Schmidleinema

Generic name: SCHMIDLEINEMA De Toni, 1936. Noter. Nomencl. Alg. 8: 5.
Synonyms:
Diagnosis:
Type species: Schmidleinema indicum (Schmidle) De Toni 1936 - Three species.
Descriptions:
Komárek (1992): Thallous; thallus forms mats on the substrate or mixed with other algae, composed from basal, prostrate filaments creeping on the substrate and more or less erected branches; basal trichomes torulous, uni- or multiserial, true or falsely branched, constricted at cross walls, prostrate or semicircularly bent; branches cylindrical, uniseriate, creeping or erected, mainly falsely, repeatedly, tolypotrichoid branched. Sheaths distinct, limited, thick, lamellated, closed or funnel-like open at the apex, sometimes telescopic, usually (in some parts) yellow-brown. Cells barrel-shaped or almost cylindrical, pale or olive-green, slightly or regularly granular, sometimes with distinct solitary granules. Heterocytes develop intercalarly, solitary or in pairs, usually unipored (before false branching), cylindrical, hemispherical or almost spherical. Akinetes not found.
Genotype differences, molecular data:
Reproduction strategies, life cycles, cell division:
Ultrastructure:
Taxonomic position, higher hierarchy:
Cyanophyceae, Stigonematales, Borzinemataceae
Notes to taxonomy, misinterpretations:
Ecology, ecophysiology, ecological significance:
Komárek (1992): Tropical aerophytic and freshwater species. The type species is known from humid, subaerophytic biotopes (epiphytic on liverworts, tree-trunks, on humid walls, etc.) in India, two other species are known from swamps in Antilles (alkaline swamps in Cuba; Guadeloupe).
Physiology and biochemistry:
Distribution, endemism, problematic citations:
Reference strain:
Infrageneric scheme, species concept:
List of species:
Schmidleinema indicum
(Schmidle) De Toni 1936
Keys:
List of stains:
Drawings:
Komárek 1992
Application technology:
Literature:

  2.1 taxonomy: Desikachary 1959, Komárek 1989, Komárek 1992
  2.2 cytomorphology:
  2.3 16S rRNA sequencing:
  2.4 biology and life cycles:
  2.5 ecology: