Euglena pisciformis

From Black Sea Phytoplankton checklist

(Difference between revisions)

Latest revision as of 05:46, 24 January 2013

Euglena pisciformis G.A. Klebs, 1883

Classification

Protozoa (Kingdom) > Euglenozoa (Phylum) > Euglenoidea (Class) > Euglenida (Order) > Euglenaceae (Family) > Euglena (Genus)

WoRMS: 163455

Occurrence

	References
Black Sea	Ivanov A.I., 1965
Bulgaria
Geogria
Romania	Petranu A., 1997; Boicenco L. Updated list from Bodeanu N., 1987-88; Skolka V.H., Roban A., 1989; Bologa A. S., Skolka H. V., Frangopol P. T., 1984; Bodeanu N., 1987-1988
Russia
Turkey
Ukraine	Zaitsev Y.P. & B.G. Alexandrov, 1998; Nesterova D.A., Terenko L.M., Terenko G.V., 2006 (NW); Ivanov A.I. 1959; Ivanov A.I. 1960;

Volume and surface area calculation

	Shape
Simple shape
K(flattening factor)
More accurate shape	-

Hillebrand et al., 1999 - half ellipsoid + cone on elliptic base
(the euglenoid algae are variable in shape and cross-section (Rott 1981). Most Euglena sp. are not round, but flattened in cross-section. Therefore the obtuse pole is calculated as a half ellipsoid, the acute pole as cone with an elliptical base (Siko-Goad et al 1977 propose a similar shape with a cylinder instead of a cone). The smaller and wider diameters have to be measured as well as the height of the cone and the length of the obtuse pole. Some Euglena sp. are so flat that they resemble a flat elliptic prism.) (Hillebrand, H., Dürselen, C. D., Kirschtel, D., Pollingher, D. and Zohary, T. (1999) Biovolume calculation for pelagic and benthic microalgae. J. Phycol., 35, 403–424)

Appearance in checklists

1886

1900

1950

2000

2010

1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18	19	20	21	22	23	24	25	26	27	33	34	35	36	38	49	54	55	56	57
x			x				x																			x						x

58	63	67	68	72	73	74	75	77	78	84	85	86	87	88	89	92	93	94	99	100	101	102	103	105	108	109	110	116	117	118	119	120	123	125
												x			x	x		x

References

Bodeanu N., 1987-1988. Structure et dynamique d'algoflore unicellulaire dans les eaux du littoral roumain de la mer Noire. Recherches marines(20/21): 19 - 250.

Boicenco L. Updated list from Bodeanu N., 1987-1988. Structure et dynamique de l'algoflore unicellulaire dans les eaux du littoral Roumain de la Mer Noire. Research Marines(20/21): 19-250.

Bologa A. S., Skolka H. V., Frangopol P. T., 1984 Annual cycle of planktonic primary productivity off the Romanian Black Sea coast. Marine Ecology Progress Series, Vol. 19: 25–32.

Ivanov A. I., 1959. About phytoplankton mass development in the Northern-Western part of the Black Sea in 1954 - 1956. Proceedings of Odessa Biological Station(1): 6 - 33.

Ivanov A. I., 1960. Characteristics of qualitative composition and quantitative distribution of phytoplankton in the north-western Black Sea. Transactions of the hydrobiological society of the USSR, Vol. X: 182 - 196.

Ivanov_A.I.,_1965. Characteristics of the qualitative composition of Black Sea phytoplankton. In: The study of plankton of the Black and Azov seas, Naukova dumka, Kiev: 17-35.

Nesterova D.A., Terenko L.M., Terenko G.V., 2006. In: North-Western part of the Black Sea: biology and ecology, Naukova dumka, Kiev: 557-576.

Petranu_A.,_1997. Black Sea Biological Diversity, Romania. Black Sea Environmental Series, Vol. 4, United Nations Publication, New York, 315 pp.

Skolka V.H., Roban A., 1989. La repartition et la dynamique du phytoplancton sur la plateforme continentale roumaine au cours des annees 1980-1981. In: Recherches marines, publisher, Constanta: 147-171.

Zaitsev_Y._P._&_B._G._Alexandrov,_1998. Black Sea Biological Diversity, Ukraine. Black Sea Environmental Series, Vol. 7, United Nations Publication, New York, 351 pp.

	List based on literature analysis
	List extracted from database
	List extracted from published paper, which is based on monitoring(scientific) research of scientist(s) and includes analysis of real collected data
	Personal list, based on monitoring(scientific research) of scientist (not published as article)
	Identification book

Last revision on 20-05-2013

@@ Line 1: / Line 1: @@
 {{Taxonomy
-| kingdom = Protoctista
+| kingdom = Protozoa
-| phylum = Discomitochondria
+| phylum = Euglenozoa
-| class = Euglenida
+| class = Euglenoidea
-| order = Euglenales
+| order = Euglenida
 | family =  Euglenaceae
 | genus = Euglena
@@ Line 12: / Line 11: @@
 | variety =
 | synonyms =
+| aphiaid = 163455
+}}
+{{Occurrence
+| bsref = Ivanov A.I., 1965
+| bg =
+| bgref =
+| ge =
+| geref =
+| ro = +
+| roref = Petranu A., 1997; Boicenco L. Updated list from Bodeanu N., 1987-88; Skolka V.H., Roban A., 1989; Bologa A. S., Skolka H. V., Frangopol P. T., 1984; Bodeanu N., 1987-1988
+| ru =
+| ruref =
+| tr =
+| trref =
+| ua = +
+| uaref = Zaitsev Y.P. & B.G. Alexandrov, 1998; Nesterova D.A., Terenko L.M., Terenko G.V., 2006 (NW); Ivanov A.I. 1959; Ivanov A.I. 1960;
+}}
+{{Volume
+| simple =
+| k =
+| complex =
+| helcom =
+| helcom_comm =
+| med =
+| hillebrand = half ellipsoid + cone on elliptic base
+| hillebrand_comm = the euglenoid algae are variable in shape and cross-section (Rott 1981). Most Euglena sp. are not round, but flattened in cross-section. Therefore the obtuse pole is calculated as a half ellipsoid, the acute pole as cone with an elliptical base (Siko-Goad et al 1977 propose a similar shape with a cylinder instead of a cone). The smaller and wider diameters have to be measured as well as the height of the cone and the length of the obtuse pole. Some Euglena sp. are so flat that they resemble a flat elliptic prism.
 }}
 {{SpeciesLists
 |  list1 = x
+|  list4 = x
+|  list8 = x
+|  source17 = x
+|  list27 = x
+|  list49 = x
+|  list86 = x
+|  list89 = x
+|  list92 = x
+|  list94 = x
 }}
 [[Category:Species]]
+[[Category:Checked]]