Valid Names Results
Acanthococcus aceris Signoret, 1875 (Eriococcidae: Acanthococcus)Nomenclatural History
- Acanthococcus aceris Signoret 1875b: 35-36. accepted valid name Notes: "No original material has been traced. The specimens from Austria, one of the type-localities, are from the Naturhistorisches Museum, Vienna, identified by F. Löw, and the specimens from Switzerland are from the collection of P. Marchal. There seems to be no doubt about the identity of the species now recognized as such by many modern workers." (Williams, 1985h) Matile-Ferrero & Danzig visited the Naturhistorisches Museum, Vienna in June of 1997 and were unable to locate any type material of this species.
- Eriococcus aceris (Signoret, 1875); Cockerell 1896b: 323. change of combination
- Nidularia aceris (Signoret, 1875); Lindinger 1933a: 108. change of combination
- Eriococcus aceris (Signoret, 1875); Miller & Gimpel 2000: 113. revived combination (previously published)
- Acanthococcus aceris Signoret, 1875; Kozár & Konczné Benedicty 2008. revived combination (previously published)
- Acanthococcus melnikensis; Gavrilov-Zimin 2010: 38. incorrect synonymy (discovered by KozarKaKo2013, 83).
Common Names
- maple felt scale KosztaKo1988F
Ecological Associates
Hosts:
Families: 10 | Genera: 13
- Asteraceae
- Galatella villosa | Willia1985h
- Betulaceae
- Carpinus betulus | Hoy1963 KozarGuBa1994
- Elaeagnaceae
- Elaeagnus angustifolia | Hoy1963
- Fagaceae
- Fagus sylvatica | Hoy1963
- Quercus | UlgentDo2019
- Quercus coccifera | SpodekBeMe2014 | (= Quercus calliprinos)
- Quercus ithaburensis | SpodekBeMe2014
- Quercus pubescens | MarottTr1990
- Quercus robur | Hoy1963
- Myrtaceae
- Myrtus communis | KozarKaKo2013
- Platanaceae
- Platanus orientalis | Hoy1963 UlgentDo2019
- Rosaceae
- Malus | Kohler1998
- Pyrus | Kohler1998
- Salicaceae
- Salix caprea | Hoy1963
- Sapindaceae
- Acer | JaposhBaKi2020
- Acer campestre | KozarKaKo2013
- Acer circinatum | KozarKaKo2013 | (=Acer cinereus)
- Acer platanoides | Willia1985h
- Acer pseudoplatanus | Cocker1897m
- Aesculus hippocastanum | Willia1985h
- Ulmaceae
- Ulmus glabra | Willia1985h | (= Ulmus campestris)
- Ulmus laevis | Hoy1963
Foes:
Families: 5 | Genera: 9
- Aphelinidae
- Coccophagus lycimnia | KosztaKo1988F
- Coccinellidae
- Exochomus quadripustulatus | KosztaKo1988F
- Encyrtidae
- Anagyrus schoenherri | KosztaKo1988F
- Arrhenophagus chionaspidis | KosztaKo1988F
- Microterys trjapitzini | KosztaKo1988F
- Syrphophagus lineola | KosztaKo1988F | (= Microterys lineola)
- Zaomma eriococci | KosztaKo1988F
- Zaomma lambinus | JaposhCe2010
- Pteromalidae
- Pachyneuron muscarum | KosztaKo1988F | (= Pachyneuron concolor)
- Trombidiidae
- Allothrombium fuliginosum | KosztaKo1988F
Associates:
Families: 2 | Genera: 2
- Burkholderiaceae
- Burkholderia | MichalSzKa2019
- Formicidae
- Formicidae | KosztaKo1988F
Geographic Distribution
Countries: 24
- Austria | GavrilKu2019 Hoy1963
- Bulgaria | GavrilKu2019 HodgsoTr2008 KosztaKo1988F Tsalev1968
- Croatia | MastenSi2008
- Cyprus | KozarKaKo2013
- Czechoslovakia | KosztaKo1988F
- France | Foldi2001 Hoy1963
- Georgia (Republic of) | BatsanKaKi2017 GavrilKu2019
- Germany | GavrilKu2019 Hoy1963 SchmutHo2016
- Hungary | Hoy1963
- Iran | Moghad2018b
- Iraq | Hoy1963
- Israel | SpodekBeMe2014
- Italy | MarottTr1990
- Moldova | KozarKaKo2013
- Netherlands | Hoy1963 Jansen2001
- Poland | GavrilKu2019 KosztaKo1988F SimonKa2011
- Romania | Kozar1985 Rogoja1966
- Russia | GavrilKu2019
- Stavrapol Oblast | Danzig1985
- Slovenia | KozarKaKo2013
- Switzerland | Hoy1963
- Turkey | KaydanKo2008 UlgentKaKo2013
- Turkmenistan | Hoy1963
- Ukraine | Hoy1963
- Krym (=Crimea) Oblast | Hoy1963
- Yugoslavia | Kozar1983a
Keys
- GavrilKu2019: pp.223 ( Adult (F) ) [Eriococcidae on Salix]
- KozarKaKo2013: pp.75-77 ( Adult (F) ) [Key to species of Acanthococcus]
- HodgsoTr2008: pp.36-37 ( Adult (F) ) [Key for separation of adult female Eriococcidae on Qurcus sp. in western Palaearctic] Key as: Eriococcus aceris
- TangHa1995: pp.449, 646 ( Adult (F) ) [Eriococcus species] Key as: Eriococcus aceris
- KosztaKo1988F: pp.277 ( Adult (F) ) [Acanthococcus species of central Europe] Key as: Eriococcus aceris
- TranfaEs1985: pp.116 ( Adult (F) ) [Eriococcus species of Italy] Key as: Eriococcus aceris
- Terezn1982: pp.35 ( Adult (F) ) [Acanthococcus species]
- Danzig1971d: pp.821 ( Adult (F) ) [Key to species of family Eriococcidae] Key as: Eriococcus aceris
- Danzig1964: pp.632 ( Adult (F) ) [Acanthococcus species of USSR] Key as: Eriococcus aceris
- Borchs1938: pp.135 ( Adult (F) ) [Species of the Far Eastern USSR] Key as: Eriococcus aceris
Remarks
- Systematics: Slide-mounted adult female with: dorsal setae abundant over dorsum; microtubular ducts bifid; frontal lobes slightly smaller than first antennal segment; anal lobes with medial teeth and 3 dorsal enlarged setae (Williams, 1985h). According to Hodgson & Trencheva (2008), the first-instar nymph of A. aceris is easily separable from that of A. melnikensis and A. roboris because all of the dorsal spinose setae forming the double mid-line are sharply pointed and subequal in size. Those of A. melnikensis and A. roboris are basically of two sizes, those on abdominal segments II-V being small to minute; and all spines are truncate rather than sharply pointed. In addition, the 1st instar nymph of A. aceris lacks spinose seta submedially on the head, whereas one is present on each side of A. melnikensis and A. roboris. Gavrilov, 2010, stated that it is not known if the differences between larvae from different localities different host plants, etc are likely to be significant. However, he stated that a comparison of adults of A. melnikensis and adults of A. aceris in a collection in St. Petersburg from different locations, suggested that these two species appeared to be identical and he considered A. melnikensis a new junior synomym of A. aceris. However, Spodek, et al., 2014, compared specimens of A. melnikensis from Israel and A. aceris from Greece and Hungary and concluded that they were different species. Adult female A. aceris differ from those of A. roboris in having (character traits of A. roboris in brackets): (i) all measurements rather smaller; (ii) few or no small macrotubular ducts ventrally on abdominal segment VII (8-12): (iii) fewer than 10 small macrotubular ducts present across abdominal segment VI-II (mainly more than 15 and sometimes over 30 across some segments); (iv) segment III of the antennae without setae (setae apparently always present on segment III on A. roboris). (Hodgson & Trencheva, 2008) The 2nd-instar male is immediately separable from the 2nd-instar female by the presence of macrotubular ducts. It differs from the 2nd-instar male of E. roboris in being rather smaller, in having fewer cruciform pores, in the shape of the median plate, and in geneally having small submedial truncate dorsal setae only on abdominal segments VI and VII (rather than II-VII). (Hodgson & Trencheva, 2008)
- Structure: Ovisac compact, gray. Adult female oval, chestnut colored, covered with white wax powder (Kosztarab & Kozár, 1988).
- Biology: Species overwinters as second instar. Adults develop by the first half of April and complete egg laying by the end of May. 82-378 red eggs are laid per female. Eggs hatch in about 30-35 days. First instars feed on leaves, and return to bark for overwintering in September and October. In Hungary, all eggs hatched by mid June. Also has been found at altitudes of up to 1,500 m in elevation. The species has also been observed with ants feeding on the honeydew (Kosztarab & Kozár, 1988).
- Economic Importance: This species is rarely a pest in urban situations (Kosztarab & Kozár, 1988).
- General Remarks: Detailed description and illustration by Williams (1985h)Gavrilov-Zimin & Kurochkin (2019).. According to Borchsenius (1934) the species does not occur in middle Asia as recorded by Archangelskaya (1923). Detailed description and illustrations in Hodgson & Trencheva (2008).
Illustrations
Citations
- AbdulWNo1978: chemical control, description, distribution, host, illustration, life history, 57-61
- Archan1923: distribution, host, 261
- Balach1937c: distribution, host, life history, 5
- BalasSa1982: distribution, host, life history, 398-399
- BarbagBiBo1995: distribution, 42
- BarethVa1976: taxonomy, 211
- BatsanKaKi2017: distribution, host, 253
- Bodenh1935: taxonomy, 271
- BognarVi1979: distribution, host, 16
- Borchs1934: distribution, host, taxonomy, 13
- Borchs1936: distribution, host, 111
- Borchs1937: distribution, illustration, 59
- Borchs1937a: distribution, host, 173, 181,184,186-187
- Borchs1938: behavior, distribution, host, taxonomy, 131, 135, 137
- Borchs1948: taxonomy, 501
- Borchs1949: description, distribution, host, taxonomy, 48-50, 52, 333, 347
- Borchs1950b: distribution, taxonomy, 121
- Borchs1960a: taxonomy, 195
- Borchs1963a: distribution, host, 161, 163, 164
- Borchs1973: host, 164
- BugajNJuKa2021: distribution, host, list, 301
- Cocker1896b: taxonomy, 323
- CookGu2001: taxonomy, 60
- Danzig1964: taxonomy, 632
- Danzig1971d: taxonomy, 821
- Danzig1975a: taxonomy, 44
- Danzig1977b: distribution, host, taxonomy, 50
- Danzig1980b: taxonomy, 3, 75, 205, 207
- Danzig1985: taxonomy, 111
- Dziedz1970: distribution, host, taxonomy, 25
- Dziedz1977: structure, 59
- Dziedz1988: host, taxonomy, 94
- Fernal1903b: taxonomy, 70
- FetykoKoDa2010: distribution, 295
- Foldi2001: distribution, economic importance, 305, 307
- FoldiGe2018: distribution, 10
- Gavril2010: description, taxonomy, 38-39
- GavrilKu2019: description, distribution, illustration, key, taxonomy, 212
- Goot1912: host, taxonomy, 290
- Goux1931: distribution, host, taxonomy, 332
- Goux1931a: distribution, host, 60, 63
- Goux1936a: taxonomy, 346
- Goux1938: taxonomy, 457
- Goux1943b: distribution, life history, 128
- Green1922: taxonomy, 351
- GullanCo2001: taxonomy, 95
- GwiazdVaDe2006: phylogenetics, 16
- Hadzib1983: distribution, host, taxonomy, 269
- Hellri2004: distribution, host, 84
- HertinSi1972: biological control, 131
- HodgsoHa2013: phylogeny, taxonomy, 797
- HodgsoHe1996: taxonomy, 192
- HodgsoMi2010: description, illustration, taxonomy, 7-9
- HodgsoTr2008: description, distribution, host, illustration, taxonomy, 12-31
- Hoy1963: catalog, distribution, host, taxonomy, 66-67
- ICZN1982: taxonomy, 95
- Jaap1914: taxonomy, 136
- Jansen2001: distribution, 200
- JaposhBaKi2020: distribution, host, 62
- JaposhCe2010: 134
- Kaweck1936a: distribution, host, 320
- Kaweck1957: distribution, host, 198
- Kaweck1985: distribution, host, taxonomy, 27-28
- Kiritc1928: distribution, host, 112
- Kiritc1931: distribution, host, taxonomy, 312
- Kohler1998: catalog, distribution, host, taxonomy, 372
- KondoHaCo2006: host, phylogeny, 23
- KondoWa2022a: distribution, host, list, 20
- Koszta1956a: distribution, host, 395
- Koszta1959: biological control, distribution, host, 402
- KosztaKo1978: taxonomy, 65
- KosztaKo1988F: biological control, description, distribution, host, illustration, life history, taxonomy, 278-279
- Koteja1974: taxonomy, 296
- Koteja1974b: distribution, structure, taxonomy, 76
- Koteja1976: structure, 272
- Koteja1983a: distribution, host, 675
- Koteja1988d: taxonomy, 534
- Koteja2000a: distribution, 172
- Koteja2000d: distribution, 242
- KotejaLi1976: structure, 666
- KotejaZa1966: distribution, host, 319
- KotejaZa1969: distribution, 354
- KotejaZa1979: distribution, host, 674
- KotejaZa1981: taxonomy, 512, 513
- KotejaZa1983: distribution, host, 476
- Kozar1980: distribution, host, 67
- Kozar1983a: distribution, host, taxonomy, 142
- Kozar1985: distribution, 202
- Kozar1991: taxonomy, 81
- Kozar1999a: distribution, host, 139
- Kozar2009: distribution, taxonomy, 93
- Kozar2009a: distribution, 582
- KozarDr1991: distribution, host, 362
- KozarGuBa1994: distribution, host, 153
- KozarKaKo2013: description, distribution, host, illustration, structure, taxonomy, 82-86
- KozarKiSa2004: distribution, 59
- KozarKo1982: distribution, host, taxonomy, 204
- KozarKo2002b: distribution, 375
- KozarOrKo1977: distribution, host, taxonomy, 71
- KozarSu1979: biological control, distribution, 234
- KozarSzFe2013: distribution, list of species, 83, 96, 112, 131, 148, 168, 187
- KozarWa1985: catalog, distribution, 73
- KozarzVl1981: host, 16, 20, 23
- KozarzVl1982: distribution, host, 188
- Lagows1998a: ecology, 65
- LagowsGo2020: distribution, 69
- Lichte1882: description, taxonomy, 58
- Lichte1882f: host, 329
- Lindin1910: taxonomy, 192
- Lindin1911: taxonomy, 357
- Lindin1912b: host, taxonomy, 54
- Lindin1923: taxonomy, 146
- Lindin1930: distribution, host, taxonomy, 102
- Lindin1933a: taxonomy, 108
- Lindin1935: taxonomy, 134
- Lindin1938: distribution, taxonomy, 5
- LongoMaPe1995: distribution, 121
- LongoRuMa1991: distribution, host, 184
- Low1882: description, distribution, host, taxonomy, 81-85
- Low1883: taxonomy, 7
- Marcha1908: description, distribution, host, illustration, taxonomy, 251-253
- MarottTr1990: distribution, host, 109
- MarottTr2001: illustration, taxonomy, 134, 135
- MastenSi2008: catalog, distribution, host, 105-119
- MichalBaSz2023: symbiont,
- Miller1991: taxonomy, 333
- MillerGi2000: biological control, catalog, description, distribution, economic importance, host, taxonomy, 113-115
- MillerWi1976: taxonomy, 121
- Moghad2018b: distribution,
- NastChKl1990: distribution, taxonomy, 120
- OuvrarKo2009: host, phylogeny, taxonomy, 101-115
- Panis1981: distribution, 6
- PellizChMi2015: distribution, 67
- PellizKo2011: distribution, 66
- Pierce1917: distribution, economic importance, host, 39, 147, 153
- Pierre1928: distribution, host, 5, 7
- Reyne1964: taxonomy, 11
- RipkaReKo1996: distribution, host, 8
- Rogoja1966: distribution, host, 324
- Schmut1952: description, distribution, host, taxonomy, 378, 406
- Schmut1955: taxonomy, 159
- Schmut1980: taxonomy, 50
- SchmutHo2016: distribution, host, illustration, 48, 83, 88
- Signor1875b: description, distribution, host, taxonomy, 35-36
- SimonKa2011: distribution, 237
- SpodekBeMe2014: distribution, host, illustration, 106, 115
- StoetzMi1979: catalog, taxonomy, 4
- TangHa1995: description, distribution, host, taxonomy, 454-455, 449, 646
- Teodor2018: distribution, history, 43
- TerGri1962: distribution, host, taxonomy, 131, 152, 156
- TerGri1969a: distribution, taxonomy, 78, 79
- TerGri1983: taxonomy, 879
- Terezn1959b: distribution, 448
- Terezn1959d: taxonomy, 93
- Terezn1960a: distribution, host, life history, 537-538
- Terezn1963: distribution, host, 187
- Terezn1966: distribution, host, taxonomy, 25
- Terezn1967a: distribution, 474
- Terezn1968b: distribution, 49
- Terezn1968c: distribution, taxonomy, 49
- Terezn1970: distribution, host, taxonomy, 45
- Terezn1975: taxonomy, 29
- Terezn1981: biological control, distribution, 15-17
- Terezn1982: distribution, taxonomy, 35
- TranfaEs1985: description, distribution, host, illustration, taxonomy, 116-118
- TranfaMa1988: host, taxonomy, 609
- TranfaPeMa1985: distribution, host, 123
- TrenchTo2014: distribution, 66, 67
- Tsalev1968: distribution, host, taxonomy, 207
- UlgentDo2019: distribution, host, 485
- UlgentErYa2022: distribution, host, S115
- UlgentKaKo2013: distribution, host, 28
- Willia1985h: description, distribution, host, illustration, taxonomy, 358-359
- Willia2017a: catalog, list of species, 235
- Wunn1925: distribution, host, 123
- Wunn1925b: description, distribution, host, taxonomy, 285
- Wunn1925c: distribution, host, 436
- Wunn1926: distribution, host, 48
- Zahrad1959a: taxonomy, 540
- Zahrad1972: biological control, distribution, host, taxonomy, 401
- Zahrad1977: taxonomy, 121
- ZahradRo1995: distribution, 205
- ZakOgaKo1964: distribution, host, life history, taxonomy, 419, 425, 434, 435
