100mm square mesh panels in the codend

100mm square mesh panels in the codend

115mm and 155mm square mesh panels in the body of a trawl

115mm and 155mm square mesh panels in the body of a trawl

115mm and 155mm square mesh panels in the body of a trawl

115mm and 155mm square mesh panels in the body of a trawl

200mm diamond-mesh netting in the wings, square and back sections of a trawl

300mm diamond mesh mesh netting panels

Best practice slipping from purse seines

Changing mesh shape and increasing mesh size

Diamond and square mesh codends

Discard survival of undersized plaice

Discard survival of undersized plaice

Effect of codend circumference, mesh size & lastridge ropes

Effect of codend material type

Effect of increasing circumference of T90 codends

FLEXSELECT: a counter-herding device

Increasing codend mesh size in a whitefish codend

Reducing trawl length

Testing mesh sizes in gillnets

The effect of a divided codend

Trash-and-Turtle Excluder Devices (TTEDs)

Use of an escape grid

Using 100mm T90 netting in the extension and codend and a 120mm square mesh panel to reduce discards in whitefish fisheries

Using 40mm square mesh codend

Using a 100 mm mesh size square mesh panel (SMP)

Using a 45mm square mesh codend

Using square mesh panels to reduce discarding of horse mackerel,

a large 100 mm T90 mesh panel in the extension

actively stimulating fish behaviour

an 80 mm T90 mesh panel in the extension and last tapered section

an 80 mm square mesh panel in the extension and last tapered section with a 4-panel codend

changing the groundgear

decreasing codend circumference

decreasing the circumference of a diamond mesh codend

developing a suction dredge in the Iceland scallop dredge fishery

diamond and square mesh codends

efficiency of single and twin/ multi-rig trawling

estimating size selection of Norway lobster

fitting square mesh panels

fitting square mesh panels

increasing codend mesh size

increasing codend mesh size and inserting a square mesh panel

increasing codend mesh size from 70 to 80mm

increasing codend mesh size from 80 to 90mm

increasing mesh size in the extension of a beam trawl

increasing the mesh size of a diamond mesh codend

inserting a 50 mm square mesh panel (SMP)

inserting an FCAP netting grid

inserting an excluder grid

lowering headline height (<1 m)

moving a square mesh panel (smp) closer to the codline

reducing codend twine thickness

reducing the number of meshes in circumference

removing a tickler chain from a whitefish trawl

removing codend lifting bags

trials with square and diamond mesh codends

using 100mm T90 netting in the extension and codend

using 50 mm diamond and 40 mm square mesh codends

using FLEX – FLatfish EXcluder –

using FRESWIND

using a 300mm Square Mesh Panel

using a 35mm Swedish grid and 120mm square mesh panels (smp)

using a 40 mm square mesh codend

using a 65mm square mesh codend

using a Flip Flap netting grid

using a Swedish grid with a bottom gap

using a T90 mesh codend and extension

using a T90 netting codend

using a flexible grid

using a flexible inclined grid in the lower panel of the extension

using a grid in a crustacean fishery

using a horizontal separation panel

using a horizontal separator panel

using a large square mesh panel (80 mm mesh size) in the last tapered section of a trawl

using a large square mesh panel (90 mm mesh size) in the last tapered section of a trawl

using a modified Nordmore grid

using a modified Nordmore grid

using a modified Nordmore grid

using a quad-rig trawl

using a sorting grid

using a square mesh codend

using a square mesh codend in the beam trawl fishery

using a square mesh netting grid

using an eBRP in the beam trawl fishery

using an inclined netting panel

using cylindrical grids in the codend

using flexible sorting grids

using large square mesh top panels

using rigid Swedish grids