Life cycle of maple-tree aphid Stomaphis graffii Cholodkovsky, 1894 (Hemiptera, Aphididae)

in Animal Biology
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Aphids tend to alter their life cycle and habitat range under the influence of changes in climatic conditions, which is especially relevant given that such species are often agricultural pests. Aphids of the genus Stomaphis are remarkable for their large body size, but due to their discreet feeding positions, knowledge of their biology remains fragmentary. Observations conducted during a period of two years were used to infer the life-cycle of Stomaphis graffii Cholod., an abundant species in parks and forest-stands in southern Poland. Observations indicate the occurrence of the first generation as early as at the end of April and the generation of alate females throughout July and August. Sexual generation occurs in late August and oviposition takes place from the end of September through to October. At the turn of October and November, apart from oviparous females, some larvae are still present in colonies. Meteorological data provided for the period of hatching of first larvae indicates correlation of this phenomenon with the phenology of the host plant rather than directly with the weather. Presented data are further compared with the biology of other representatives of the genus Stomaphis with reference to their habitat requirements.

Life cycle of maple-tree aphid Stomaphis graffii Cholodkovsky, 1894 (Hemiptera, Aphididae)

in Animal Biology

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References

BasilovaJ.RakauskasR. (2012) The first record of aphid Melanaphis pyraria (Passerini) in Lithuania. Agriculture99209-212.

BinazziA.PennacchioF. (2002) On the biology and ecology of Stomaphis acquerinoi Bnz. From Tuscany (I) (Aphididae, Lcahninae). Redia75205-212.

BlackmanR.L.EastopV.F. (1994) Aphids on the World’s Trees. An Identification and Information Guide. Natural History MuseumLondon (online version at: www.aphidsonworldsplants.info).

CzechowskiW.RadchenkoA.CzechowskaW. (2002) The Ants of Poland. Museum and Institute of Zoology PASWarsaw.

CzylokA.BlackmanR.L. (1991) A new species of Stomaphis Walker (Homoptera: Aphididae) from Czechoslovakia. J. Nat. Hist.25665-669.

DepaŁ. (2012) Abundance of Stomaphis graffii Cholod. (Hemiptera) on maple trees in Poland. Cent. Eur. J. Biol.7284-287.

DepaŁ.MrózE.SzawarynK. (2012) Molecular identity of Stomaphis quercus (Hemiptera: Aphidoidea: Lachnidae) and description of a new species. Eur. J. Entomol.109435-444.

GoidanichA. (1958) Le migrazionicoatte mirmecogene dello Stomaphis quercus L., Afide olocielico monoico omotopo. Boll. Entom. Bologna2393-133.

HolmanJ. (2009) Host Plant Catalog of Aphids – Palaearctic Region. Springer Science + Business Media B. V.1216 pp.

HopkinsG.W.ThackerJ.I. (1999) Ants and habitat specificity in aphids. J. Insect Conserv.325-31.

LorenzH.ScheurerS. (1998) Biology and generation-order of Stomaphis quercus (Lachnidae) living on Betula pendula near Berlin, Germany. In: Nieto NafriaJ.M.DixonA.F.G. (Eds.) Aphids in Natural and Managed Ecosystems pp.  243-250. Secretariado de publicaciones, Universidad de León.

OrczewskaA. (2009) The impact of former agriculture on habitat conditions and distribution patterns of ancient woodland plant species in recent black alder (Alnus glutinosa (L.) Gaertn.) woods in south-western Poland. Forest Ecol. Manag.258794-803.

OrczewskaA. (2010) Colonization capacity of herb woodland species in fertile, recent alder woods adjacent to ancient forest sites. Pol. J. Ecol.58297-310.

TaberletP.FumagalliL.Wust-SaucyA.G.CossonçJ.F. (1998) Comparative phylogeography and postglacial colonization routes in Europe. Mol. Ecol.7453-464.

TakadaH. (2008) Life cycles of three Stomaphis species (Homoptera: Aphididae) observed in Kyoto, Japan: possible host alternation of S. japonica. Entomol. Sci.11341-348.

[1] www.wetteronline.de (accessed on 08.11.2012).

Figures

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    Life cycle of S. graffii (grey color indicates larvae of determined morphs, except of the “?” which indicate uncertainty of morph; the oval marks the mating period).

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    Habitus of various morphs observed during the study: (A) four larvae of alate morphs; (B) non-feeding alate female; (C) feeding alate female; (D) sexuparous female giving birth to two young males; (E) sexuparous female with three young males; (F) two adult males, one oviparous female and eggs. This figure is published in colour in the online version.

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    Mean daily temperature [°C] during the study period (2012 Katowice) and during the same period preceding observations of Lorenz & Scheurer (1998) (1996 Frankfurt). Arrows indicate the time of hatching of fundatrices.

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