COMMON

#049 Emollo

Emollo are a race of intelligent grub-like creatures that evolved arms and legs while living in gigantic, underground cities. They stand approximately three centimeteres tall and typically live around eighty years, spending approximately half of that in their long-term school system.

Release Date February 14, 2022
Sign up for a free account to claim this creature as your own.

Discover other creatures

Explore an endless universe of ficticious life on NovelGens.

COMMON

#201 Jigbat

Jigbats are large insects that resemble blue bats. They can be found throughout the world's forests and feed on insects, small birds, and berries. They sting their prey with a powerful paralytic venom that stains the skin blue, which they often us...

COMMON

#088 Fustonin

Fustonins are small, blue birds that live near active volcanoes. They are extremely light and can fly at speeds of up to 300 mph. They have no beaks and instead use the hard, pointed end of their shoulder to peck at the sides of a volcano and pry ...

COMMON

#155 Gebloon

The gebloons are a race of intelligent beings that resemble orange blobs with a face. They are about 3 feet tall and have four arms and two legs, although those appendages are usually part of their blob and out of sight when not in use. Gebloons l...

COMMON

#252 Vifbort

Vifborts are a species of large, seemingly-immortal worms that live deep underground. Their skin is extremely sensitive and can feel vibrations from miles away. They are endlessly hunted by other worms for food and dominance, but have no effective...

UNCOMMON

#301 Saski

The saski is a species of airborn sanni that often can often be found following cumulonimbus clouds, though their migratory patterns have them almost everywhere on the planet at least once a year. Saski have an average length of two hundred feet a...

COMMON

#349 Flayansk

The flayansk originates in the far north, in the freezing highlands of Cotsk. Flayansk vary wildly in size throughout their life, growing quickly from the size of rodents to the size of large boulders, then eventually shrinking back to microscopic...