CATDOLL : CATDOLL: Flatfish? What is the best mesh size to use?

1. Flatfish?

Flounder, also known as flatfish, inhabits the sandy seabed of shallow seas and preys on small fish and shrimp. They are particularly suitable for bottom-dwelling life on the seabed. Because of their flat bodies. Both eyes are on the side of the body facing upward, and the color of this side matches the surrounding environment very well; the side of their body facing downward is white. The surface of the flatfish's body is covered with extremely fine scales. The flatfish has only one dorsal fin, which extends almost from the head to the tail fin. They mainly live in temperate waters and are important economic fish in temperate waters. The "iron preserved meat" commonly used in Chaoshan area for making dumplings is actually dried flatfish, which is made by drying flatfish.

2. What are the best adjustment and fishing options?

1. To fish for crucian carp, adjust the setting to 3 and fish at 4 meshes: Crucian carp is relatively small in size, so the traction on the float is relatively small when sucking bait. Adjusting the setting to 3 and fishing at 4 meshes can make the sub-line bend at the bottom. If the sub-line used is longer, the sub-line will lie slightly on the bottom. If the sub-line used is shorter, the double baits will lightly touch the bottom. In this way, when the crucian carp bites the hook, the movement of the float will be more obvious.

2. When fishing for carp, adjust the mesh to 3 and fish at 5-6: Carp is relatively large in size, and it is rare to encounter 1-2 jin in wild fishing. At this time, adjusting the mesh to 5-6 can ensure that the double hooks are lying on the bottom, especially when the carp bites the hook, it can also show a big bite or black float, so the hook rate is relatively high.

3. When fishing for grass carp, adjust the water level to 5-6 meshes: The eating habits of grass carp are different from those of crucian carp, carp, etc. Basically, they like to lift up the bait ball first and then eat the bait. In this way, you only need to fish dully and lay the bait and sub-line completely on the bottom of the water. In this way, when the grass carp bites the hook, the float will slightly rise and then appear as a black float, and the fish catching rate will be relatively high.

3. How many levels are there in The Legend of Zelda?

There are three rounds. "The Legend of Zelda: Breath of the Wild" is a series reboot developed by Nintendo. It is a truly open world, not the previous restrictions. Players can reach where you want to go from any direction. In this game, Link has all the props and abilities from the beginning, and can interact with various elements in the world. The wind, fire, thunder and lightning of nature can all be used, so that Link's adventure has endless ways to play. Nintendo adheres to the excellent quality of the series, and I believe that the game will not disappoint players.

4. How many eyes should the float be adjusted and how many eyes should be fished for a nine-eye fish?

Adjust the fishing mesh to 6 and fish at two or three meshes, hang double baits, and find the bottom at 2.5 meshes. This is our preset fishing mesh, so that the bait will definitely reach the bottom.

After starting fishing, based on the performance of the fish, we found that the fish catching rate was not high. There were many floating signs of the float, but we often did not catch any fish when we lifted the rod. We continued to adjust the fishing eye, for example, adjusting it to 3 eyes. At this time, it was not the lower bait lying on the bottom and the upper bait floating, but the lower bait lying on the bottom and the upper bait touching the bottom. We found that the fish catching rate was good, and then we started real fishing.

We preset the setting to 6 and fished at 2, but when we finally caught the fish, we used the setting to 6 and fished at 3.

5. What does it mean to adjust the fishing mesh and fish at the same time?

What does "adjust a few and fish a few" mean? "Adjust a few" means the number of meshes of the adjustment, and "fish a few" means the number of meshes of the fishing. For example, if we say adjust 4 and fish 2, the adjustment mesh is 4 meshes and the fishing mesh is 2 meshes, and adjust 1 and fish 2, the adjustment mesh is 1 mesh and the fishing mesh is 2 meshes. So if we want to understand "adjust a few and fish a few", we must first understand two basic questions: what is the adjustment mesh and what is the fishing mesh;

The composition of the vertical float consists of three parts: the float tail (float mesh), float foot, and float belly. There is nothing much to say about the float belly and float foot. The float tail will be divided by uniform and different colored paint. The float tail is shorter, with 2~4 mesh, and the float tail is longer, with 12~16 mesh.

Strictly speaking, there are four steps to adjust the float. The first step is to find the bottom and measure the water depth. The second step is to adjust the float. The third step is to weigh the bait and make the fishing eye. The fourth step is to verify the bottom and end the adjustment.

In this process, why do we need to distinguish between adjusting and fishing, instead of doing it all at once? The reason is that vertical floating and fishing is a way of adjusting fishing based on the lead pendant hanging on the bottom; even if we need the lead pendant to sink to the bottom to adjust the float, it is based on the premise that the lead pendant is suspended on the bottom of the water first;

Why? Because this step, to put it simply, is to determine the specific distance of the lead sinker from the bottom, or in other words, the distance between the hook and the lead sinker, and then correspond to the length of the sub-line, combined with our idea of ​​adjusting the float, whether the sub-line is bent or straight, whether the hook and the bait are lying on the bottom, touching the bottom, or away from the bottom; as for the number of fishing eyes, in terms of its importance, it is not that important;

The state of the hook and bait at the bottom of the water and the degree of bending of the sub-line determine the number of meshes to be adjusted.

When the hook and bait are at the bottom of the water, there are only three states: touching the bottom, lying on the bottom, and leaving the bottom. The sub-line has two states at the bottom of the water: bent and tight. When we adjust the mesh, we must plan in advance what state the hook and bait need to be at the bottom of the water, whether the sub-line should be bent or tight. Once these two states are determined, the mesh number of the adjustment will come out.

The bottom hook lies on the bottom and the sub-line is bent: the adjustment eye is lower than the fishing eye, and the gap between the lead pendant and the bottom is small. If it is adjusted to level water, 1~3 eyes are all acceptable;

The bottom hook touches the bottom and the sub-line is tight: the eye is adjusted higher than the fishing eye. After weighing the bait, use the bait weight to press down the number of eyes at the end of the float, and the bottom hook must touch the bottom;

Based on the above two references, when the adjustment is made, the state of the hook and bait at the bottom of the water, the position of the lead weight from the bottom, and the bending degree of the sub-line will be revealed;

The main factor affecting the number of fishing eyes actually depends on the fisherman's vision.

Many anglers think that the fishing eye is affected by many factors, which also affect the fishing results. In fact, once the fishing eye is determined, the fishing eye actually depends on the fisherman's vision. To be more specific, the fishing eye should be as many as the fisherman can see clearly.

There are two ways to fish. The first is to determine the adjustment mesh and then weigh the bait. After the double hooks are loaded with bait and the float is pressed, the remaining mesh is the fishing mesh. For example, if the adjustment mesh is 8 and it is 2 mesh after weighing the bait, the remaining two mesh are the fishing mesh.

The second one is based on the hook and bait touching the bottom. The space between the float seat and the hook and bait is relatively tight. The buoyancy of the float is slightly greater than that of the lead sinker and the hook and bait. So as long as the number of eyes of the float exposed above the water is greater than the adjusted eye, the hook and bait has touched the bottom. For example, adjust to 2 eyes for level water and adjust to 2 eyes for fishing. It is all based on this principle. But why is it said that the number of fishing eyes depends on the eyesight of the angler?

The reason is very simple. For example, if you adjust the bait to 4 and fish to 2, and there are 2 meshes exposed above the water, if the angler can see clearly, he can make the bait ball bigger and leave 1 mesh exposed above the water. If he can't see clearly, he can push the float up to expose 4 meshes of the tail of the float above the water surface, and it becomes 4-adjust and 4-fish. Although the number of fishing meshes has increased, the situation of the hook and bait at the bottom of the water has not changed.

Finally, the above statement may not be comprehensive for experienced fish, because different baits are needed for different fish conditions, and different fishing ideas are needed. After all, the size of the bait balls is different, which will also affect the fish swallowing the hook bait. However, for novices, it is important to understand the relationship between the adjustment and fishing purpose, as well as the main factors that affect the adjustment and fishing purpose. Regardless of whether it is half-water adjustment, no-hook adjustment, or any other method, adjustment should not be a complicated matter.

6. How many millimeters is one mesh?

Meter is not a unit of length, but a unit of measurement.

Mesh refers to the number of holes on the screen per inch (25.4mm). The more mesh there is, the finer the particles will be.

7. How many orders, families, genera and species are there in the class Aves?

1. Archaeornithes or Saururae Archaeopterygiformes 2. Neoornithes or Ornithurae 1. Odontognathae 2. Ratitae or Palaeognathae 3. Impennes 4. Carinatage or Neognathae [Family Tree] Aves | | 1. Archaeornithes (Saururae) | 1. Archaeopteryx | | |----Subclass Order Family Undetermined Incertae sedis | 2. Jeholornis prima | | 3. Sapeornis chaoyangensis | | 4. Yandangornis longicaudus || `--Jinzhouornis zhangjiyingia | || `--Confuciusornithiformes |`--Confuciusornithidae ||--Confuciusornis chuonzhous ||--Confuciusornis dui ||--Confuciusornis sanctus ||--Confuciusornis suniae |`--Changchengornishengdaoziensis | | |----Enantiornithes ||--Eoenantiornithiformes || `--Eoenantiornithidae || `--Eoenantiornithidae || |--Eoenantiornis buhleri ​​||--Cathayornithiformes || |--Sinornithidae || | `--Sinornis santensis | | |--Cathayornithidae | | | |--Cathayornis caudatus | | | |--Cathayornis yandica | | | `--Longchengornis sanyanensis | | `--Cuspirostrisornithidae | | |--Cuspirostrisornis houi | | `--Largirostrornis sexdentoinis | |--Longipterygiformes | | `--Longipterygidae | | `--Longipteryx chaoyangensis | `--Incertae sedis | |--Boluochia zhengi | |--Jibeinia luanhera | |--Liaoxiornis delicatus | |--Otogornis genghisi | `--Protopteryx fengningensis | `----Ornithurae |--Carinatae | `--Ichthyornithiformes | |--Ichthyornis | `--Apatornis |--Hesperornithiformes | `--Hesperornithidae | `--Hesperornithinae | `--Hesperornis |--Liaoningornithiformes | `--Liaoningornithidae | `--Liaoningornis langiditris |--Chaoyangiformes | |--Chaoyangidae | | `--Chaoyangia beishanensis | `--Songlingornithidae | `--Songlingornis linghensis |--Yanornithiformes | `--Yanornithidae | `--Yanornis martini `--Order Undetermined Incertae sedis `--Yixianornis grabaui -------------------------------------------------------------------------------- Classification of Ornithurae --Ornithurae (Fantail) == {Ornithurae + Hesperornis} |--+--Apsaravis | `--Carinatae == {Ornithurae + Ichthyornis} | | Undetermined: | | Unnamed (nearly complete skeleton) - Campanian to Maastrichtian -- Mongolia| |--Ichthyornithiformes =Apatornithiformes | | | Undetermined: | | | Unnamed -- North America| | |?-Apatornis | | `--Ichthyornis | `--+--Limenavis | `--+?-Lithornithiformes | `---->Neornithes `---->Hesperornithiformes --Hesperornithiformes "Hesperornis forms" |--Enaliornis `--+--Pasquiaornis `--+--Baptornis |--Judinornis `--Hesperornithidae | Undetermined: | Coniornis |--Asiahesperornis |--Parascaniornis `--Hesperornithinae |--Hesperornis `--Parahesperornis --Neornithes "new birds" =Aves sensu Gauthier, 1986 |--Palaeognathae "old jaws" =Palaeognathia =Eoaves | | Undetermined: | | Eremopezus | | Remiornis | | Stromeria | |?-Eleutherornithidae * | |--Tinamiformes "Tinamus (tinamou) forms" (tinamous) | `--Ratitae =Ratiti | |--Apteryges | | |--Apterygiformes (kiwis) | | |?-Dinornithiformes (moa) * | | `?-Dromornithiformes (mihirung) * | `--Struthiones | |--Aepyornithiformes (elephant birds) * | `--+--Casuariiformes (cassowaries, emus) | `--+--Rheiformes (rheas) | `--Struthioniformes (ostriches) `--Neognathae "new jaws" =Neognathia =Neoaves |--Galloanserae | |?-Anseriformes (ducks, geese, swans, screamers, Presbyornis, Gastornis?) | `?-Galliformes (turkeys, grouse, quails, pheasants, peafowl, etc.) `--+--Mesitornithidae `--+?-Ardeidae (herons) |--Eurypygoidea |--Otides |?-Rhynchoceti |--Gruimorphae | |--Gruiformes (cranes, rails, etc.) | `?-Podicepiformes (grebes) |--Charadriomorphae | |--Graculavidae * | |--Ciconiimorphae | | |--Phoenicopteriformes (flamingos) | | `--+--Ciconiiformes (storks, spoonbills?, New World vultures?, etc.) | | `--+--Pelecaniformes (pelicans, frigate birds, gannets, boobies, cormorants, anhingas, etc.) | | `--+--Procellariformes (albatrosses, petrels, shearwaters, etc.) | | `--+--Gaviiformes (loons) | | `--Sphenisciformes (penguins) | `--+--Burnithidae | `--Charadriiformes | |--"Charadriida" (avocets, etc.) | |?-Phalaropodidae (phalaropes) | |--"Scolopacida" (jacanas, etc.) | |--+--Laridae | | `?-Sternidae | |--+--Stercorariidae | | `--Dromadidae | `--+--Turnicidae (button quails) | `?-+--Pteroclidiformes | `--+--Columbiformes (pigeons, doves, sandgrouse, dodo) | `--Psittaciformes (cockatoos, parrots) `--+--Cariamae (phorusrhacids, etc.) `--+--+?-Falconiformes (falcons, caracaras) | `?-Opisthocomiformes (hoatzins, Foro?) `--+?-Cuculiformes (cuckoos, etc.) `--+?-Pandionidae (ospreys) |?-Sagittariidae (secretary birds) |--+?-Musophagiformes (turacos, etc.) | `?-Accipitriformes (hawks, eagles, Old World vultures, Horusornis?) `--Anomalogonatae | Undecided: | Zygodactylus |--Coliiformes (mousebirds) |--Sandcoleiformes * |--+--Strigiformes (owls) | `--+--Apodiformes (swifts, hummingbirds) | `--Caprimulgiformes (goatsuckers) `--+--Coraciiformes (rollers, courols, etc.) `--+--Trogoniformes (trogons, todies, motmots, bee eaters, kingfishers, etc.) `--Bucerotimorphae |--Bucerotiformes (hornbills, hoopoes, etc.) `--+--Piciformes (barbets, toucans, woodpeckers, etc.) `--Passeriformes (songbirds, etc.) Note: Sauriurae is not recommended as it is not a natural group and most scholars do not recognize it. Many readers question whether Confuciusornis chuonzhous (C. chuonzhous [should be C. chuanzhous in pinyin]) The answer is yes. However, whether this species is really established is still a big question. Jibeinia is a bird in northern Hebei, not a bird in Hebei. The genus name is Lithornithiformes. Lithornis is the earliest and oldest diurnal raptor, from the Eocene, Britain.

8. How many pairs of wings do Blattodea have?

Blattodea, pinyin: feilian mu

[Foreign]：Blattaria

An order of the subclass Pterygota. Medium-sized insects with small and mobile heads and chewing mouthparts. Antennae are filamentous and multi-segmented. Two pairs of wings, the forewings are cortical and the hindwings are membranous, and a few are wingless. The abdomen is multi-segmented with a pair of cerci. Includes cockroaches and ground beetles. Commonly known as cockroaches and ground beetles. More than 5,000 species are known in the world. More than 200 species are known in China.

9. What does it mean to fish at a certain point and adjust the point?

"Diao Jime, Adjust Jime" is a term in fishing, which refers to the number of hooks used in the fishing process. "Diao Jime" refers to the number of hooks used in fishing. The more hooks you have, the more fish you can catch at the same time, and it will also increase the area of ​​the fishing net. "Adjust Jime" means adjusting the distance of the hooks to a certain interval so that the coverage area of ​​the fishing net is larger, so more fish can be caught.

10. What is the best adjustment and fishing mesh for fishing carp?

It is best to adjust 5 mesh and 3 mesh when fishing for carp

If you use bottom fishing to catch carp, it is recommended to adjust the mesh at around 5 and the fishing mesh at around 3; if you use floating fishing, it is recommended to adjust the mesh at around 7 and the fishing mesh at around 2.

Because carp are in different water layers in different situations, the fishing methods used are also different, and the adjustment and fishing mesh are also different. When adjusting the specific method, you cannot only pay attention to the fishing method, but also need to consider the weather conditions. For example, the wind strength has an impact on the mesh number. When the wind is strong, the mesh should be adjusted higher appropriately.