The Life-history of Rhodochorton violaceum (Kütz.) comb. nov. (Chantransia violacea Kütz.)

Drew, Kathleen M.; Baker, Keith

doi:10.1093/oxfordjournals.aob.a090516

Cited by 20 publications

(14 citation statements)

References 0 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…4-6 µm; see Necchi and Zucchi 1995), and tetrasporic material has yet to be found. The process of sexual reproduction appears to be similar to the pattern described for Audouinella hermannii (as Rhodochorton violaceum) by Drew (1935) and Necchi et al (1993a).…”

Section: Audouinella Scopulata Skinner and Entwisle Sp Novsupporting

confidence: 81%

See 1 more Smart Citation

Non-marine algae of Australia : 3. Audouinella and Balbiania (Rhodophyta)

Skinner¹,

Entwisle²

2002

Telopea

View full text Add to dashboard Cite

Section: Audouinella Scopulata Skinner and Entwisle Sp Novsupporting

confidence: 81%

“…No sexual or tetrasporic material was observed in New South Wales material. A Queensland population (Entwisle 2982) showed sexual stages comparable with those described by Drew (1935 Audouinella eugenea (Skuja) Jao, Sinensia 10: 362 (1940). Skuja, Beih.…”

Section: Notesmentioning

confidence: 54%

Non-marine algae of Australia : 3. Audouinella and Balbiania (Rhodophyta)

Skinner¹,

Entwisle²

2002

Telopea

View full text Add to dashboard Cite

“…hermannii; 2-30, A, macrospora; 31-32, A. meiospora; 33-44, A. pygmaea; 45, A. ~enella. A. hermannii also tended to be a dominant species in boreal and temperate regions of the continent and is widely distributed in boreal and temperate regions of Europe as well (Hamel, 1925;Drew, 1935;Israelson, 1942;Reis, 1961;Starmach, 1985;Sabater et al, 1989), However, it is possible that a wider distribution of this species will be revealed when temperate and austral regions of South America are sampled. A. tenella was found at a site in Amazonas State, with a typical tropical (equatorial) climate, which is very different from the previous records of this species, e.g.…”

Section: Distributionmentioning

confidence: 99%

Systematics and distribution of freshwaterAudouinella(Acrochaetiaceae, Rhodophyta) in Brazil

Júnior

Zucchi

1995

European Journal of Phycology

View full text Add to dashboard Cite

Forty-five Brazilian populations of freshwater Audouinella were analysed using multivariate morphometrics. These populations were statistically related to seven type specimens. Five species are recognised on the basis of qualitative (plant colour and size, basal system type and branch angle) and quantitative (length and diameter of vegetative cells and monosporangia) characters. A. hermannii (syn. A. violacea) is characterised by a reddish colour, an irregular prostrate basal system, open branch angles (~ 25 °) and small monosporangia (G 15 #m in diameter). A. macroepora (syn. A. chalybea var. brasiliensis) is distinguished from the other Brazilian species by having a bluish colour, a basal system composed of well-developed rhizoids, narrow branch angles ( < 25°) and large monosporangia (~ 15 #m in diameter). A. meiospora is microscopic and has a reddish colour, a basal system composed of creeping filaments, narrow branch angles and small monosporangia. A. pygmaea (syn. A. leibleinii) is characterised by being bluish, having an irregular prostrate basal system, narrow branch angles and small monosporangia. A. tend& is distinct from the other species by having a reddish colour, an irregular prostrate basal system, open branch angles, small monosporangia and small vegetative cells (G 6 #m in diameter). An identification key and revised descriptions and synonyms are presented for the five species. A. meiospora and A, tenella are reported for the first time for Brazil. A. macrospora and A. pygmaea were the most widespread species and occurred in tropical and subtropical regions. A. meiospora was found at two sites in a tropical rainforest region, whereas A. hermannii and A. tenella were found at only one site. Selected physical and chemical environmental data (temperature, specific conductance, current velocity, turbidity, pH and dissolved oxygen) are presented for most species.

show abstract

“…Drew. In a la Lexpaper (Drew, 1935) Rhodochorton Naeg. few to many discoid chloroplasts without pyrenoids.…”

Section: Audouinella Violaceamentioning

confidence: 99%

“…5)-The plant is usually described as distinctly violet to bright red in color (Drew, 1935(Drew, . 1936Hamel, 1925;Israelson, 1942), but the specimens from the Skunk River were usually grayish green, as were Whitford's specimens (personal communication).…”

Section: Audouinella Violaceamentioning

confidence: 99%

Algal communities of the Skunk River, Iowa, with special reference to the epipelon

Roeder

View full text Add to dashboard Cite

The Life-history of Rhodochorton violaceum (Kütz.) comb. nov. (Chantransia violacea Kütz.)

Cited by 20 publications

References 0 publications

Non-marine algae of Australia : 3. Audouinella and Balbiania (Rhodophyta)

Non-marine algae of Australia : 3. Audouinella and Balbiania (Rhodophyta)

Systematics and distribution of freshwaterAudouinella(Acrochaetiaceae, Rhodophyta) in Brazil

Algal communities of the Skunk River, Iowa, with special reference to the epipelon

Contact Info

Product

Resources

About