Pre-Historic Architecture: Comprehensive Bullet-Point Study Notes

Introduction to Pre-Historic Architecture

• Time-span covers the human story before written records, stretching from the earliest tool-users to the dawn of metalworking.
• Key chronological anchors (always given approximately):
– Paleolithic (Old Stone Age) ≈ $\text{Unknown}\text{ – }10{,}000\ \text{BCE}$
– Neolithic (New Stone Age) ≈ $10{,}000\ \text{BCE – }2{,}000\ \text{BCE}$
– Megalithic flowering ≈ $5{,}000\ \text{BCE – }2{,}000\ \text{BCE}$
• Defining materials: stone tools, unworked boulders, mud, animal products, reeds, timber.
• Social shifts: nomadic hunting → mixed economy → sedentary farming & animal domestication.
• Architectural record therefore evolves from ephemeral shelters to monumental stone complexes.
• Latin term “anno Domini” (AD) literally “in the year of our Lord Jesus Christ” (full phrase: anno Domini nostri Jesu Christi).

Paleolithic (Old Stone Age) Architecture

General Features

• Communities: small, mobile, hunter-gatherer bands.
• Buildings: temporary, light, transportable, created quickly from surroundings.
• Purposes: protection, sleep, hearth, social space.

Major Dwelling Types

1. Caves
   • “Oldest type of dwelling” – natural voids taken over by humans/animals.
   • Added insulation: hides, grasses; defensive advantage.
   • Sub-types:
   – Grotto (picturesque enlarged chambers)
   – Sea cave (wave-carved, coastal)
   – Rock shelter (shallow overhangs).
   • Cultural layer: renowned cave paintings (e.g., Lascaux) provide iconography & ritual clues.

2. Huts (Mud or organic)
   • Example: Terra Amata, France (discovered $1966$, dated to $400{,}000$ years ago).
   • Size range $8\text{–}15\,\text{m} \times 4\text{–}6\,\text{m}$, grouped near seashores, stone footings + branch super-structure.
   • Interior zoning: hearth, workspaces.
   • Molodova (Ukraine) hut: mammoth bones as perimeter ring, skins stretched over wood frame (earliest proto-“structural skeleton”).

3. Tent-Like Structures
   • Framed by poles, draped with hides, grasses, leaves.
   • Ethnographic analogues:
   – Tongus hut (grass)
   – Bambuti hut (leaf cladding)
   – Lapp tent (reindeer skins); predecessor of the tepee and yurt.

4. Progression to Mud Construction
   • Technological leap: walls partially sunken, stone footings + packed earth (example: Round House, Ain Mallaha, Israel).
   • Round vs. square plans (e.g., Pan-po, China); indicates experimentation with spatial efficiency & climate buffering.

Architectural Significance & Adaptation

• Mobility dictated easily-assembled/disassembled kits.
• Material choice reveals intimate knowledge of environment & seasonal cycles.
• Spatial organisation already distinguishes work, rest, storage, hearth—foundation of later domestic typologies.

Neolithic (New Stone Age) Architecture

Macro-Context

• Marks shift to agriculture, domestication, food surplus, pottery & weaving.
• Settlement pattern: permanent villages → protourban towns.
• Building materials: stone, unbaked brick (adobe), timber, lime-rich plasters.

Representative Sites

1. Jericho (West Bank, Palestine)
   • Continuous occupation $\approx 12{,}000\ \text{BCE}$ (Natufian), fortified city by $9{,}400\ \text{BCE}$ (~$1{,}000$ inhabitants).
   • Earliest known city wall $3.5\,\text{m}$ high × $\approx2\,\text{m}$ thick; stone tower $8.5\,\text{m}$ tall.
   • Architectural evolution: round adobe huts ⇒ rectangular houses with stone foundation, $50\,\text{cm}$ walls, reed-clay roofs.
   • Urban devices: courtyards (≈$7\,\text{m}$ square), double fortifications (>3\,\text{m} wide, >4\,\text{m} high by $1{,}700\ \text{BCE}$), canalised water from Jordan River.
   • Two-storey houses appear; zoning into work (ground) and living (upper) levels.

2. Çatal Hüyük (Central Anatolia, Turkey)
   • Occupied $7{,}500\ \text{BCE}$ – $5{,}400\ \text{BCE}$; mound $33.5\ \text{acres}$ (≈$13.5\ \text{ha}$) housing up to $6{,}000$ people.
   • No streets—houses abut; circulation occurs across roofs & via ladders (defensive & space-saving).
   • Construction: mud-brick, lime-rich plaster, timber posts, internally articulated with benches, ovens, storage bins.
   • Burials placed beneath floors → cosmological & ancestor-veneration implication.
   • Interior murals: hunting scenes; early narrative art integrated with domestic life.

Typical Neolithic Building Types

• Longhouses—elongated timber frames with thatch; multi-family or multifunctional.
• Pit houses—semi-subterranean, earth-sheltered thermal performance; roof propped by posts.
• Megalith-related architecture (see next section).
• Stone circles—outdoor ceremonial arenas aligning with celestial events.

Socio-Cultural Implications

• Surplus production frees specialists (artisans, priests, traders) → diversification of knowledge & built form.
• Defensive walls reflect organised labour, resource control and inter-group conflict.
• Architectural planning becomes vehicle for religion, governance, economic storage, and identity.

Megalithic Structures

Definition & Chronology

• “Megalith” = Ancient Greek mégas (great) + líthos (stone).
• Denotes buildings/monuments from large stones without mortar, dated $5{,}000\text{–}2{,}000\ \text{BCE}$.
• Categories: Polylithic (multi-stone assemblies) vs. Monolithic (single standing block).

Polylithic Types

1. Dolmen
   • Free-standing chamber: upright stones + capstone (lid).
   • Function: burial, then often covered by earth mound.
   • Examples: Portal Dolmen, Pentre Ifan (Wales); Gochang, Hwasun, Ganghwa (Korea).

2. Taula
   • “T”-shaped pair: vertical pillar + horizontal lintel.
   • Cluster on Menorca (Balearic Islands, Spain); ritual orientation unknown.

Monolithic Type

• Menhir—single upright monolith; exemplar Menhir de Champ-Dolent (Brittany, France).

Alignments & Stone Rows

• Parallel or radial arrangements of menhirs forming avenues—probable processional or astronomical functions.

Unexplained Global Examples

• Slides cite a variety of mysterious formations worldwide, underscoring cross-cultural impulse toward lithic monumentality.

Case Study – Stonehenge (Salisbury Plain, England)

• Construction phases $2{,}550\text{–}1{,}600\ \text{BCE}$.
• Functions proposed:

1. Astronomical observatory

2. Solar calendar (summer solstice sunrise aligns with Heel Stone)

3. Sacred/ritual complex

4. Cremation/burial ground
   • Layout features: Aubrey Holes, Heel Stone, Station Stones, Avenue, North/South barrows, Y & Z holes—indicate sequential expansions.
   • Construction technique: tongue-and-groove joints carved in stone lintels—mimics carpentry, ensures lateral stability.
   • Interpretive consensus: multi-purpose temple + knowledge instrument crucial for agricultural scheduling & social cohesion.

Key Architectural Terms Reviewed

1. Paleolithic Architecture—ephemeral shelters by hunter-gatherers (to $10{,}000\ \text{BCE}$).

2. Neolithic Architecture—permanent dwellings, settlements like Turkey’s Çatal Hüyük & Jericho ($10{,}000\text{–}2{,}000\ \text{BCE}$).

3. Megalithic Structures—large-stone monuments without mortar ($5{,}000\text{–}2{,}000\ \text{BCE}$).

Technological & Cultural Through-Lines

• Transition from organic → earthen → lithic materials follows sedentarisation & surplus.
• Increasing specialisation: stone-cutters, plasterers, astronomer-priests.
• Architectural response to climate, defence, ritual, and community identity.
• Early examples of urban planning, vertical circulation, and structural innovation seen in Jericho’s tower, Çatal Hüyük’s roof access, Stonehenge’s joinery.

Ethical, Philosophical & Real-World Resonance

• Study of prehistoric architecture challenges modern assumptions about “primitive” skill levels—reveals advanced geometry, logistics, and social organisation.
• Highlights human universal: using built space to mediate environment, spirituality, and social order.
• Informs contemporary sustainable design: reliance on local materials, passive climate control, and community labour.

Numerical & Chronological Quick-Reference (All Dates Approx.)

• Paleolithic: $\text{?}\text{ – }10{,}000\ \text{BCE}$
• Neolithic: $10{,}000\text{–}2{,}000\ \text{BCE}$
• Megalithic monuments: $5{,}000\text{–}2{,}000\ \text{BCE}$
• Jericho wall: $9{,}400\ \text{BCE}$; tower $8.5\,\text{m}$
• Terra Amata hut: $400{,}000$ yr BP, size $8\text{–}15\,\text{m} \times 4\text{–}6\,\text{m}$
• Çatal Hüyük population: up to $6{,}000$; footprint $33.5$ acres
• Stonehenge main phase: $2{,}550\text{–}1{,}600\ \text{BCE}$

Study Tips & Connections

• Relate Paleolithic mobility to modern nomadic architectures (tents, disaster shelters).
• Compare Jericho’s fortifications to later medieval city walls—trace continuity in defence logic.
• Use Stonehenge as precursor to observatory design; recognise astronomical orientation in many sacred buildings.
• Map material progression to embodied energy discussions in sustainable practice today.