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A tenkara rod is chosen based on the environment it will be used; [8] whereas tenkara rods are typically longer than most other fishing rods, a tenkara rod's length has the distinct advantage of reaching across currents. Tenkara line: As in fly-fishing, it is the tenkara line that propels the weightless fly forward. In tenkara, the traditional ...
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3 1 knot/Trefoil knot - (2,3)-torus knot, the two loose ends of a common overhand knot joined together; 4 1 knot/Figure-eight knot (mathematics) - a prime knot with a crossing number four; 5 1 knot/Cinquefoil knot, (5,2)-torus knot, Solomon's seal knot, pentafoil knot - a prime knot with crossing number five which can be arranged as a {5/2 ...
0 1: 0a1 — — 0 Trefoil knot: 3 1: 3a1 4 6 2 [3] 123:123 Figure-eight knot: 4 1: 4a1 4 6 8 2 [22] 1234:2143 1231\4324 Cinquefoil knot: 5 1: 5a2 6 8 10 2 4 [5] 12345:12345 Three-twist knot: 5 2: 5a1 4 8 10 2 6 [32] 12345:12543 1231\452354 Stevedore knot: 6 1: 6a3 4 8 12 10 2 6 [42] 123456:216543 1231\45632654 6 2 knot: 6 2: 6a2 4 8 10 12 2 6 ...
The Sakasa Kebari or reverse-hackle fly, is an artificial fly most associated with the Japanese style of tenkara fishing but can be used in most freshwater fly fishing.The Sakasa Kebari is usually defined by firstly, its reverse hackle and secondly, by its simplicity [1] as compared to western style flies.
This involves tying six basic knots – reef knot, sheet bend, sheepshank, clove hitch, round turn and two half-hitches and bowline – against the clock. The authenticated world record is 8.1 seconds, set by Clinton R. Bailey, Sr. in 1977. [8] IGKT members have discussed proposals for formal rules to govern future attempts on this record. [9] [10]
The Knot Bible: The Complete Guide to Knots and Their Uses, page 143. A & C Black. ISBN 9781408155875. Budworth, Geoffrey (2012). The Knot Book Hachette UK. ISBN 9780716023159. Finazzo, Scott (2016). Prepper's Guide to Knots: The 100 Most Useful Tying Techniques for Surviving any Disaster, page 117, Ulysses Press. ISBN 9781612436302.
The discovery of all possible ways to tie a tie depends on a mathematical formulation of the act of tying a tie. In their papers (which are technical) and book (which is for a lay audience, apart from an appendix), the authors show that necktie knots are equivalent to persistent random walks on a triangular lattice, with some constraints on how the walks begin and end.