Mesopotamian Civilisation: Writing, Urbanism, and Scientific Legacy
Geography and the Foundation of Mesopotamian Civilisation
Mesopotamian civilisation, derived from the Greek words (middle) and (river), flourished between the Euphrates and Tigris rivers in the region that is now the Republic of Iraq. The civilisation is celebrated for its prosperity, city life, rich literature, mathematics, and astronomy.
Historical Nomenclature and Languages
Sumer and Akkad: The earliest names for the urbanised southern land.
Babylonia: The term used for the southern region after 2000 BCE when Babylon became a prominent city.
Assyria: The northern region, named after the Assyrians established their kingdom there around 1100 BCE.
Sumerian: The first known language of the land.
Akkadian: Replaced Sumerian around 2400 BCE with the arrival of Akkadian speakers. It remained in use until the time of Alexander (336-323 BCE).
Aramaic: A language similar to Hebrew that began trickling in around 1400 BCE. It became widely spoken after 1000 BCE and is still spoken in parts of Iraq today.
Archaeological Context
Archaeological exploration in Mesopotamia began in the 1840s. Key sites like Uruk and Mari saw decades of excavation. Mesopotamia held significant interest for Europeans due to references in the Old Testament. For example, the Book of Genesis refers to 'Shimar' (Sumer) as a land of brick-built cities.
The Flood Myth
Global flood myths are seen as ways of preserving memories of historical changes. In the Bible, God chose Noah to survive a world-destroying flood in an ark. A similar Mesopotamian tradition features a character named Ziusudra or Utnapishtim.
Environmental Diversity and Economy
Iraq features diverse environments that shaped its development:
North-east: Green, undulating plains and mountain ranges with clear streams and wild flowers. Agriculture began here between 7000 and 6000 BCE due to sufficient rainfall.
North: A high upland called the steppe. Here, animal herding (sheep and goats) provided a better livelihood than agriculture, particularly after winter rains.
East: Tributaries of the Tigris served as communication routes into the mountains of Iran.
South: A desert region where the first cities and writing emerged. The Euphrates and Tigris carry silt (fine mud) from the mountains; when they flood or are diverted, this fertile silt is deposited.
Agricultural Productivity
Southern Mesopotamian agriculture was the most productive of the ancient world. The Euphrates divided into small channels in the desert that functioned as irrigation canals for wheat, barley, peas, and lentils. Besides crops, the region produced meat, milk, and wool from steppe animals, fish from rivers, and date-palms provided summer fruit.
The Significance of Urbanism and Division of Labour
Cities are more than just large population centers. They develop when economies involve spheres beyond food production, such as trade, manufactures, and services.
Interdependence: City dwellers are not self-sufficient. A stone seal carver needs bronze tools (made by another) and colored stones (procured by a third party).
Division of Labour: This is a hallmark of urban life, requiring social organization to manage the delivery and storage of grain, fuel, metals, and stones.
The Warka Head: A world-famous sculpture of a woman’s head from Uruk (c.3000 BCE), made of white marble. It featured inlays of lapis lazuli (blue), shell (white), and bitumen (black). It represents complex craft specialization and trade, as the hard stone was imported.
The Role of Metals
The earliest cities date back to the Bronze Age (c.3000 BCE). Bronze is an alloy of copper and tin. Metal tools were essential for carpentry, drilling beads, and carving stone seals. Mesopotamian weapons, such as spear tips, were also made of bronze.
Movement of Goods and Development of Writing
Mesopotamia was rich in food but poor in mineral resources. The south lacked stones for tools, high-quality wood (date-palm and poplar were unsuitable for carts/boats), and metals.
Trade Routes: Mesopotamians traded textiles and agricultural produce for wood, copper, tin, silver, gold, and stones from Turkey, Iran, and across the Gulf.
Water Transport: The cheapest mode of transport was over water. Canals and river channels were vital for moving goods. The Euphrates served as a 'world route.'
Evolution of Writing
Writing began around 3200 BCE in Sumer when society needed to keep records of complex transactions.
First Tablets: Contained picture-like signs and numbers (e.g., lists of 5,000 oxen, fish, and bread loaves).
Cuneiform: Derived from Latin (wedge) and (shape). Scribes pressed wedge-shaped signs into moist clay tablets with a reed. Once dried in the sun, tablets were nearly indestructible.
Language Shift: By 2600 BCE, the language was Sumerian. In the Akkadian period, cuneiform continued for over 2,000 years.
System: Cuneiform represented syllables (e.g., -put-, -la-), not single letters. Learning hundreds of signs was a massive intellectual achievement.
The Epic of Enmerkar
This Sumerian poem about an early ruler of Uruk links city life, trade, and writing. Enmerkar wanted lapis lazuli and precious metals from Aratta. His messenger traveled across seven mountain ranges but eventually got the messages mixed up. Enmerkar then "formed a clay tablet" and wrote the words down, marking the legendary origin of writing to store information and demonstrate cultural superiority.
Urbanisation, Temples, and Kingship
Cities in the south developed as temple towns, trade centers, or imperial cities.
Temples as Institutions
The earliest known temple (c.5000 BCE) was a small shrine of unbaked bricks. Temples were houses for gods, such as the Moon God of Ur or Inanna (Goddess of Love and War). Over time, they became large complexes with open courtyards.
Economic Role: The god was the theoretical owner of fields and herds. Temples became centers for processing produce (grain grinding, spinning, weaving) and keeping records of distributions.
The Emergence of Kings
Natural hazards (floods, shifting river courses) and man-made conflicts (diverting water upstream) led to repeated warfare.
War Leaders: Successful chiefs distributed loot and employed prisoners. Over time, these leaders transitioned from temporary chiefs to permanent kings to ensure community well-being.
Uruk's Expansion: By 3000 BCE, Uruk grew to 250 hectares, rising to 400 hectares by 2800 BCE. It featured a defensive wall.
Compulsory Labour: Rulers commanded people to work on temples or fetch resources. Workers were paid in rations (grain, cloth, or oil). One temple reportedly took 1,500 men working 10 hours a day for five years to build.
Technological Landmarks
Brick Columns: Developed because suitable wood for large roof spans was unavailable.
Clay Cones: Painted and pushed into walls to create mosaics.
The Potter’s Wheel: A landmark of the urban economy for mass-producing pottery.
Social Structure and Daily Life
Evidence from the Royal Tombs of Ur (containing gold vessels and jewelry) indicates a ruling elite with vast wealth.
Family: The nuclear family (man, wife, children) was the norm, headed by the father.
Marriage: Involved consent from bride’s parents, gift exchange, and a communal meal at the temple. Sons inherited the father's house, herds, and fields.
The City of Ur: Excavated in the 1930s. It featured narrow, winding streets (unsuited for wheeled carts) and no town planning. Rubbish was swept into streets, causing the ground level to rise.
Housing: Rooms were lit by doorways facing inner courtyards for privacy. Superstitions existed, such as the belief that a raised threshold brought wealth.
Mari: A Specialized Trading Town
Flourishing after 2000 BCE, Mari was located upstream on the Euphrates in a pastoral zone.
Symbiosis and Conflict: Farmers and herders exchanged products (meat/manure for grain/tools), but herders could also raid crops or villages.
The Palace of Zimrilim (1810-1760 BCE): A massive structure with 260 rooms covering 2.4 hectares. It was the hub of administration and production of metal ornaments.
Trade Supervision: Mari levied a tax of one-tenth of the value of goods on river boats carrying wood, copper, tin, and wine between the south and the uplands of Syria and Turkey.
The Legacy of Mesopotamian Science
Mesopotamia's greatest legacy is its tradition of time reckoning and mathematics.
Mathematics (c.1800 BCE): Tablets include multiplication, division, square roots, and compound interest.
Square Root of 2: Mesopotamians calculated it as: This equals .
Time Reckoning: The division of the year into 12 months (lunar based), the month into four weeks, the day into 24 hours, and the hour into 60 minutes comes from Mesopotamia.
Astronomy: Records were kept of solar and lunar eclipses and the positions of stars and constellations.
Preservation of the Past
The Library of Assurbanipal
In the Iron Age (720-610 BCE), the Assyrians built a predatory empire. The last great king, Assurbanipal (668-627 BCE), established a library at Nineveh. He collected 30,000 cuneiform tablets, including the Epic of Gilgamesh, omen literature, and poems. He categorized them by subject using clay labels.
The First Archaeologist: Nabonidus
Nabonidus (r. until 539 BCE), the last king of independent Babylon, took an interest in ancient traditions. He restored the office of the High Priestess at Ur based on a stele from 1150 BCE and repaired a broken statue of Sargon, king of Akkad (c.2370 BCE), out of respect for kingship and the gods.