How to divide the male and female of the hexagonal dragon, how to divide the male and female of the

How to distinguish between male and female hexagoraps:

Male and female are easily distinguished in adults, males are slimmer and have swollen and convex drainage cavities, and females are hypertrophied and have flat drainage cavities. Juveniles are unable to distinguish between male and female. In the breeding tank, the male gives birth to the seminal vesicles, and the female then sucks the seminal vesicles into the drainage cavity to complete the mating.

Males need to be fished out of the breeding tank after mating, females will lay eggs within 12-20 hours after mating, the number is between 200-400, salamander eggs and frog eggs are coated in a layer of transparent gelatin, it is best to place them in the hatching tank, no more than 50 eggs per tank. At room temperature, it will hatch into larval tadpoles in about 15-20 days, and after helping the tadpoles to get rid of the gum, they can feed the prawns. It is best to separate the larvae tadpoles to avoid predation, and the larvae have a strong tendency to devour each other.

Tadpoles grow rapidly and can reach sexual maturity and begin to reproduce in about a year with adequate feeding. Hexagonal dinosaurs are healthy and easy to raise, and are suitable for novice salamander breeding.

Here's how to distinguish male and female hexagonal dinosaur fish:

1. Look at the body type

Hexagonal dinosaur fish grown in the same environment, the male fish looks more slender and slender. The body of the female fish is relatively plump and fat. The comparison between the two is easy to see.

2. Look at the cloaca pores

The genital orifice of hexagonal dinosaur fish males is more prominent, and it is more obvious after adulthood, but their excretory pores are far from the hind legs. The genital orifice of the female is relatively flat, but the excretory orifice is located closer to the hind legs. It's hard to spot without looking closely.

Introduction to Hexagonal Dinosaur Fish

The hexagonal dinosaur fish is a small salamander with the appearance of a dinosaur, the scientific name is "Mexican blunt newt", which is distributed in the southern part of Mexico City. According to reports, this so-called "hexagonal dinosaur" is not a real dinosaur, it is a small salamander that looks like a dinosaur, and its scientific name is "Mexican blunt-mouthed newt".

Found in the south of Mexico City, it grows like a fish in the water, and because of its eccentric appearance, this critter has become famous all over the world. In addition to its attractive form and vocals, its varied body color is also one of its charms.

It's easy to tell the difference between male and female:

1. Males are slimmer, and the cloaca is swollen and raised.

2. Females are hypertrophied and have flat cloaca.

Juveniles are unable to distinguish between male and female.

Hexagodlesaurus had a blunt and wide mouth, small eyes, and a large tongue, with only the sides free. The co犁 teeth are mostly transverse, some are far apart, and some are "M" shaped. Hexagorapus did not have a scale arc and the vertebrae were concave.

The rib grooves on the side of the body are noticeable. Most species are predominantly terrestrial and burrow-within-a-burrow, fertilized in the body.

Hexagorapus had a very high regenerative capacity, especially for larvae, and it could regenerate any severed limb within a month. As you grow, your ability to regenerate will gradually wane, and you won't be able to regenerate your limbs, but you will still be able to regenerate tissues such as the epidermis or fingers and toes.

In its natural environment, hexagodhorns do not evolve into cockroaches. If they are to be forced to evolve, they must increase the iodine ion content in the water or add the hormone thyroxine to the food.

If these two are adults, they are all female six, if it is a small six six can not be seen at present, ** it is best to look at a side view of the whole body

I also have one, but when I get older, I won't have it.

How much did you buy a hexagonal dinosaur?

The distinction between male and female is very easy in adults:

1. The male is slender, and the drainage cavity is swollen and convex;

2. The female is hypertrophied and has a flat cavity.

Juveniles are unable to distinguish between male and female.

Hexagorapus is a genus with a broad head, small eyes, and a large tongue, which is free only on both sides. The vomer teeth are mostly transverse, some are far apart, and some are formed"m"Shape. Hexagorapus has no frontal scale arc and a biconcave vertebral body.

The lateral costal sulcus is prominent. Most of the adults are mainly terrestrial and burrowing. In vivo fertilization.

I wonder how old your little six is? Male and female are generally seen accurately when they reach adulthood, and they are basically difficult to identify in childhood.

When you become an adult, you can look at the excrement port. The male will bulge out of a piece (in the area from the hind leg to the excretory opening), and the excretory opening is relatively far from the hind leg when viewed from the side; The back of the mother's hind legs is all flat, and the excretory opening is close to the hind legs. In terms of body shape, the head of the male is relatively wide, and the body of the female is relatively wide.

The male has a slender body, but the head is wide, the drainage cavity will be raised, and the cloacal hole is far from the hind legs. On the other hand, the female hexagonal arowana has a wide and fat body, a narrow head, a flat drainage cavity, and a cloacal hole that is relatively close to the hind legs.

It is more difficult to distinguish male and female from juvenile hexagonal arowana, and if you want to distinguish male and female, you need to wait until adulthood, otherwise it is easy to distinguish wrong. In general, the adult male hexagonal arowana is more slender, and the female hexagonal arowana is more broad.

However, it can be clearly seen that the extrusion cavity of the male hexagonal arowana will be swollen and convex, while the extrusion cavity of the female hexagonal arowana is flat, will not be convex and will not appear concave.

Secondly, the head of the male hexagonal arowana is relatively wide, and the head of the female hexagonal arowana is narrower. In addition, the cloaca of male hexagonal arowana is longer from the hind legs, while the cloacal pore of female hexaperais is closer to the hind legs.