Systematic relationships of Propelops, with a modification of family-group taxa in Phenopelopoidea (Acari: Oribatida)

1986 ◽  
Vol 64 (10) ◽  
pp. 2370-2383 ◽  
Author(s):  
Roy A. Norton ◽  
Valerie M. Behan-Pelletier

Relationships of the oribatid mite genus Propelops, whose members are common in the litter of North American coniferous forests, are assessed using the principles of phylogenetic systematics; characters of both adults and newly discovered immatures are analyzed. The closest relatives of Propelops are among the Phenopelopidae (despite the lack of specialized mouthparts previously used to characterize the family) rather than the Ceratozetidae, as commonly suggested. A new phenopelopid subfamily, Propelopinae, is proposed to include Propelops. The phenopelopid genus Tectopelops Jacot, 1929 is considered a junior subjective synonym of Eupelops Ewing, 1917. Unduloribatidae, most commonly included among the Oribatelloidea, is transferred to the Phenopelopoidea, and new diagnoses are presented for all phenopelopoid family-group taxa.

Zootaxa ◽  
2021 ◽  
Vol 5021 (1) ◽  
pp. 1-65
Author(s):  
ROY A. NORTON ◽  
SERGEY G. ERMILOV

Early American acarologists proposed several species that have been recombined to the oribatid mite genus Epidamaeus (Damaeidae), but none has been redescribed to modern standards. These include E. puritanicus (Banks, 1906), E. michaeli (Ewing, 1909), E. globifer (Ewing, 1913), E. florida (Wilson, 1936), E. olitor (Jacot, 1937), and E. craigheadi (Jacot, 1939). We redescribe and illustrate these species, based on available type specimens and other material in various collections, and give an indication of their overall distributions. Juvenile instars are at least partly described for all except E. florida and E. olitor. Since these six collectively include the most encountered Epidamaeus species in the eastern USA, a diagnostic key is presented that also includes E. arcticola (Hammer, 1952), which is reliably recorded from eastern North America (New Hampshire) for the first time. A neotype is selected for E. michaeli, which is considered a senior subjective synonym of E. canadensis (Banks, 1909) [new syn.]. Synonymy of E. puritanicus with E. grandjeani (Bulanova-Zachvatkina, 1957) is rejected.  


2004 ◽  
Vol 136 (6) ◽  
pp. 793-821 ◽  
Author(s):  
Jun Chen ◽  
Roy A. Norton ◽  
Valerie M. Behan-Pelletier ◽  
Hui-Fu Wang

AbstractMorphology, distribution, and habitat data are presented for three species of the oribatid mite genus Gymnodampia Jacot occurring in North America. A revised generic diagnosis is given and the type species Gymnodampia setata (Berlese) is redescribed based on topotypic material from Missouri. Immatures of G. setata are described and aspects of their biology are presented. Two new species from North America, G. jacotisp. nov. and G. lindquistisp. nov., are proposed and described on the basis of adults, and a key is given for North American species of Gymnodampia. The ameroid genera Cristamerus Hammer, from Pakistan and China, and Defectamerus Aoki, from Japan, Korea, and China, are considered junior synonyms of Gymnodampia, and G. conformis (Fujikawa) is considered a junior synonym of G. fusca (Fujikawa). Immatures of G. setata are apheredermous, but with a circular line of dehiscence, whereas known immatures of the superfamily Ameroidea are eupheredermous. Nonetheless, without convincing apomorphic traits linking Gymnodampia to any known apheredermous family of Brachypylina, we hypothesize that Gymnodampia has lost the eupheredermy characteristic of Ameroidea, and we place it in the family Ameridae on the basis of adult similarities.


Zootaxa ◽  
2007 ◽  
Vol 1629 (1) ◽  
pp. 51-55 ◽  
Author(s):  
JUAN M. NIETO NAFRÍA ◽  
NICOLÁS PÉREZ HIDALGO ◽  
M. PILAR MIER DURANTE

In the context of the preparation of Part of the List of Available Names of the family group taxa of the superfamily Aphidoidea for submission to the International Commission on Zoological Nomenclature new synonyms have been detected and several nomenclatural problems have been clarified. Three new objective synonymies are established: Drepanosiphoninae Börner, 1944 syn. nov. of Drepanosiphinae Herrich-Schaeffer, 1857, Macrosiphonini Börner, 1952 syn. nov. of Macrosiphini Wilson, 1910 and Trichosiphonini Börner & Heinze, 1957 syn. nov. of Trichosiphini Wilson, 1910. A subjective synonymy is established: Asiphonaphidina Börner, 1952 syn. nov. of Rhopalosiphina Mordvilko, 1914. Dasiina van der Goot, 1918 is an objective invalid name, and it must be replaced, if is necessary by Baizongiina Börner, 1944(1914). Nomenclatural status affecting the names Tetraneuriden, Tycheinae, Pteroclorini and Macrosiphini are clarified: Tetraneuriden is an available name, it is a valid name in some classifications but a junior subjective synonym in others; Tycheinae is an available name but it is a nomen dubium; Pteroclorini is an available but objective invalid name; and Macrosiphini Wilson, 1910(1887) takes the date of Nectarophorini Oestlund, 1887. Also the authorship and date of nomenclatural acts in the chapter on Aphids in the Handbuch der Pflanzenkrankheiten, 1932, are clarified.


1994 ◽  
Vol 126 (6) ◽  
pp. 1301-1361 ◽  
Author(s):  
Valerie M. Behan-Pelletier

AbstractMorphology, distribution, and habitat data are presented for the known species of the oribatid mite genus Mycobates of America, north of Mexico. A revised generic diagnosis is given, and 11 new species are proposed and described on the basis of adults: M. altus, M. azaleos, M. beringianus, M. brevilamellatus, M. dryas, M. exigualis, M. hammerae, M. hylaeus, M. occidentalis, M. perates, and M. yukonensis. Three species proposed by Marie Hammer are redescribed, M. conitus, M. incurvatus, and M. punctatus, and a lectotype is designated for M. punctatus. Mycobates consimilis Hammer is considered a junior subjective synonym of M. sarekensis Trägårdh. Distribution maps are presented for these species and a diagnostic key is given to adults of species of Mycobates recorded from America, north of Mexico. Mycobates is species rich in dry arctic, subarctic, and alpine microhabitats of the Nearctic, Palearctic, and Neotropical regions. At temperate latitudes species often are arboreal, associated with moss and lichens on tree trunks.


Zootaxa ◽  
2010 ◽  
Vol 2666 (1) ◽  
pp. 45 ◽  
Author(s):  
EKATERINA A. SIDORCHUK ◽  
ROY A. NORTON

The monotypic oribatid mite genus Scutoribates Sellnick, 1918 has been based only on fossil specimens of the type species—S. perornatus Sellnick, 1918—from Baltic amber. The type specimen is lost, and the genus has been assumed to be a junior subjective synonym of Eremaeozetes (Eremaeozetidae). Herein, we redescribe S. perornatus based on stereoand compound-microscopy of embedded fossils at magnifications up to 1000X, and both direct observation and electron microscopy of removed cuticular fragments. Specimens included 52 non-type adult fossils from Eocene (Baltic and Rovno) amber, several of which had been studied and identified by Sellnick. One of the latter, housed in the Kaliningrad Museum of Amber (KMA; № 197-07), is designated neotype. A presumed tritonymph is also described. While Scutoribates and Eremaeozetes share certain aspects of facies, the genera are clearly not synonyms. Rather, Scutoribates is a senior subjective synonym of two monotypic extant genera currently included in different families: Kunstella Krivolutsky, 1974 in Oribatellidae and Koreoribates Choi, 1994 in Unduloribatidae (new synonymies). We show that Unduloribatidae is the appropriate family and list characters that distinguish the three known species of Scutoribates: S. perornatus Sellnick, S. foliatus (Choi) n. comb. and S. foveolatus (Krivolutsky) n. comb. The transfer of Scutoribates from Eremaeozetidae removes the only presumed tropical element from the oribatid fauna of Baltic amber. We also designate a neotype (№197-24 in the KMA) for the amber fossil species Tectoribates parvus Sellnick 1931; however, the currently used combination of Unduloribates parvus needs confirmation.


1989 ◽  
Vol 20 (3) ◽  
pp. 287-316 ◽  
Author(s):  
Anders N. Nilsson ◽  
Robert E. Roughley ◽  
Michel Brancucci

AbstractAll available genus- and family-group names of the adephagan family Dytiscidae Leach published before 31 December 1988 are listed. Names proposed for fossil taxa are listed separately. Given for each genus-group name are: original citation, type species with fixation, and current status. Incorrect spellings, invalid type designations etc. are noted. Each family-group name is presented with its original citation, spelling and status, together with its type genus and current status. Type species are designated for: Graphothorax Motschulsky, 1853, Hydrocoptus Motschulsky, 1853, Scutopterus Dejean, 1833, Scytodytes Seidlitz, 1887, Trochalus Dejean, 1833, and Xanthodytes Seidlitz, 1887. The names of the subgenera of Cybister Curtis, 1827, are revised. As previous type fixations for Hydrocoptus Motschulsky, 1853, are invalid the noterid genus Hydrocoptus sensu Sharp, 1882, takes the name Neohydrocoptus Satô, 1972. The subgenus Vathydrus Guignot, 1954, is a junior subjective synonym of Hydrovatus (s.str.) as the type species of the genus is Hyphydrus cuspidatus Kunze, 1818. Scutopterus Dejean, 1833, is a senior subjective synonym of Meladema Laporte, 1835, that should be suppressed because it is not in use. This is also true for Leucorea Laporte, 1835, an unused senior objective synonym of Vatellus Aubé, 1837. To support stability we suggest that Thermonetus should be considered an invalid original spelling of Thermonectus Dejean, 1833.


Zootaxa ◽  
2009 ◽  
Vol 2183 (1) ◽  
pp. 1-99 ◽  
Author(s):  
RONY HUYS

Type fixation for each of the 601 valid genera (17 placed incertae sedis) and 13 genera of doubtful identity (genera inquirenda) in the Harpacticoida (Crustacea, Copepoda) has been verified. Twenty-four genus-group names published after 1930 lack the mandatory type fixation and are therefore unavailable. With the exception of Kliopsyllus Kunz, 1962 which is replaced by its senior synonym Emertonia Wilson, 1932, such names are made available here by either attributing the original name to the first author(s) who explicitly fixed a type species (Psammastacus Nicholls, 1935; Alteuthellopsis Lang, 1944; Idyellopsis Lang, 1944; Paralaophonte Lang, 1944; Robertgurneya Lang, 1944; Cladorostrata Shen & Tai, 1963; Micropsammis Mielke, 1975; and the subgenera Rheocamptus Borutzky, 1948 and Scottopsyllus Kunz, 1962;) or by adopting the name taking the present authorship and date (Paranannopus Lang, 1936a; Paraidya Sewell, 1940; Apodopsyllus Kunz, 1962; Scottolana Por, 1967; Barbaracletodes Becker, 1979; Ameiropsyllus Bodin, 1979; Chilaophonte Mielke, 1985; Psammonitocrella Rouch, 1992; Tectacingulum Harris, 1994; and the subgenera Intermedopsyllus Kunz, 1962 (corrected spelling Intermediopsyllus) and Fiersiella Suárez Morales & Iliffe, 2005). In two cases a ruling by the International Commission on Zoological Nomenclature will be required to avoid upsetting a long-accepted name in its accustomed meaning (Halectinosoma Lang, 1944; Heterolaophonte Lang, 1944). The recently proposed generic name Pilocamptus Wells, 2007 does not satisfy the provisions of ICZN Art. 13.1 and is here made available by explicit citation of a bibliographic reference that provides a diagnosis purported to differentiate the taxon. Rhizothrix Brady & Robertson, 1876 is an unavailable name which was first made available by Sars (1909a). The unavailable generic name Scottopsyllus Kunz, 1962 has no potentially valid synonym and is replaced by the next oldest available name from among its subgenera, i.e. Wellsopsyllus Kunz, 1981 (ICZN Art. 23.3.5). The unavailable subgeneric name Psyllocamptus (Langpsyllocamptus) Kunz, 1975b is not reinstated because it denotes a taxon that is based exclusively on plesiomorphies. New replacement names have been proposed for preoccupied generic names in the harpacticoid families Canthocamptidae (Poria Lang, 1965; Dahlakia Por, 1986a), Dactylopusiidae (Sewellia Lang, 1965), and Leptopontiidae (Ichnusella Cottarelli, 1971). The preoccupied generic name Anoplosoma Sars, 1911c (family Ameiridae) is replaced by a previously proposed, but subsequently forgotten, replacement name, Anoplosomella Strand, 1929. Nomina nova are also suggested for Parathalassius Dussart, 1986 (Calanoida: Centropagidae) and Berea Yamaguti, 1963 (Cyclopoida: Chondracanthidae) which have entered into homonymy with previously established names. The junior synonym Alteutha Baird, 1846b is considered valid, taking precedence as a nomen protectum over the older names Sterope Goodsir, 1845 and Carillus Goodsir, 1845 (nomina oblita). Similar reversal of precedence applies to the family-group names Peltidiidae Claus, 1860 and Tisbidae Stebbing, 1910 which are junior subjective synonyms of Steropinae Dana, 1854 and Scutellidiinae Claus, 1889, respectively. Since the type of Idomene Philippi, 1843 is identified as a member of the Clausidiidae (Cyclopoida), the generic name Xouthous Thomson, 1883 is reinstated to accommodate all remaining species currently placed in Idomene. The forgotten copepod genus Microchelonia Brady, 1918 is placed in the family Laophontidae and considered a senior subjective synonym of Namakosiramia Ho & Perkins, 1977. The family-group name Pontostratiotidae A. Scott, 1909 (type: Pontostratiotes Brady, 1883) is a senior subjective synonym of Cerviniopseinae Brotskaya, 1963 (type: Cerviniopsis Sars, 1903) and the former is consequently reinstated at the subfamilial level. The family-group name Huntemanniidae Por, 1986a (type: Huntemannia Poppe, 1884) is a junior subjective synonym of Nannopinae Brady, 1880a (type: Nannopus Brady, 1880a) and the latter is reinstated as the valid name at family rank and with the spelling corrected to Nannopodidae. The family-name Paranannopinae Por, 1986a is a nomen nudum based on an unavailable generic name and is replaced by Danielsseniinae Huys & Gee in Huys et al., 1996. Four orphaned taxonomic groupings created by the removal of the type species – but not of the remaining species included in a genus – require an existing (previously invalid) or new generic name. Amphiascus Sars, 1905a is a senior objective synonym of Paramphiascopsis Lang, 1944 and must be restricted to the species currently included in the latter; a new genus Sarsamphiascus (type: Dactylopus minutus Claus, 1863) is proposed to receive all remaining Amphiascus species. The new generic names Monardius gen. nov. and Glabrotelson gen. nov. are proposed for the orphaned taxonomic groupings resulting from the removal of the types of Teissierella Monard, 1935a to Robertsonia Brady, 1880a, and of Hastigerella Nicholls, 1935 to Arenosetella Wilson, 1932, respectively. Leptomesochra Sars, 1911b is a senior subjective synonym of Interleptomesochra Lang, 1965 and must be restricted to the latter’s taxonomic concept; the previously unavailable generic name Leptameira Lang, 1936d is reinstated under the present authorship and date to assemble all remaining Leptomesochra species.


Zootaxa ◽  
2017 ◽  
Vol 4306 (3) ◽  
pp. 370
Author(s):  
LADISLAV MIKO ◽  
SERGEY G. ERMILOV

A new oribatid mite genus, Tamdamaeus gen. nov., with its type species, Tamdamaeus staryi sp. nov., belonging to the family Damaeidae, is proposed and described from leaf litter and soil from Tam Dao National Park (Northern Vietnam). It is close to the genus Damaeus C.L. Koch, 1835, but differs from the latter by the absence of spinae adnatae on the notogaster and by specific leg setation with 6 setae on femora II and IV. The position of the new taxa within related genera and species is discussed. 


Author(s):  
Sergey G. Ermilov ◽  
Jochen Martens

A new species of oribatid mites of the family Cepheidae (Oribatida)—Tritegeus janosbaloghi sp. nov.—is described based on adults from soil-litter in Nepalese forest. The generic diagnosis of Tritegeus is updated. An identification key and data on distribution of known species of Tritegeus are provided.


2021 ◽  
Vol 26 (3) ◽  
pp. 624-640
Author(s):  
Badamdorj Bayartogtokh ◽  
Sergey G. Ermilov

The oribatid mite family Hungarobelbidae is widely distributed in the northern hemisphere, but has been represented by only two genera and eight known species. Herein, we propose a remarkable new species, Hungarobelba nortonroyi sp. nov. based on adults from western USA, exhibiting curious mixtures of character states of both genera of this family, Costeremus and Hungarobelba. Based on available data, we assess current views of the family-level classification of Costeremus rejecting its placement in Damaeolidae, and a close relationship is suggested between Costeremus and Hungarobelba. Also, recent transfer of the damaeid genus Tokukobelba to Hungarobelbidae is reversed, as there are no synapomorphies linking the latter two taxa. Furthermore, a brief note on habitat ecology and biogeography of hitherto know species is given, and a key for the identification of adults of the known genera and species of Hungarobelbidae in the world, is provided.


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