Page 38 - J. C. Turner "History and Science of Knots"
P. 38

Why Knot ? Some Speculations on the Earliest Knots 25

       well with very rough materials, at least for a while. More security could be
       gained by making an extra tuck (11). The idea of turning the ends of (10)
       back and making another Half Knot on top of the first (12) to form a Granny
       Knot (#1206) or a Reef Knot (#1204) would probably only have occurred to
       someone using a flexible medium; the knots are neither obvious nor easy to tie
       with stiff media.
           These last two binding knots could have been recognised as bends if the
       medium were slipped off the object; or if the distal standing part broke and the
       knot fell off; or by insightful observation. Of course, the use of extra tucks (11)
       to form such knots as the Surgeon's Knot (#1209) would probably also have
       occurred early. Modern knot tiers, accustomed to modern knotting media,
       know that the Granny Knot is less secure than the Reef as a binding knot,
       and that even the Reef Knot is insecure as a bend. It is doubtful that either
       property would be noticeable with most primitive media; both knots would
       have been found adequate as bends as well as binding knots.
           The final simple way to try to secure (7) was to tuck the running end
       under the subterminal standing part (13). This forms a Half Hitch (#50);
      it could also have been formed by capsizing (10). An extra tuck could have
      been given to (13) in several ways. If taken round the subterminal standing
      part (14), the result is a Timber Hitch (#195). A second Half Hitch round
      the proximal standing part (15) forms Two Half Hitches (#54) if of the same
       alignment or handedness, or Reversed Half Hitches (#57) if of the opposite;
      these two knots could also have been obtained by capsizing (12). A second
      Half Hitch round the subterminal standing part (16) forms a Half Hitch Noose
       (#0); some of the possible knots with this shadow can capsize to the Overhand
      Noose (#1114).
           Other two-tuck knots, starting with a turn round the proximal standing
      part, include (17) a sort of Noose (#0) and (18), a Figure-Eight Hitch (#1666)
      that, with an additional tuck or two, would form a variety of Timber Hitch.
           Note that (13)-(18) would have functioned as secure binding knots only if
      they were drawn up tight and the load was kept steady; otherwise, the standing
      part- would have had to be stabilised by some such means as a Half Hitch or
      an Overhand knot tied in the standing part round the running end. Note also
      that all these knots would have been effective hitches and that (15)-(18) would
      have functioned as nooses in most media if removed from the original object.
           Thus with a single turn and no more than about two tucks, more or less
      at random starting from (7), a number of effective binding knots and hitches
      would be obtained and, if the object were removed, some effective bends and
      nooses. Any perceived remaining insecurity would quite likely have been met
      by making additional tucks.
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