams and ordering finds by typology.
  • Learn common artefact types (pottery forms, metal items) and why pottery is central to dating.