- are
named for
their idiosyncratic method of
movement (ebrius, "drunk").
Ebriids are
usually encountered in low
abundance and have a
peculiar combination...
-
thaumatomonads (F),
glissomonads (F),
cryomonads (F), heliomonads/dimorphids (F),
ebriids (F) Amoebozoa:
Multicilia (F),
phalansteriids (F), some
archamoebae (F/S)...
-
algae (volvocaleans and prasinophytes), choanoflagellates, bicosoecids,
ebriids and chlorarachniophytes.
Slime molds,
plasmodial forms and
other "fungus-like"...
-
bioluminescent forms, or Dinophyta. At
various times, the cryptomonads,
ebriids, and
ellobiopsids have been
included here, but only the last are now considered...
-
includes the
species Ebria tripartita. Hoppenrath, M.; Leander, B. (2006). "
Ebriid phylogeny and the
expansion of the Cercozoa". Protist. 157 (3): 279–290...
- such as apusomonads, jakobids, cercomonads, spongomonads, katablepharids,
ebriids,
proteomyxids and so on. In this scheme, the
class Telonemea was distinguished...
- 0308602101. PMC 419558. PMID 15148395. Hoppenrath, M.;
Leander B.S. (2006). "
Ebriid phylogeny and the
expansion of the Cercozoa". Protist. 157 (3): 279–90....
- dinoflagellates,
green algae, red algae, heliozoans, radiolarians, foraminiferans,
ebriids and
testate amoebae (euglyphids, arcellaceans). Some are used as paleoecological...
-
unlike many Imbricatea, they
present a
hollow silica endoskeleton in all
ebriids and most phaeodarians.
Thecofilosea is a
clade or
monophyletic group. It...
- Protistology. 5 (4): 281–302. Mona Hoppenrath;
Brian S.
Leander (2006). "
Ebriid phylogeny and the
expansion of the Cercozoa" (PDF). Protist. 157 (3): 279–290...
