Radiolaria move by clinging on to things such as laboratory vessels.
Catherine Nigrini has written: 'A guide to Miocene Radiolaria' -- subject(s): Fossil Radiolaria, Paleontology 'Occurrence of Radiolaria in the Mississippian of Arkansas' -- subject(s): Fossil Radiolaria, Paleontology 'Radiolaria in pelagic sediments from the Indian and Atlantic Oceans' -- subject(s): Fossil Radiolaria, Paleontology
NO
Sarcodina
F. W. Gamble has written: 'Hippolyte varians' -- subject(s): Chromatophores, Color, Hippolytidae 'Radiolaria' -- subject(s): Radiolaria
radiolaria; foraminifera radiolaria(single-celled animals) forminifera(marine plankton species)
Radiolaria can be defined as amoeboid protists which produce mineral skeletons. The skeletons, usually of silica have a central capsule. Radiolaria are heterotrophs who eat other things, but also may include protest algae as endosymbionts.
Amorphous siliceous(silica contain)hard parts mostly found in radiolaria and heliozoa.
applications of platonic solids: 1. IN BIOLOGY:skeletons of radiolaria are of the shape of regular icosahedron
Chert is composed of microcrystalline silica, and is primarily derived from the silica exoskeletons of tiny marine organisms (diatoms and radiolaria), and by precipitation from ocean water.
Brian K Holdsworth has written: 'A provisional radiolaria biostratigraphy, late Devonian through late Permian' -- subject(s): Geology, Stratigraphic, Stratigraphic Geology
Archaea, Bacteria, Amoeba, Coccidia, Cystoflagellata, Difflugia, Filosa ,Flagellata, Foraminifera, Gregarines, Haemosporidia, Heliozoa, Infusosia, malaria, Mastigophora, Mycetozoa, Myonemes, Protista, Protozoa, Pylome, Radiolaria, Rhizopoda, Sarcodina, Sporozoa.
What they are made of. Calcareous ooze is made from calium carbnate shells of cooclithophores, foraminifera, and other things with carbonate shells. Siliceous ooze is made of silica shells of radiolaria (really cool looking), diatoms, and anything else with a silica shell.