If you would like
to purchase an elm bark canoe or, as an
option for interpretive facilities and museums, work with us to build a
canoe at your site with materials that we supply, contact us for
details.
"They make canoes and barrels of the bark of trees and sew with bark as
well" -Journey
to the Mohawk Country,
1634 - 35
"If they wish to proceed by water, or having been hunting are anxious
to return home heavily laden with meat and skins, they speedily make a
canow of bast, load it with their things and go whither they will.
These canows are fashioned of one piece of bast bark, the outer side of
which is turned inward, both ends sharply pointed and securely sewn
with bast..." ; "The elme tree already noticed above, is of no
particular use, for the wood rots quickly, except that the Mingoes make
bast canoes and kettles for boiling sugar of the bark, which is very
tough." -David Zeisberger, History
of the North American Indians, 1779
In mid-May, 2006, Kevin Finney (www.pathwayscrg.org) and myself, Erik Vosteen, decided -
after years of making baskets, ladles, sap trays, and other early
domestic item replicas - to finally build a elm bark canoe based on
early writings and sketches of early-historic crafts. The first
challenge was to locate a healthy tree large and strait enough to form
the hull with a single sheet of bark. Locating the tree was my job, and
it took several weeks of talking to foresters, landowners and woodsy
types to find a tree that met our requirements. While I was busy
locating our tree, Kevin was putting together a collection of
documentation that we would reference as we mapped the steps, gathered
tools and supplies, and built the canoe. We chose the third week of May
for the construction since the bark peels well at this season and the
weather is generally pleasant. The first step was peeling the tree, and
we chose to remove the bark without cutting the tree down since we have
damaged bark by felling a tree in the past, and peeling standing trees
for canoes appears in the documentation to have been preferred over
felling. Peeling a sheet of bark that is 20 feet long and weighs around
200 pounds without damaging the bark or ourselves was the most
challenging step of the process.
With the bark removed, we next cleared an area and began laying out the
outline of the gunwales with stakes and the inwale saplings. We then
drove larger stakes along this outline creating a "form" that we
dropped the sheet of bark into and began clamping on the outwales.
The rocker is created by putting crimps in the bark that draw the bow
and stern up. We made straps of donated linen cloth tied to stakes that
held the ends up while we made the crimps.
The crimps are secured temporarily with clamps around the gunwales and
after they are secured along the full length the excess bark is trimmed.
After carving out a few components, splitting some root, and several
contemplative coffee breaks, we sewed up the ends.
Now the thwarts and ribs are made and secured in place - we used
hickory bark to secure the thwarts, and the ribs are pressed in behind
the inwales and then the gunwales are lashed securely with tamarack
root.
Now for a trip to the water... no leaks, very fast handling and fun to
paddle. The final weight after drying was about 65 pounds.