A task of the project was an analysis ofsiliceous skeletons of radiolarians, an extraction of logic of their structureand its application to creations of a new form.
Radiolaria belong to Actinopoda group –a subtype of water protozoans, comprising three groups: Acantharia, Heliozoaand Radiolaria. They include a few thousand of kinds, living exclusively inplankton of seas of full salinity, settling all layers of waters to the depthof 5 thousand metres. Not many small kinds are naked, remaining have a skeleton- built from siliceous needles which join in the centre of the body, or fromtiles of different shapes ( they form deposits of radiolarians) – covering bodyof these protozoans. They constitute an element of zooplankton, areheterotrophic and predatory. They have a size about 0.2 mm. A skeleton is theirextraordinary feature, which adopts various shapes and demonstratingfluorescent properties.
Radiolaria belong to Actinopoda group –a subtype of water protozoans, comprising three groups: Acantharia, Heliozoaand Radiolaria. They include a few thousand of kinds, living exclusively inplankton of seas of full salinity, settling all layers of waters to the depthof 5 thousand metres. Not many small kinds are naked, remaining have a skeleton- built from siliceous needles which join in the centre of the body, or fromtiles of different shapes ( they form deposits of radiolarians) – covering bodyof these protozoans. They constitute an element of zooplankton, areheterotrophic and predatory. They have a size about 0.2 mm. A skeleton is theirextraordinary feature, which adopts various shapes and demonstratingfluorescent properties.