However, the place where this small meteorite fell did not hit the Knight System Research Base.

However, the insects inside crawled out of the meteorite, and one by one the green chrysalis insects attacked the vicinity of Shibuya with their teeth and claws.

The R&D base of the Zect Knight System is indeed Shibuya, but no one else knows where it is except for the top management of Zect. Even the researchers inside didn't know that their location was Shibuya.

Therefore, Kaguma only vaguely got the news that the research base is in Shibuya, and he really doesn't know where the exact location is.

Therefore, small meteorites can only be smashed randomly, so the chance of hitting the research base is pitiful. Obviously, this time the meteorite didn't hit.

The Shibuya Research Base is the top priority of Zect, and the defense is leveraged.

From being hit by a meteorite to being attacked by insects, it was just two or three minutes.

The Zect Knight System Research Base has been put on alert.

Batches of scientific researchers were quickly transferred without a single delay. Since the Zect headquarters suffered heavy losses in an attack, there have been a number of exercises in response to possible attacks on Zect in order to reduce losses.

Xenos from the universe are swimming around. Brutally murdering all life that can be seen in the vicinity. Both humans and protozoa have been killed by alien insects.

Alien insects from the universe are all larval forms at first. Because larval pupal states can reduce energy consumption. During the time from the universe to the earth, the insects will fall into a deep sleep to reduce the consumption of energy, after all, it is impossible to replenish energy during flight.

But don't think that when the insect reaches the earth, there is no way to metamorphose.

If an insect can survive in the universe, it must have its own merits. The insect had already taken this situation into account before coming to Earth.

Compared with the alien insects, the protozoa that have lived on the earth for thousands of years have lost the ability to space. You can't be like the ancestor protozoa, and go into the universe to survive.

Because the protozoa has lived on the earth for thousands of years and has been able to be perfect like an earthling, in terms of combat effectiveness, it has more advantages than the newcomer of the alien insect.

Of course, there are many factors that make molting protozoa more combative than molting insects.

If the strength of molting protozoa is simply divided, it is divided into three categories: high, medium and low.

The strength of the low-level molting protozoa can be compared with the upper middle parasites. Medium-strength molting protozoa can compete with higher-strength alien insects.

In addition to molting insects, there are also pupal larvae. Part of the larvae's energy is used to replenish the energy consumed by the molting insects during their sleep.

The energy replenished by the larvae can greatly reduce the self-consumption of molting insects.

But even a peeled insect needs a certain amount of time to adapt to the earth's environment before it can successfully molt. This is good news for the protozoa and humans on Earth.

Therefore, it will take a while for the alien insects that are currently moving to molt, and this time is the time for the support of the major protozoa families.

The insect that first arrived here was naturally the side of the earth insect Gaguma who had been waiting for a long time.

Gaguma had already been ambushed near Shibuya, and she wasn't actually going to go out, she wanted to see the insects and protozoa coming out of the small meteorite.

However, those insects that fell to Shibuya at the beginning of the year were unable to molt because they had to adapt to the environment of the earth.

And at this time, the first protozoa to arrive here, the two molting East Asian locust Natives sent by Yohji Yoshida, were the first to come here.

"Kill."

The insects were powerless against the molting East Asian locusts, in order to delay a little time for the insects that descended on the earth.

Gaguma and his men came to stop the slaughter of the East Asian locust Native.

Gaguma brought all his men with him this time, and naturally Gagua was among them.

"Go."

Gaguma crossed her hands over her chest, didn't make a move, and watched quietly.

Gaguma brought a total of eight molting insects, which was all she had been operating for years.

The appearance of these molts relieved the pressure on the first alien insects that passed through small meteorites to Earth.

Although there are still Zect's soldiers with machine gun swords that are not yet fully mature, they attack the insects. But when it hits the alien worm, the damage it brings is not high, and only a few alien larvae can't withstand the damage and explodes.

The eight molting insects brought by Gaguma only dispatched four insects to block the East Asian locust natives sent by the Yoshida family.

These four insects are the narrow-spotted Emerald Butterfly ORM, the Emerald Butterfly ORM, the Washu Butterfly ORM, and the Mashu Butterfly ORM.

The ORM has the same characteristics as the terrestrial butterfly.

The wingspan of the narrow-spotted Emerald butterfly is about 10-12cm, and the female butterfly is slightly larger than the male butterfly, and there is no obvious difference in sex characteristics. The tentacles, head, and thorax are black, and the abdomen is also black.

The forewings of the female butterfly are black-green in color, with emerald green stripes on both sides of each wing vein. hindwings black, with blue streaks, finally turning green, with 4 bead-shaped purple spots; The forewings of the male butterfly are slightly black-green and slightly transparent, with green stripes on both sides of each wing vein.

The hindwings are black-green with bright blue stripes and finally golden yellow, with 4 purple spots. The butterfly has a black back, white stripes on the forewings, and 7 purple dotted chains on the hindwings.

The narrow-spotted butterfly likes to suck nectar and likes to glide and fly, which is slower.

The action of the ORM of the same narrow-spotted emerald butterfly is slower than that of other insects.

The Emerald Butterfly ORM has exactly the same characteristics as the Emerald Butterfly.

Emerald butterfly, morphological adult: wingspan 90-135 mm. The body and wings are black, covered with emerald green scales, more concentrated between the veins, and have shown an emerald green band. The forewings of male butterflies have velvety sex markers in the Cu2-M3 chamber. The emerald green scales of the hindwings are evenly distributed, some are concentrated in the basal half, some are concentrated near the upper horns and are emerald blue, and some are concentrated in the upper half of the middle posterior region. 1 row of meniscus blue and red markings on the subouter margin; outer edge wavy; The buttocks have red ring markings on the hip angle. There are grayish-yellow or grayish-white band areas on the subouter margin of the opposite wing, radiating from the posterior edge to the anterior margin, and the closer to the anterior margin, the wider and lighter the color. The sub-outer margin of the hindwings is marked with red crescent or hook markings. The rest is similar to the front.

The upper uncinate process of the male external genitalia is medium long, but some are longer and some are shorter, depending on the region and the individual. Caudal process triangular. The lobes are short and broad, ventral long, dorsal short but less than 1/2 of the ventral length; The end of the gripper is curved and slanted. The medial process is long and parallel to the ventral aspect of the flap, and the terminal half is enlarged into an arcuate shape, with a tooth process at the margin. **Medium long, generally slightly thinner in the middle than at the ends.

The egg-laying flaps of the external genitalia of the female are semicircular; mating pores ovate, anterior pubic on both sides leaf-shaped, middle arcuate; postpubic lobe elliptic, grooved at upper end; cystic ducts are thin, short, membranous; mating sac oblong; The cyst process is long and almost as long as the mating sac, with a longitudinal scar in the middle and a spine, and many transverse folds.

Thank you Jiuyang Shinjing 2, that daytime, o, Ultraman (village chief), Monster for your support.

(End of chapter)