Valid Names Results
Dynaspidiotus Thiem & Gerneck, 1934 (
Diaspididae)
Nomenclatural History
- Dynaspidiotus
Thiem & Gerneck
1934a: 231.
Type species: Aspidiotus britannicus Newstead
by original designation
.
accepted valid name
- Nuculaspis
Ferris
1938a: 250.
Type species: Aspidiotus californicus Coleman
by original designation
.
junior synonym
(discovered by Danzig1993: 149)
- Ephedraspis
Borchsenius
1949c: 738.
Type species: Aspidiotus ephedrarum Lindinger
by monotypy and original designation
.
junior synonym
(discovered by Danzig1993: 149)
- Tsugaspidiotus
Takahashi & Takagi
1957: 52.
Type species: Aspidiotus tsugae Marlatt
by original designation
.
junior synonym
(discovered by Danzig1993: 149)
- Dinaspidiotus
Gómez-Menor Ortega
1957: 45;.
.
misspelling of genus name
Remarks
- Systematics: Danzig (1993) regarded Tsugaspidiotus Takahashi & Takagi (1957) as a subjective synonym of Dynaspidiotus Thiem & Gerneck. Takahashi & Takagi (1957) indicated the affinity of both genera, but distinguished Tsugaspidiotus from Dynaspidiotus in the large anus, the absence of plates outside the third lobe, and in the presence of distinct plates.
- Structure: Adult female pyriform, prosoma membranous or sclerotized; pygidium with a sclerotized pattern. Antennae situated fairly near mid-line, each bearing one seta and a sclerotized spur. Spiracles not associated with disc pores. Pygidium with 3 or 4 pairs of well-developed lobes; fourth lobes (L4) usually represented by sclerotized points. Lobes usually parallel with longitudinal axis, graduated in size, usually with lateral notches on outer or both margins. Small paraphyses arising from bases of median, second and third lobes (L1, L2 and L3). Plates each as long as or slightly longer than lobes, those between the lobes usually fringed; with 2 between median lobes (L1); plates absent from anterior to L4. Anus oval, usually longer than median lobe, situated at about 1/4 of length of pygidium from its apex; vulva situated slightly anterior to centre of pygidium. Dorsal macroducts usually fairly
long and quite slender; submarginal ducts usually arranged in poriferous furrows or intersegmental series between segments V–VIII on each side. Prepygidial marginal ducts present, often in marginal clusters on free abdominal segments. Perivulvar pores present in 4 or 5 groups. (Moghaddam & Watson, 2021)
- General Remarks: Definition and characters by Ferris (1938a), Borchsenius (1950b), Zahradník (1952), Balachowsky (1948b, 1958b), Takahashi & Takagi (1957), Bazarov and Shmelev (1971), Kosztarab & Kozár (1978) and by Danzig (1993).
Keys
- MoghadWa2021: pp.31-33
(
Adult (F)
)
[Genera of Diaspididae in Iran]
- SmithPEvDo2012: pp.4-Mar
(
Adult (F)
)
[Key to the Aspidiotinae (Diaspididae) genera similar to the genus Chrysomphalus]
- Gill1997: pp.24-26
(
Adult (F)
)
[Genera of California]
- Koszta1996: pp.406-407
(
Adult (F)
)
[Northeastern North America]
- Danzig1993: pp.150
(
Adult (F)
)
[species Europe]
- Zahrad1990b: pp.74
(
Adult (F)
)
[Czech Republic]
- Terezn1986: pp.83
(
Adult (F)
)
[Ukraine]
- Danzig1980b: pp.296
(
Adult (F)
)
[Far East of USSR]
- KosztaKo1978: pp.144-147
(
Adult (F)
)
[Hungary]
- Paik1978: pp.392
(
Adult (F)
)
[species South Korea]
- BazaroSh1971: pp.186
(
Adult (F)
)
[Central Asia]
- Komosi1969: pp.50
(
Adult (F)
)
[Abgrallaspis group]
- Danzig1964: pp.645
(
Adult (F)
)
[Europe]
- Zahrad1959a: pp.548
(
Adult (F)
)
[Czech Republic]
- Balach1958b: pp.228
(
Adult (F)
)
[Aspidiotina of Africa]
- Ezzat1958: pp.237-239
(
Adult (F)
)
[Egypt]
- TakahaTa1957: pp.102
(
Adult (F)
)
[species Japan]
- McKenz1956: pp.23
(
Adult (F)
)
[U.S.A.: California]
- Balach1951: pp.599
(
Adult (F)
)
[Mediterranean]
- Borchs1950b: pp.167
(
Adult (F)
)
[USSR]
- Ferris1942: pp.27, 28
(
Adult (F)
)
[North America]
- Ferris1942: pp.39
(
Adult (F)
)
[species North America]
Associated References
- Balach1948b:
description, taxonomy, pp. 325-326
- Balach1950b:
taxonomy, pp. 545
- Balach1951:
taxonomy, pp. 599
- Balach1956:
taxonomy, pp. 15
- Balach1958b:
description, taxonomy, pp. 162
- BazaroSh1971:
description, taxonomy, pp. 188-189
- BenDovGe2003:
catalog, pp. 467-469
- BlayGo1993:
description, taxonomy, pp. 445,450,456
- Borchs1949c:
description, taxonomy, pp. 738
- Borchs1949d:
description, taxonomy, pp. 236
- Borchs1950b:
description, taxonomy, pp. 167,215,216,218,220
- Borchs1966:
catalog, pp. 273,274,281,316
- Bustsh1958:
taxonomy, pp. 223
- Chou1985:
description, taxonomy, pp. 281-282
- Danzig1964:
taxonomy, pp. 651
- DanzigPe1998:
catalog, pp. 251,364
- Ezzat1958:
taxonomy, pp. 238
- Ferris1937c:
taxonomy, pp. 51,53,54,71
- Ferris1938a:
description, taxonomy, pp. 228,250
- Ferris1938b:
description, taxonomy, pp. 65,70,75
- Ferris1942:
taxonomy, pp. 446:27
- Gill1997:
taxonomy, pp. 135
- Gill1997:
taxonomy, pp. 204
- GomezM1957:
taxonomy, pp. 45
- Hadzib1983:
taxonomy, pp. 222
- Kaussa1954:
taxonomy, pp. 80
- Kawai1980:
taxonomy, pp. 223
- Koszta1996:
description, taxonomy, pp. 541
- KosztaKo1978:
description, distribution, host, taxonomy, pp. 156-157
- Kozar1990f:
distribution, pp. 143
- Lupo1948:
description, taxonomy, pp. 203
- McKenz1956:
taxonomy, pp. 23
- MoghadWa2021:
diagnosis, key, taxonomy, pp. 32, 114
- MorrisMo1966:
taxonomy, pp. 65,67,136,199
- NormarOkMo2019:
taxonomy, pp. 53
- Schmut1959:
description, taxonomy, pp. 48,59
- SmithPEvDo2012:
taxonomy, pp. 3-4
- TakahaTa1957:
description, taxonomy, pp. 102
- TangHaSh1991:
taxonomy, pp. 459-460
- Tao1999:
taxonomy, pp. 85
- ThiemGe1934a:
description, taxonomy, pp. 231
- Yasar1995a:
description, taxonomy, pp. 75
- Zahrad1952:
description, taxonomy, pp. 152
24 Species
