4.6 Billion Year Symphony of Evolution

Lynn is hesitant to let the army invade the last territory of the Inca group, that is, they are located in the area just below the desert, but now, let's study the worm first.

The purgatory worm is the largest unit of the Inca worm group. It also spurs lava and other attacks. Although Lin calls it lava, it has never been determined whether it is lava or not. It may be just a high-temperature liquid.

And the most important thing is the origin of the purgatory worm? The purgatory worm that Lynn sees has apparently been transformed by the Inca worms countless times. The purgatory worm cannot be a normal creature. This kind of action is slow, huge, and it is a very energy-consuming creature that sprays high-temperature solution. Only suitable for living in a division of living organisms.

So Lynn is very interested, what kind of creature is the purgatory worm originally? Is it the Inca ‘stolen’? Or is the original Inca group evolved?

Now, Lynn is about to uncover this secret. When studying these complex and powerful creatures, Lynn feels quite interesting.

First of all, Lin is most concerned about the body of the purgatory worm. The collector drilled into the body of the purgatory worm that broke on the ground. Lin shined brightly, and saw the same scene when Leviathan got into it...

Such as polished the general esophageal wall, and very long.

The collectors climbed inside, and the deeper the passage, the narrower the surrounding passages. Lin believes that this passage may run through the entire worm's body. The part of the worm buried underground may exceed 30 meters, but the underground body. It shouldn't be as wide as the head outside, which is probably why they are hard to get back. Lin even suspects that they have no ability to go back.

The collectors have been walking to the end of the passage. Lynn found that there was a small hole at the end. And the diameter is only one meter left. There are many small pieces of particles on the inner wall that look like dust.

After the collectors drilled the hole in the tail of the worm, they found that the surrounding environment was an underground cave. This cave was apparently excavated by the purgatory worm. The ‘the earth’ around the cave had a strange smell.

It seems that there is nothing special to discover.

Lin then asked the collector to start digging holes in the worm's esophageal wall to see if it could be drilled inside to observe the internal organs and other structures, but it may take a long time because the inner walls of the worms are very tough. Anti-solvent is also very strong, during this time, Lin intends to study the shell of the purgatory worm.

Collectors collected a large shell powder of purgatory worms under the collapsed home tree. Lin found that this is a very special kind of shell material, which is not produced by ordinary marine life and terrestrial creatures.

The ingredients inside are very special. The shell is strong and suitable for resistance to pressure and heat, but it is not the highest in terms of hardness, except that the shell of the purgatory worm is too thick. Therefore, the general attack is difficult to penetrate.

However, Lin still sees a creature that can make this kind of shell.

That creature lives under the sea. Lin hasn't seen it for a long time, but it's also a worm-like creature that usually haunts the lava vent near the sea.

These spouts, Lin has a new word to describe: ‘volcano’.

Through this, it may not be possible to trace the origin of the purgatory worm.

Lynn can get information by recalling observations on the ocean floor...

Most of the creatures will quickly escape when the lava breaks out, but some creatures will follow the lava life. This kind of creature is actually quite common, mainly fungi. They like to gather in the crater of the seabed in large quantities. When the outbreak occurs, the stratum is deep. A large amount of nutrients also erupted, and most of these substances are toxic, but fungi can break them down.

Since there are fungi, there are also organisms that feed on fungi.

The Pompeii worm, this is not the name of the Linde, it comes from the vocabulary. This small and powerful worm has a wide variety of worms, which are clustered near the crater of the seabed. Some of them are symbiotic with the fungi, and some feed on the fungi.

However, in the face of intermittent eruption of volcanic lava, fungi can hide in various rock gaps, the multi-celled Pompeii worms, which are too large to escape, so some Pompeii worms evolved. Out of speed, they can quickly escape the lava.

Others have evolved a 'hard-resistance' approach, which covers a shell on the surface to withstand the high temperatures of intermittent lava so that they don't have to run too far and can be burnt in the first place. Those fungi that died.

Where do they get the shells? Lin thought that it might be gathered from the current, or it might be dug out of the rock near the crater. Lin also collected shells in the rocky gravel, but now Lin is completely directly obtained from the prey.

Since this is the case on the seabed, it is obvious that there may be some land-based high temperature organisms that live in intermittent volcanic craters and devour volcanic bacteria.

The origin of the purgatory worm may be a very tiny worm-type creature, but after being discovered by the Inca worm, the special abilities of this genus are quickly exploited by them. It may be possible to use this ability to explore the worms. In some high-temperature areas, during the development process, the Inca group will continue to increase the size of the worm to achieve better results.

In the end, the original tiny worms became so huge that the ability to spray lava was incidental. The Inca worms liked to use fire, so that a high-temperature-resistant squid could not be suitable for high-temperature liquids.

In the form of a similar combination of explosives, it should be able to produce high-temperature materials similar to lava. In fact, there are many formulations of explosives, and Lin found only a few formulas.

Lin is now planning to break down the shellfish manufacturing method of the purgatory worm, and can create the units used to explore high-temperature areas. Most of the units that prefer to live in high-temperature areas are fungi, but occasionally they can find strange creatures.

If you can break into the deeper and hotter underground, there will be more spectacular discoveries.

In fact, there are more puzzles. Why do Inca insects need this worm to drill? They obviously like to live in the tree hole, and just to drill the ground, it should be as big as the fog worm. Why is it so huge?

Perhaps... The Inca worms have experienced some kind of battlefield before, and the purgatory worms are not necessarily the ones born of war.

This is only the history of the Inca group, and I don't know if there is any way to find their history.

This is the next thing to do, and march into the territory of the Inca worms!

At this time, Lynn's collector finally opened the esophage wall of the purgatory worm and got into the body of the purgatory worm...

In the body of the purgatory worm, Lynn saw incredible things. (To be continued, please search for astronomical literature, the novel is better updated faster!