Go to National Library of New Zealand Te Puna Mātauranga o Aotearoa
Volume 56, 1926
This text is also available in PDF
(7 MB) Opens in new window
– 608 –

Additional Meshes (Mata Torea).

In the making of bag or scoop nets the bottom of the net is usually smaller than the diameter of the opening. In the East Coast area this is done by adding meshes to various rows as the work proceeds. This means that the thirty-two meshes set up on the supporting-strand will ultimately be at the bottom of the net, whilst the addition of, say, sixteen new meshes will give the lowest row forty-eight meshes to form the opening of the net. These extra meshes are called mata torea—mata being the term used for mesh. The mata torea are added in two ways:—

(1.) Complete Mesh.

In this method, when it is desired to add a new mesh, instead of the netting-strip going on to the next loop it simply adds a small mesh to the knot just made. Thus in fig. 31, after making the netting-knot at X instead of going on immediately to the loop Y, the strip is carried over the same loop upon which the knot has just been tied at X. This loop is gauged with the left ring-finger to bring the lower end to the same level as the previous loop, A. The new loop itself is small, but this is immaterial so long as the lower level is the same. The strip now makes a bight to the right, passes

Picture icon

Figs. 31, 32.—Additional meshes.

over both limbs of the loop, and comes up from behind through the bight to complete the ordinary netting-knot as shown in the figure. The netting-strip now passes on to the next loop (fig. 32).

The result is that an extra loop, C, has been inserted between the usual loops, A and B. When the next row is being made, instead of one mesh being made between A and B, two will be formed. One will be made between A and C, and the other between C and B. The row is thus increased by one mesh.

(2.) Two Half-meshes.

This method presents a much neater appearance than the former one. In fig. 33, instead of carrying the netting-strip from the loop A to the loop B to make one complete mesh, as in the ordinary routine, this mesh-space is divided up into two. The strip, after making the netting-knot at A, is carried up over the netting-knot of the row above at X. The loop formed is gauged to the same level as the previous loop. The strip is carried down to the level of the lower ends of the loops of the last row at A, B. At this point, Y, the ascending and descending limbs of the netting-strip are held with the left finger and thumb whilst an overhand

Picture icon

Fig. 1.—Scoop-net for kahawai: beach at mouth of Waiapu River. (See p. 620.)
Fig. 2.—Net-commencement: closed loops on supporting stand; author gauging mesh.

Picture icon

Fig. 1.—Scoop-net for kehe: note au, for threading fish, in right hand. (See p 612)
Fig. 2.—Kehe fishers on Whareponga beach: in pairs—one with net, the other with kōkō pole (See p 616)

Picture icon

Fig. 1.—Bag-net for crayfish, crab shows bait-site (See p. 626)
Fig. 2.—Bag-net with forked handle for tangahangaha (See p. 630)

Picture icon

Fig. 1.—Matarau net: upper eight radiating lines support the hoop; lower four are for bait. (See p. 632.)
Fig. 2.—Large matarau net for maomao, used off Lotin Point. (See p. 631)

Picture icon

Fig. 1.—Hinaki purangi. trap and leading-net in one. (See p. 640.)
Fig. 2.—Hinaki purangi: small end where net is commenced. Loop of flax tied when net is set, and untied to extract catch. (See p. 641.)

Picture icon

Fig. 1.—Attaching a leading-net to an eel-trap (hinaki). (See p. 639.)
Fig. 2.—Hinaki with leading-net set in weir, Waiapu River. (See p. 642.)

Picture icon

Fig. 1.—Side view of hinaki purangi, set in Waiapu River. (See p. 641.)
Fig. 2.—Looking down into above hinaki purangi. Note brushwood arms of weir. (See p. 641.)

Picture icon

Fig. 1.—Landing-net for warehou. (See p. 623)
Fig. 2.—Torehe net being made: [supporting strand over foot; gauging-mesh on left. (See p. 643)

Picture icon

Fig. 1.—Baited trap-net (torehe), showing radials, circumferential line, bait, and sinker at back. Locality, Te Araroa. (See p 642.)
Fig. 2.—Torehe net closed by pulling line, sinker gives the counter-pull. (See pp. 645646)

Picture icon

Haua, or hinaki kehe. Locality, Te Kaha. (See p. 635)

– 609 –

knot is made over both, as in the closed-loop commencement. The netting-strip is now looped over the next mesh, B, and after gauging the loop to the same level as mesh 1 the ordinary netting-knot is made at B. This completes the mesh 2 in fig. 34. Thus two meshes, 1 and 2, have taken the place between A and B that by the routine method would have been occupied by one mesh, and the row is thus increased by one.

Picture icon

Figs. 33, 34.—Additional mesh (second method).