3d Art Virtual Design
Organic , Animals, 3d models, virtual design, 3d Art
In this 2017 collection they appear on old plates where their anatomy is analyzed.
I am interested that the collage technique is not distinguished from that of the 3d rendering and they are fused in the representation of these animals.
Very long-lived animal. Throughout his life he incorporates the bodies of other animals into his structure. pieces that were missing and that he acquires from his prey. These prey do not die but become part of a different system that no longer belongs to them.
Animal characterized by its dermoskeleton with scattered calcareous granules and juxtaposed calcareous plates. It inhabits the media with a high presence of sulfur with which it reacts producing millions of oxygen bubbles in its skin.
This animal lives near the surface of lakes and marshes. It has brightly colored dorsal and ventral fins. With its tentacles with stinging cells, it traps and paralyzes its prey. His head features a multitude of eyes that he can direct autonomously.
Abyssoplagic animal that lives in the deepest of seas and oceans. Its internal skeleton is cartilaginous and is formed by the functional assembly of the different skeletons of the prey that it ingests. Although it is blind, it is a great predator thanks to its large jaws and the powerful tentacles that it has next to them.
This animal has several plaster, water and sand exoskeletons that protect and adapt to the gelatinous and soft body that beats inside. It behaves like an evaporitic sedimentary rock and its movements are imperceptible. It lives half buried in the sands of the driest deserts and its body fills with water in the rare rainy seasons storing it inside for decades.
This animal is covered by a thick and hard layer of nutrients that forms when it is born. Throughout his life, he will gradually feed on this skin and open holes through which his soft and green body will appear. When this coating completely disappears, the animal dies. When it dries up, its body will become the new layer of nutrients for the small larva that begins to form inside it.
Vermiform body has a mouth opening at each end that is surrounded by tentacles. The excretion of toxic substances is not done through an anal opening, but through millions of pores distributed by its skin, which constitutes an effective defense system against other predators.
This vertebrate animal has plate armor or rings of bone constitution. Nothing vertically and its gills emit harmonic sounds generating beautiful continuous melodies that are heard at great distances and can last more than a hundred years.
It has great reproductive capacity. This animal can breed any species other than its own that fertilizes it. It is not known how it was originally since it is its successive reproductions with other species it has been mixing its DNA and the only characteristic that it maintains of its ancestors is its ability to continue reproducing with anyone who crosses its path.
This animal has a hard head made of calcium carbonate. Numerous gelatinous tubular branches extend from it, from where millions of eggs hatch and hatch every minute. It is possible that a single colony of individuals could modify the color of the sea where they live, turning it violet by the color of the millions of eggs that float in it.
It is thought to be the oldest marine vertebrate in the world. It is estimated that he has been swimming for more than a thousand years. Its fins regenerate for so long that it allows a good smooth and controlled mobility. Its skin accumulates parasites and anemones whose poisonous tentacles protect it from possible predators.
Mimetic animal, and, depending on the species, capable of developing long or short skin filaments, or changing their color, to be confused among the macroalgae in their environment. This camouflage strategy is vital for their survival, since, being very slow in movement, they cannot effectively flee from their predators.
This animal in its development stage lives in the water and feeds on the absorption of small nutrients. In its growth phases, its tissues become specialized and feathers and nails appear. In his adult phase he will abandon the water and will have the ability to fly.
Manuel A. Monteserín Lahoz