micro*scope
home
information
contact us
browse organisms
alphabetically
by classification
recent additions
browse collections
alphabetically
by concept
search
this site
glossary
classification
other sites
Microbes.info (web sites)
Protistiary
ICoMM
Microbial Life
Plankton*net AWI
Plankton*net Roscoff
tools
linkIT
for developers
web-services

Logins are disabled because the site is moving to a new place. Sorry for the inconvenience!



Jump to: Eukaryotes & protists Eubacteria Archaea Fungi
Animals Fish Birds Mammals Reptiles
Higher plants Brown Algae Red Algae

Phaeodarea

Classification by
 

Cellular life
 Eukaryota
 Acantharea
 Acritarchs
 Alveolates
 Apusomonads
 Breviatea
 Centroheliozoa
 Cercomonadida
 Chitinozoa
 Chlorarachniophytes
 Copromyxids
 Cryptomonads
 Desmothoracids
 Dimorphids
 Ebriids
 Euglenozoa
 Excavates
 Fonticulids
 Glaucocystophytes
 Granuloreticulosa
 Gymnophrea
 Gymnosphaerids
 Haplosporidia
 Haptophytes
 Hemimastigophora
 Heterolobosea
 Kathablepharids
 Komokiacea
 Mesomycetozoa
 Nucleariids
 Opisthokonts
 Oxymonadida
 Pansomonadida
 Parabasalids
 Paramyxea
 Pelobionts and entamoebae
 Phaeodarea
 Tripylea
 Phaeocalpida
 Phaeoconchida
 Phaeocystida
 Phaeodendrida
 Phaeogromida
 Phaeogymnocellida
 Phaeosphaerida
 Unassigned phaeodarea
 Plasmodiophorids
 Polycystina
 Ramicristates
 Residua
 Rhodophyta
 Schizoclades
 Spongomonads
 Stephanopogonidae
 Stramenopiles
 Taxopodids
 Telonemidae
 Thaumatomonads
 Vampyrellids
 Viridaeplantae


Caeloplegma murrayanum
, from Haeckel's Challenger radiolaria


Coelodendrum ramosissimum
, from 1862 monograph on Radiolaria by Ernst Haeckel


Aulacantha scolymantha
, from 1862 monograph on Radiolaria by Ernst Haeckel


Aulacantha spinosa
, from Haeckel's Challenger radiolaria
Description of Phaeodarea:
Circumscription: A group of marine radiolaria (protists with axopodia, skeletons, and no flagella in the trophic state). Most have a skeleton of amorphous silica with associated organic matter, cytoplasm separated into an inner area by a thick capsule, and an inner layer that is further divided by a cape of vesicles-the cape having three openings: an apical astropyle that seems to be associated with the formation of feeding pseudopodia and two parapyles from which axonemal microtubules arise. Contain aggregates of waste material: the phaeodium. Life cycle may be complex, and flagellated distributive stages are produced. Ultrastructural identity: Little studied, mitochondria probably tubulocristate. Synapomorphy: Radiolaria with central capsule with three openings: an apical astropyle and two parapyles.


   Linkouts    more links
Phaeodarea
websites

Phaeodarea
images

Phaeodarea
uBio portal

Phaeodarea
Literature

Phaeodarea
molecular data

Phaeodarea
Cultures

Phaeodarea
Radiolaria.org

Phaeodarea
Tree of Life

Phaeodarea
Cultures

Phaeodarea
more in this site

Phaeodarea
web sites

Phaeodarea
iSpecies

Phaeodarea
Educational materials

Phaeodarea
free encyclopaedia

Phaeodarea
On-line store

Phaeodarea
cultures

Phaeodarea
images

Phaeodarea
Discover Life

Phaeodarea
books

Phaeodarea
journal

  • linkout profiles
  • additional links - add new links


  • content certified linkouts

    NCBI

    ToL

    cu*star





    micro*scope - version 6.0 - March, 2006
    about this project | contributors | sponsors | site developed by