The reaper’s body doesn’t have any special resistance. The rapid flight is mostly muscle cells, and a small number of gland cells can secrete chitin, but they can’t stop the explosion of fungi. Soon, the reaper’s body grows and erodes and blocks the air vent. They grow layers of hyphae on the surface of the reaper’s body to wrap the reaper and wrap it around the reaper. Finally, the reaper continues to fly and fall into the sea.
Lin can’t see clearly because the reaper’s eyes are also corroded, because the fungus will explode and die soon, right?
I see. These locusts seem to be the combination of this powerful fungus. They may have some special symbiotic locusts. The fungus has the ability to move. The fungus erodes other organisms and finally eats up the island before the locusts leave.
At present, Lin doesn’t see their intelligence level, and she doesn’t know if they are a division of labor species. They may just eat all the time.
However, fungi that grow so fast can indeed be called’ plague’ fungi. This new type of organism has not yet fully understood them, and it is much stronger than the twisted jungle. They can drill the high-hardness shell of harvesters, although it is said that strengthening hardness and sharpness has no anti-corrosion ability.
In this case, it is necessary for the army to make adjustments, but it is not time now.
Wandering plague, they have already appeared, and the sea level is approaching Linsuo Island.
But in that case, let’s test the infectivity of a group of plagues.
The white sand beach is full of batteries, and it’s Lin who has let the brain worms take command to cover the sun. The purple locust swarm is close to the sand beach at any time …
"shooting"
At this moment, all the batteries pour out the body warheads. They dissolve the broken shells and sand and recombine them into sharp shapes. This warhead with a rotating air nozzle can directly crush the target.
Lin let the head worm see the whole battlefield situation. The head worm seems to attack on time, and it is shot by the turret. The locusts’ limbs keep falling, and their bacteria and dust are scattered like sandstorms to the beach.
There is no nutrient method to grow the bacteria dust scattered on the beach, but some fungi that just stick to the limbs of locusts suddenly grow suddenly. They grow long silk threads or balls like pompoms, but they stop soon before they can touch the battery. The lack of nutrients in the scattered limbs allows this group of fungi to grow.
So it seems that they do increase the nutrients of locusts, but only after the locusts die
The locusts didn’t stop looking at the battery, but went to the green behind the beach-the moss plain rushed away, and they slammed into the ground and died.
This group of locusts smashed themselves to pieces as quickly as possible and died in the moss plain …
This is suicide? Do they kill themselves to make fungi grow?
Although locusts committed suicide, they were very regular. Their bodies did not pile up together, and each of them crashed into a locust-free position, which made the bodies dense and did not pile up. Soon, white hyphae emerged from their bodies, and they extended around to cover the moss, which was quickly corroded by fungi. The surface fungi extended to extract moss nutrients to produce more fungi.
These fungi grow at an abnormal speed, but Lin found one feature: they don’t devour moss so fast, but they grow fungi from locust corpses, which is different from ordinary creatures. Maybe there are some special components in locust bodies that can accelerate the growth of fungi
However, their moss grows slowly. Relatively speaking, they are still much faster than ordinary fungi or organisms. It really suits the name Plague.
There are still a large number of locusts that do not hit the moss land, but fly in rotation. Some of them land and are covered with fungi. There are probably thousands of locusts that hit the island and there are tens of thousands. Most of them stay in the sea and wander around. They are not going to launch a face attack.
Lin observed the fungal growth of moss through color-changing fliers. They first spread hyphae, and then hyphae grew into more complex structures, such as mushroom balls and strange shapes like trees, and the species seemed different. Some mushrooms grew to a certain extent, then expanded and exploded, and then released a large amount of bacteria and dust, which drifted with the wind and infected other organisms in the moss further away.
These bacteria dust came into contact with the explosive thorn ball, and the surface of the explosive thorn ball was quickly rotted, and the juice flowed out to make the fungi grow continuously, and the thorns of the thorn ball fell off one by one as the surface was corroded.
It is observed that the flyers are also exposed to some bacterial dust, and the adhesive surface of these bacterial dust corrodes the flyers’ shells. Lin found that they have a strong corrosive effect, which can corrupt the biological shells and make them bleed, and they will grow rapidly by blood. At first, the reapers did not find this effect. It is estimated that the shells are too hard, and the fungi can grow by spreading the blood of locusts before getting in.
A large number of bacteria and dust adhered to the flying man, and the number of cells in his body was insufficient to resist so much bacteria and dust, which was quickly corroded, and the body of the flying man who landed became a fungus seedbed and spread hyphae around.
Because Lin observed more than one aviator, she could see this scene clearly, but several other aviators also stuck a lot of bacteria and dust …
Even if a small amount of bacterial dust corrodes the shell, Lin can make the cells plug again, but a large amount will not work. These astronauts can retreat.
Lin changed to a special eyeball’ telescopic’ to observe the spread of fungi from the plain.
The growth rate of these fungi is really quite fast. Thousands of locusts cover less than 5% of the moss plain, but they have now grown to 15% of the plain. They continue to release bacterial dust to infect further targets. In a day and night, the plain will become a fungal jungle.
This is really a terrible lethality. No wonder the creatures here want to escape. Remember that the back of the swimmer is covered with a lot of gravel, which is probably the way to avoid being infected by fungi.
They don’t seem to have any intelligence. Fungi obviously don’t grow brains. Locusts’ brains should not be too big. They will always eat and transform all nutrients into their own structures. This seems to be exactly the same as the original fungus’s row pattern.
For this kind of creature, Lin should really destroy them.
But how to do it? For this Lin has come up with many ways.
But let’s observe it first.
As the day goes by, the fungus moss woodland grows stronger and stronger. They grow all kinds of wonderful structures like plants. Tall mushrooms and thick branches are covered with fluff. Like fluffy balls, the fungus dust species are covered with white blankets. They not only spread continuously, but also try their best to grow these strange structures. However, compared with plants, the largest mushroom is only about two meters.
But strangely, they seem to be a polymer of many kinds of fungi, not just one kind, or they won’t grow so many different structures.
Lin found that when the sea and the sky wandered, locusts flew over. They fell fungi and ate them, and they grew various structures. Their food swelled up after eating.
I see. Is this it? Locusts let fungi sow fungi and decompose other organisms to return locusts to achieve a special symbiosis.
These fungi still spread, but their spread is equal to that of nutrients. They swallowed moss and a lot of thorn balls, and finally they didn’t stop until the night. They faced a barren rock.
There is no water in the rocky land, and there are a few trees. The scattered fungi method touches those trees, and their spread can be suspended.
Lin thinks that the locusts should help the fungus spread or wait for the wind to blow the dust over the rock, but the locusts are still eating the fungus, and there is no wind now. But Lin finds that some large mushroom structures grow on the edge of the fungus rock, and these mushrooms are not upright but curved and aimed at the scattered trees in the rock …
Then the mushrooms keep expanding and finally …’ Boom!’
Chapter one hundred and seventy-nine Would you like some barbecue?
Expansive mushrooms explode and emit huge amounts of bacterial dust, which are scattered on the rock, and trees corrode bark and leaves and grow …