CADDIS WET FLY PATTERNS The Invicta is an old fly that has stood the test of time. It was created by James Ogden in 1879 as an imitation of a dark Caddis. He included it in his book 'Ogden on fly tying'. Ogden began his fishing career in Derbyshire in the 1840's. He later came south and set up as a tackle master in Cheltenham, producing top quality innovative equipment. He often fished in Ireland as well as the local chalk streams. The Invicta is a good stillwater fly and also ideal for river fishing in high summer. WET FLIES A wet fly is designed to be fished below the water's surface. They are tied as deceivers or attractors. The success of the wet fly often depends far more on its action in the water than on its resemblance to a particular insect, but this is not always the case. When fish are on the feed the actual pattern is generally not important, but when the fish are preoccupied or need tempting the angler must use ingenuity to discover what the fish are feeding on and what color they are taking. When fishing wet flies, it is important to remember that the higher the wave on the water the higher the fly hook size can be, but still take into account the brightness and clarity of the water. Trout do see subsurface insects with wings. Some flies begin to hatch below the water surface. The Baetis group of up-winged flies swim or crawl beneath the surface as adult spinners in order to lay egg. There are occasions when duns and spent spinners are swamped by the current and forced under the water surface. Emerging duns that have been unable to get rid of their nymphal case or at the time of emerging are drowned when they float under rough water that is flowing over a large rock or ledge are also hunted by the fish. The trout on purpose lurk in slack water near eddies and small plunge pools to look out for these type of snacks. Clearly a trout does see winged insects under the surface at certain times of the year so be prepared with a selection of different colored wet flies for when the fish are not taking from the surface.