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Deflandre

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Journal Article

Palaeoperidinium Deflandre, 1934, or Palaeoperidinium Deflandre ex Sarjeant, 1967 (Pyrrhophyta)

Alfred R. Loeblich
Published: 01 March 1968
Journal of Paleontology (1968) 42 (2): 583.
...Alfred R. Loeblich Abstract In accordance with the provisions of the International Code of Zoological Nomenclature and the International Code of Botanical Nomenclature, the generic name Palaeoperidinium should be cited as Palaeoperidinium Deflandre ex Sarjeant, 1967. (For reference to Sarjeant's...
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Journal Article

Reply to: Comments on Mertens et al. (2022): the taxonomic identity of Micracanthodinium setiferum (Lohmann) Deflandre (Dinophyceae incertae sedis ) remains elusive, and its epitypification is not achieved

Kenneth Neil Mertens, M. Consuelo Carbonell-Moore
Journal: Palynology
Published: 16 January 2023
Palynology (2023) 47 (1): 2148304.
DOI: https://doi.org/10.1080/01916122.2022.2148304
... attempt to epitypify the dinoflagellate Micracanthodium setiferum (Lohmann) Deflandre we did not report images of the setae, and that we ‘did not show or mention the characteristic number and arrangement of the setaeʼ. Although it is correct that no images were shown of these setae in light microscopy...
FIGURES
View PDF for article title, Reply to: Comments on Mertens et al. (2022): the taxonomic identity of Micracanthodinium setiferum (Lohmann) <span class="search-highlight">Deflandre</span> (Dinophyceae incertae sedis ) remains elusive, and its epitypification is not achieved
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Journal Article

Comments on Mertens et al. (2022): the taxonomic identity of Micracanthodinium setiferum (Lohmann) Deflandre (Dinophyceae incertae sedis) remains elusive, and its epitypification is not achieved

Marc Gottschling, Malte Elbrächter, Urban Tillmann
Journal: Palynology
Published: 02 October 2022
Palynology (2022) 46 (4): 1–3.
DOI: https://doi.org/10.1080/01916122.2022.2106322
... MD , Leliaert F , Samyn Y , Verbruggen H. 2013 . Algal taxonomy: a road to nowhere? Journal of Phycology . 49 ( 2 ): 215 – 225 . Deflandre G. 1937 . Phanerodinium , genre nouveau de Dinoflagellé fossile des silex . Bulletin de la Société Française de...
FIGURES
View PDF for article title, Comments on Mertens et al. (2022): the taxonomic identity of Micracanthodinium setiferum (Lohmann) <span class="search-highlight">Deflandre</span> (Dinophyceae incertae sedis) remains elusive, and its epitypification is not achieved
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Add to Citation Manager for Comments on Mertens et al. (2022): the taxonomic identity of Micracanthodinium setiferum (Lohmann) <span class="search-highlight">Deflandre</span> (Dinophyceae incertae sedis) remains elusive, and its epitypification is not achieved
Journal Article

Restudy of the holotype of Operculodinium centrocarpum (Deflandre & Cookson) wall (Dinophyceae) from the Miocene of Australia, and the taxonomy of related species

Kazumi Matsuoka, Andrew McMinn, John H. Wrenn
Journal: Palynology
Published: 01 October 1997
Palynology (1997) 21 (1): 19–33.
Add to Citation Manager for Restudy of the holotype of Operculodinium centrocarpum (<span class="search-highlight">Deflandre</span> &amp;amp; Cookson) wall (Dinophyceae) from the Miocene of Australia, and the taxonomy of related species
Journal Article

Differentiating species of the dinoflagellate cyst genus Nematosphaeropsis Deflandre & Cookson

John H. Wrenn
Journal: Palynology
Published: 01 October 1988
Palynology (1988) 12 (1): 129–150.
Add to Citation Manager for Differentiating species of the dinoflagellate cyst genus Nematosphaeropsis <span class="search-highlight">Deflandre</span> &amp;amp; Cookson
Journal Article

Revision of the genus Pylentonema Deflandre 1963 and its Lower Carboniferous species from Montagne Noire, France

Francoise Gourmelon
Published: 01 July 1987
Micropaleontology (1987) 33 (3): 282–288.
View PDF for article title, Revision of the genus Pylentonema <span class="search-highlight">Deflandre</span> 1963 and its Lower Carboniferous species from Montagne Noire, France
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Journal Article

Archeopyle variation and paratabulation in the dinoflagellate Diphyes colligerum (Deflandre & Cookson 1955) Cookson 1965

David K. Goodman, Roger J. Witmer
Journal: Palynology
Published: 01 October 1985
Palynology (1985) 9 (1): 61–84.
Add to Citation Manager for Archeopyle variation and paratabulation in the dinoflagellate Diphyes colligerum (<span class="search-highlight">Deflandre</span> &amp;amp; Cookson 1955) Cookson 1965
Journal Article

A review of the Jurassic dinocyst genera Ctenidodinium Deflandre 1938 and Dichadogonyaulax Sarjeant 1966

Ron Woollam
Journal: Palynology
Published: 01 October 1983
Palynology (1983) 7 (1): 183–196.
Add to Citation Manager for A review of the Jurassic dinocyst genera Ctenidodinium <span class="search-highlight">Deflandre</span> 1938 and Dichadogonyaulax Sarjeant 1966
Journal Article

Foraminiferal affinities exhibited by the dinoflagellate Nannoceratopsis Deflandre: Reply to comment by W. R. Evitt

T. R. Haskell
Journal: Geology
Published: 01 August 1975
Geology (1975) 3 (8): 476.
DOI: https://doi.org/10.1130/0091-7613(1975)3<476:FAEBTD>2.0.CO;2
View PDF for article title, Foraminiferal affinities exhibited by the dinoflagellate Nannoceratopsis <span class="search-highlight">Deflandre</span>: Reply to comment by W. R. Evitt
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Journal Article

Georges Deflandre; 18 mars 1897-17 juin 1973

D. Noel
Published: 01 March 1975
Bulletin de la Société Géologique de France (1975) S7-XVII (1): 13–24.
DOI: https://doi.org/10.2113/gssgfbull.S7-XVII.1.13
...D. Noel GeoRef, Copyright 2013, American Geosciences Institute. 1975 bibliography biography Deflandre Dinoflagellata Georges microfossils micropaleontology palynology palynomorphs ...
View PDF for article title, Georges <span class="search-highlight">Deflandre</span>; 18 mars 1897-17 juin 1973
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Journal Article

Foraminiferal Affinities Exhibited by the Dinoflagellate Nannoceratopsis Deflandre

T. R. Haskell
Journal: Geology
Published: 01 December 1974
Geology (1974) 2 (12): 579–582.
DOI: https://doi.org/10.1130/0091-7613(1974)2<579:FAEBTD>2.0.CO;2
View PDF for article title, Foraminiferal Affinities Exhibited by the Dinoflagellate Nannoceratopsis <span class="search-highlight">Deflandre</span>
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Journal Article

The ceratoikiscid nature of the radiolarian Lapidopiscum piveteaui Deflandre

B. K. Holdsworth
Published: 01 April 1971
Micropaleontology (1971) 17 (2): 244–248.
View PDF for article title, The ceratoikiscid nature of the radiolarian Lapidopiscum piveteaui <span class="search-highlight">Deflandre</span>
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Journal Article

The relationship between the genus Albaillella Deflandre and the ceratoikiscid Radiolaria

B. K. Holdsworth
Published: 01 April 1969
Micropaleontology (1969) 15 (2): 230–236.
View PDF for article title, The relationship between the genus Albaillella <span class="search-highlight">Deflandre</span> and the ceratoikiscid Radiolaria
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Journal Article

The dinoflagellate Nannoceratopsis Deflandre; morphology, affinities and infraspecific variability

William R. Evitt
Published: 01 July 1961
Micropaleontology (1961) 7 (3): 305–316.
View PDF for article title, The dinoflagellate Nannoceratopsis <span class="search-highlight">Deflandre</span>; morphology, affinities and infraspecific variability
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Journal Article

Sclerites, spicules and systematics; the researches of Marthe Deflandres-Rigaud; 1902-1987

William A. S. Sarjeant
Published: 01 April 1991
Micropaleontology (1991) 37 (2): 191–195.
View PDF for article title, Sclerites, spicules and systematics; the researches of Marthe <span class="search-highlight">Deflandres</span>-Rigaud; 1902-1987
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- (A, B) Zygrhablithus bijugatus (Deflandre in Deflandre &amp; Fert, 1954) Deflandre, 1959, Sample C24. (C) Reticulofenestra samodurovii (Hay et alii. 1966) Roth, 1970 sample C24. (D) Dictyococcites bisectus &gt; 10 micron (Hay &amp; Mohler Wade, 1966) Bukry &amp; Percival, 1971 sample C24. (E) Sphenolithus moriformis (Bronnimann &amp; Stradner, 1960) Bramlette &amp; Wilcoxon, 1967 sample C24. (F-G) 6: Sphenolithus radians Deflandre in Grassé, 1952 - 0°; G: 45° sample C24. (H) Reticulofenestra sp. Hay et alii (1966) sample C24. (I) Cyclicargolithus floridanus (Roth &amp; Hay, in Hay et al., 1967) Bukry, 1971 sample C24. (J) Discoaster barbadiensis Tan Sin Hok (1927) emend Bramlette &amp; Riedel (1954) sample C22. (K-L) K: Ericsonia formosa (Kamptner, 1963) cross polarized light; L: plain light, sample C24. (M) Cretarhabdus crenulatus Bramlette &amp; Martini (1964), sample B8. (N) Lithraphidites carniolensis Deflandre (1963), sample B8. (O) Watznaueria barnesiae (Black in Black &amp; Barnes, 1959) Perch-Nielsen, 1968, sample B8. (P) Quadrum sp. Prins &amp; Perch-Nielsen in Manivit et alii, 1977, sample B8.

- (A, B) Zygrhablithus bijugatus (Deflandre in Deflandre & Fert, 1954...

Published: 01 February 2018
Fig. 3 - (A, B) Zygrhablithus bijugatus (Deflandre in Deflandre & Fert, 1954) Deflandre, 1959, Sample C24. (C) Reticulofenestra samodurovii (Hay et alii. 1966) Roth, 1970 sample C24. (D) Dictyococcites bisectus > 10 micron (Hay & Mohler Wade, 1966) Bukry & Percival, 1971
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Tabulation in Callaiosphaeridium asymmetricum (Deflandre &amp; Courteville 1939) Davey &amp; Williams 1966. Note the leptodinioid pattern, indicated by the sexiform hypocystal plate arrangement, L-type ventral organisation, and neutral torsion of the hypocyst (sutures between plates 3''/4'' and 4'''/5''' are in line); E = equatorial tubular processes. A, ventral view; B, dorsal view; C, apical view; D, antapical view.

Tabulation in Callaiosphaeridium asymmetricum (Deflandre & Courtevill...

Published: 25 January 2022
Figure 4. Tabulation in Callaiosphaeridium asymmetricum (Deflandre & Courteville 1939 ) Davey & Williams 1966 . Note the leptodinioid pattern, indicated by the sexiform hypocystal plate arrangement, L-type ventral organisation, and neutral torsion of the hypocyst (sutures between
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1, Braarudosphaera bigelowii (Gran and Braarud 1935), Deflandre (1947). Sample 77, subzone NP10a. 2, 3, Coccolithus pelagicus (Wallich 1877), Schiller (1930). Sample 73, subzone NP10a, the Gunnah section. 4, Ellipsolithus macellus (Bramlette and Sullivan 1961), Sullivan (1964). Sample 77, subzone NP10a. 5, E. distichus (Bramlette and Sullivan 1961), Sullivan (1964). Sample 76, subzone NP10a. 6, Chiasmolithus bidens (Bramlette and Sullivan 1961), Hay and Mohler (1967). Sample 71, subzone NP10a. 7, 8, C. consuetus (Bramlette and Sullivan 1961), Hay and Mohler (1967). Sample 67, subzone NP9b. 9, Fasciculithus alanii, Perch-Nielsen (1971b). Sample 62, subzone NP9a. 10, F. lillianiae, Perch-Nielsen (1971b). Sample 62, subzone NP9a. 11, Toweius eminens (Bramlette and Sullivan 1961), Perch-Nielsen (1971a). Sample 51, zone NP7/8. 12, T. tovae, Perch-Nielsen (1971a). Sample 75, subzone NP10a. 13, Campylosphaera dela (Bramlette and Sullivan 1961), Hay and Mohler (1967). Sample 75, subzone NP10a. 14, Neococcolithes protenus (Bramlette and Sullivan 1961), Black (1967). Sample 73, subzone NP10a. 15, Neochiastozygus junctus (Bramlette and Sullivan 1961), Perch-Nielsen (1971b). 29 and 30, sample 75, subzone NP10a. 16, Pontosphaera exilis, Bramlette and Sullivan (1961). Sample 77, subzone NP10a. 17, P. ocellata (Bramlette and Sullivan 1961), Perch-Nielsen (1984). Sample 77, subzone NP10a. 18, P. plana (Bramlette and Sullivan 1961), Haq (1971). Sample 73, subzone NP10a. 19, Zygrhablithus bijugatus (Deflandre in Deflandre and Fert 1954), Deflandre (1959). Sample 73, subzone NP10a. 20, Blackites herculesii (Stradner 1969), Bybell and Self-Trail (1997). Sample 76, subzone NP10a. 21, Micrantholithus astrum, Bown (2005). Sample 98, subzone NP10b. 22, M. attenuatus, Bramlette and Sullivan (1961). Sample 78, subzone NP10a. 23, Rhomboaster cuspis, Bramlette and Sullivan (1961). Sample 86, subzone NP10a. 24, Tribrachiatus bramlettei (Brönnimann and Stradner 1960), Proto-Decima el al. (1975). Sample 87, subzone NP10a. 25, Discoaster mohleri, Bukry and Percival (1971). Sample 49, zone NP7/8. 26, T. bramlettei (Bronnimann and Stradner 1960), Proto-Decima et al. (1975). Sample 76, subzone NP10a. 27, D. mahmoudii, Perch-Nielsen (1981). Sample 71, subzone NP10a. 28, D. binodosus, Martini (1958). Sample 89, subzone NP10a. 29, D. diastypus, Bramlette and Sullivan (1961). Sample 67, subzone NP9b.

1 , Braarudosphaera bigelowii (Gran and Braarud 1935 ), Deflandre ( 1947...

Published: 01 July 2020
Figure 6.  1 , Braarudosphaera bigelowii (Gran and Braarud 1935 ), Deflandre ( 1947 ). Sample 77, subzone NP10a. 2, 3 , Coccolithus pelagicus (Wallich 1877 ), Schiller ( 1930 ). Sample 73, subzone NP10a, the Gunnah section. 4 , Ellipsolithus macellus (Bramlette and Sullivan 1961
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Line drawings of Gonyaulacysta jurassica (Deflandre 1939) Norris &amp; Sarjeant 1965 subsp. jurassica (A and B) and Gonyaulacysta ceratophoraCookson &amp; Eisenack 1960 comb. nov., emend. nov. (C and D). The endocysts are lightly shaded and the plates are indicated using Kofoidian notation. The tabulation is labelled according to the homologous Kofoid scheme, as opposed to literal Kofoidean methodology. For example, note that in A and C, the plate labelled 2‴ is the second postcingular homologue relative to the standard gonyaulacacean scheme, but represents the first literal Kofoidian postcingular plate. A and B are line drawings of an idealized specimen of Gonyaulacysta jurassica subsp. jurassica and were adapted from Stover and Evitt (1978, text-figs 2A, 2C). Both are external views; A is a ventral view and B is a dorsal view. In order to clearly illustrate the tabulation, the denticulate/echinate sutural crests are omitted and illustrated as solid lines on A and B. A line drawing of a portion of a denticulate/echinate sutural crest is given as the inset at the top center. Note the bicavate cyst organization and the opisthopyle in the periphragm of the posterior sulcal plate (ps) in A. The plate 1‴, the other sulcal plates and the flagellar mark (black shading) are indicated; these midventral elements are not normally exhibited by Gonyaulacysta jurassica subsp. jurassica. C and D are line drawings of Gonyaulacysta ceratophora based on specimen CPC 38835 (Plate 1, figs 4–6), from a sidewall core at 1805 00 m in the Arunta-1 well. Both are external views; C is a ventral view and D is a dorsal view. Note the relatively large size, the prominent apical horn, the bicavate cyst organization and the partially developed tabulation.

Line drawings of Gonyaulacysta jurassica (Deflandre 1939) Norris & Sa...

Published: 01 January 2005
Text-Figure 1. Line drawings of Gonyaulacysta jurassica (Deflandre 1939) Norris & Sarjeant 1965 subsp. jurassica (A and B) and Gonyaulacysta ceratophora Cookson & Eisenack 1960 comb. nov., emend. nov. (C and D). The endocysts are lightly shaded and the plates are indicated using
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A single specimen of Scriniodinium crystallinum (Deflandre 1939) Klement 1960 from ditch cuttings between 1463.04m and 1466.09m in the Peak-1 well, offshore Western Australia (Foster, 2001, Text-Fig. 1). This interval lies within the the Dingo Claystone Formation and is referable to the latest Oxfordian–earliest Kimmeridgian Wanaea clathrata (6bi) Acme Zone of Helby et al. (1987). The specimen is a diamond-shaped morphotype of Hesketh and Underhill (2002). Note the small apical horn developed by the periphragm only, the single paraplate precingular archeopyle, the equatorial claustrum on the right lateral side and the circumcavate cyst organisation. The specimen exhibits clear gonyaulacalean paratabulation via low, smooth ridges on the periphragm; dextral torsion, characteristic of the Subfamily Cribroperidinioideae and clearly visible in fig. 4. Magnification: all figures x500; all photomicrographs taken using plain transmitted light. The figured specimen number is CPC 37054 and it is housed in the Commonwealth Palaeontological Collection (CPC) of Geoscience Australia, Canberra, ACT 2601, Australia (see Appendix). The specimen is in ventral view and figures 1 to 4 are a high to low focus sequence.
 1 High focus.
 2 High/median focus.
 3 Median/low focus.
 4 Low focus.

A single specimen of Scriniodinium crystallinum ( Deflandre 1939 ) Kleme...

Published: 01 January 2002
PLATE 1 A single specimen of Scriniodinium crystallinum ( Deflandre 1939 ) Klement 1960 from ditch cuttings between 1463.04m and 1466.09m in the Peak-1 well, offshore Western Australia ( Foster, 2001 , Text-Fig. 1 ). This interval lies within the the Dingo Claystone Formation and is referable