< home # store # services # articles # game # app #contact >

1) Materials & Resource Gathering
Tree Selection (Regional Differences)
Levant / Anatolia / Greece Oak, alder, poplar, beech (documented at La Marmotta). Selection based on straight trunk, low cracking or repair tendency, & buoyancy vs durability

Egypt Native woods: acacia, sycamore fig
Also imported cedar (later, for plank boats).

Procurement Process likely had trees fell with: stone axes (flint, basalt), and fire weakening at base
Likely communal labor event with ethnographic + archaeological parallels.

2) Tools and construction methods
Primary Tools: stone adzes and axes (polished in early neolithic); flint chisels and scrapers; fire (controlled burning), includes tinder (moss, bark, papyrus, leaves, sticks)

Step-by-Step Construction
Continuous (soaking logs for easier bark and wood removal/shaping)
a. Exterior shaping: remove bark; rough-shape hull (w/ pointed bow, tapered stern);
b. Hollowing controlled burning to char interior, and help cut out/remove wood; Scrape out charcoal and wood pieces with adze;
c. Interior structuring, may have left a thicker base (strength, bouency, and logevity), with thiner sidewalls for space waves and weight shifts;
d. Expansion techniques: heat/steam sides, wedge outward to widen beam; and protect from mold/fungus (early hydrodynamic optimization);
e) Double Hulls, outriggers & stability:
i) Outriggers (proto–double hull concepts): While true Polynesian-style double hulls are not directly evidenced in early Mediterranean finds, functional equivalents existed using side logs attached by poles;
This increase stability in open water and is known in dugout traditions globally;
ii) Paired Canoes (hypothetical / experimental): Is two dugouts lashed together. Likely for cargo transport and or, Fishing platforms;
iii) Reinforced Hulls included internal bracing. It allowed larger sizes to 10+ meters; and
iv) Sail Adaptations include La Marmotta having t-shaped wooded fittings with holes. Likely to secure ropes or square sail system. Short mast, or removable pole.

Suggests hybrid paddling and sailing vessels in the neolithic Mediterranean

3) Safety
Fire safety;
Workers rotated to avoid fatigue;
Cargo management, and outrigger/wide beam design (was it for tuna, olives, stone or other goods); and
Seasonal management storage. Where was it stored, and how? Did they seal gaps/cracks with pitch, resin or clay?
Suggests iterative engineering knowledge, not trial-and-error alone.

Neolithic dugout canoes were technically sophisticated. Built with aging, and fire engineering. Advanced woodworking techniques. Modifications including outriggers, and early sails.
They were embedded in trade and migration networks. And, maintained with a repair and quality control culture.

Check it out with some more neolithic architecture today.

References: Dugout Encyclopedia Britannica. (n.d.). https://www.britannica.com/technology/dugout-boat

Archaeology of Dugout Canoes in Global Perspective. Christopher Rodning, Sissel Schroeder. Presented at The 89th Annual Meeting of the Society for American Archaeology. (tDAR id: 498218)

The oldest Neolithic boats in the Mediterranean: rediscovered. (n.d.). https://www.ancientcyprus.com/articles/oldest-neolithic-boats-discovered

The dugout boat from Broksø. (n.d.). National Museum of Denmark. https://en.natmus.dk/historical-knowledge/denmark/prehistoric-period-until-1050-ad/the-mesolithic-period/the-dugout-boat-from-broksoe/