Encyrtinae

Encyrtinae is a subfamily of parasitic wasps in the family Encyrtidae.

Encyrtinae
Anicetus communis
Scientific classification
Kingdom: Animalia
Phylum: Arthropoda
Class: Insecta
Order: Hymenoptera
Family: Encyrtidae
Subfamily: Encyrtinae
Genera

See text

Tachinaephagus zealandicus

Genera

- Acerophagus - Achalcerinys - Adelencyrtoides - Adelencyrtus - Adencyrtus - Admirencyrtus - Aenasiella - Aenasomyiella - Aesaria - Aethognathus - Agarwalencyrtus - Agekianella - Ageniaspis - Agromyzaphagus - Allencyrtus - Allocerchysius - Aloencyrtus - Amauroencyrtus - Ameromyzobia - Amicencyrtus - Amicroterys - Amira - Ammonoencyrtus - Anagyrodes - Anasemion - Andinoencyrtus - Anicetus - Anisophleps - Anthemus - Aphidencyrtoides - Aphycinus - Aphycoides - Aphycomastix - Aphycomorpha - Aphycopsis - Aphyculus - Aphycus - Apsilophrys - Archinus - Argutencyrtus - Arhopoidiella - Arketypon - Arrhenophagoidea - Arrhenophagus - Arzonella - Aschitus - Aseirba - Asterolecanobius - Astymachus - Atelaphycus - Atropates - Australanusia - Australaphycus - Austrochoreia - Austroencyrtoidea - Austroencyrtus - Austromira - Avetianella - Aztecencyrtus - Baeoanusia - Baeocharis - Baeoencyrtus - Beethovena - Bennettisca - Blanchardiscus - Blastothrix - Blatticidella - Bolangera - Borrowella - Bothriocraera - Bothriophryne - Bothriothorax - Boucekiella - Brachyencyrtus - Brachyplatycerus - Brethesiella - Caenohomalopoda - Caldencyrtus - Carabunia - Casus - Ceballosia - Centencyrtus - Cerapteroceroides - Cerapterocerus - Ceraptroceroideus - Cerchysiella - Cerchysius - Cercobelus - Charitopsis - Cheiloneurella - Cheiloneuromyia - Cheiloneurus - Cheilopsis - Choreia - Chorotega - Chrysomelechthrus - Cibdeloencyrtus - Cicoencyrtus - Cirrhencyrtus - Clivia - Coagerus - Coccidaphycus - Coccidencyrtus - Coccidoctonus - Coccopilatus - Coelopencyrtus - Comones - Comperia - Comperiella - Conchynilla - Copidosoma - Copidosomopsis - Copidosomyia - Cowperia - Cranencyrtus - Cyderius - Deilio - Deloencyrtus - Diaphorencyrtus - Diasula - Dionencyrtus - Discodes - Diversinervus - Doddanusia - Ebito - Echthrobaccella - Echthroplexiella - Echthroplexis - Ectroma - Encyrtoalces - Encyrtoidea - Encyrtus - Eocencyrtus - Epiblatticida - Epicerchysius - Epiencyrtus - Epistenoterys - Epitetracnemus - Epitetralophidea - Eremencyrtus - Erencyrtus - Ethoris - Eucoccidophagus - Eugahania - Euogus - Euscapularia - Eusemion - Exoristobia - Forcipestricis - Formicencyrtus - Fulgoridicida - Gahaniella - Gentakola - Ginsiana - Globulencyrtus - Gonzalezia - Grissellia - Gwala - Habrolepis - Habrolepoidea - Habrolepopteryx - Hadrencyrtus - Hadzhibeylia - Haligra - Helegonatopus - Helygia - Hemencyrtus - Hemileucoceras - Hengata - Hesperencyrtus - Heterococcidoxenus - Hexacladia - Hexacnemus - Hexencyrtus - Homalopoda - Homalotyloidea - Homalotylus - Homosemion - Hoplopsis - Iceromyia - Ilicia - Inbiaphycus - Indaphycus - Ioessa - Islawes - Isodromoides - Isodromus - Ixodiphagus - Kataka - Koenigsmannia - Kurdjumovia - Laccacida - Lakshaphagus - Lamennaisia - Leefmansia - Leiocyrtus - Leurocerus - Lirencyrtus - Lochitoencyrtus - Lohiella - Lombitsikala - Mahencyrtus - Manmohanencyrtus - Mariola - Mashhoodiella - Mayrencyrtus - Mayridia - Melys - Meniscocephalus - Merlen - Meromyzobia - Mesanusia - Mesastymachus - Mesocalocerinus - Mesorhopella - Metablastothrix - Metanotalia - Metaphycus - Metapsyllaephagus - Microterys - Moorella - Mozartella - Mucrencyrtus - Muluencyrtus - Nassauia - Nathismusia - Neabrolepoideus - Neapsilophrys - Neastymachus - Neblatticida - Neocladella - Neocladia - Neococcidencyrtus - Neocyrtus - Neperpolia - Nerissa - Neruandella - Nezarhopalus - Oesol - Olypusa - Oobius - Ooencyrtus - Oophagus - Orianos - Oriencyrtus - Ovaloencyrtus - Ovidoencyrtus - Paksimmondsius - Papaka - Papuna - Parablastothrix - Parablatticida - Parachalcerinys - Paracladella - Paraenasomyia - Paramucrona - Paraphaenodiscus - Paraphycus - Parasauleia - Parastenoterys - Paratetracnemoidea - Paratetralophidea - Parechthrodryinus - Parectromoides - Parencyrtomyia - Parencyrtus - Pareupelmus - Pareusemion - Pasulinia - Pawenus - Pentacladocerus - Pentelicus - Perpolia - Phauloencyrtus - Philosindia - Pistulina - Plagiomerus - Platencyrtus - Prionomastix - Prionomitoides - Prionomitus - Prochiloneurus - Profundiscrobis - Proleuroceroides - Proleurocerus - Protaenasius - Protyndarichoides - Pseudectroma - Pseudencyrtoides - Pseudencyrtus - Pseudhomalopoda - Pseudococcobius - Pseudorhopus - Psilophryoidea - Psilophrys - Psyllaephagus - Psyllaphycus - Psyllechthrus - Pulexencyrtus - Quadrencyrtus - Raffaellia - Rhopalencyrtoidea - Rhytidothorax - Ruandella - Ruskiniana - Saera - Sanghalia - Saprencyrtus - Sarisencyrtus - Satureia - Saucrencyrtus - Sauleia - Scotteus - Sectiliclava - Semen - Sharqencyrtus - Shenahetia - Simmondsiella - Solenaphycus - Solenoencyrtus - Spaniopterus - Stemmatosteres - Stenoteropsis - Subprionomitus - Syrphophagus - Szelenyiola - Tachardiaephagus - Tachardiobius - Tachinaephagus - Tanyencyrtus - Teleterebratus - Tetarticlava - Tetracyclos - Thomsonisca - Tineophoctonus - Tobiasia - Tonkinencyrtus - Trechnites - Tremblaya - Trichomasthus - Trigonogaster - Trjapitzinellus - Tyndarichus - Tyndaricopsis - Vietmachus - Viggianiola - Vivamexico - Whittieria - Xenoencyrtus - Xenostryxis - Xerencyrtus - Xylencyrtus - Zaomma - Zaommoencyrtus - Zarhopaloides - Zelaphycus - Zelencyrtus - Zooencyrtus - Zozoros

gollark: The hydrogen can be burned cleanly, which is nice.
gollark: Oh, and you can't convert carbon dioxide and water into oxygen and carbon, it'd be oxygen, carbon and hydrogen.
gollark: Also, you might be able to get the carbon out as diamonds using whatever magic molecular reorganization thing you're using to do this, in which case it doesn't need to be buried and we can just use ridiculous volumes of diamond as a structural material.
gollark: *Can* you efficiently just convert carbon dioxide/water back into oxygen/carbon? I mean, the whole reason we do it the other way round is the fact that a lot of energy is released.
gollark: Or just keep them lying around, like in forests, but there are capacity limits.

References
    • Guerrieri, E. ; M.E. Huigens ; C. Estrada ; J.B. Woelke ; M. de Rijk ; N.E. Fatouros ; A. Aiello & J.S. Noyes 2010: Ooencyrtus marcelloi sp. nov. (Hymenoptera: Encyrtidae), an egg parasitoid of Heliconiini (Lepidoptera: Nymphalidae: Heliconiinae) on passion vines (Malpighiales: Passifloraceae) in Central America. Journal of Natural History 44 (1 & 2): 81-87, doi:10.1080/00222930903362051
    • Gu, Z.-H., 2003: A new genus and two new species of Encyrtidae from China (Hymenoptera: Chalcidoidea). Russian Entomological Journal 12 (3): 307-310
    • Koçak, A.Ö.; Kemal, M. 2008: Nomenclatural notes on the genus group names in the order Hymenoptera (Chalcidoidea). Centre for Entomological Studies Ankara miscellaneous papers, 143: 3-7
    • Li, C.D. & F.L. Ma, 2007: A New Species of Copidosoma Ratzeburg (Hymenoptera: Encyrtidae) from China. Entomotaxonomia 29 (1): 63-65
    • Myartseva, S.N. & E. Ruiz-Cancino. 2010: A new species of Metaphycus Mercet (Hymenoptera: Encyrtidae) from Mexico and key to the species of the genera parasitizing whiteflies ((Hemiptera: Aleyrodidae) in the Neotropical region. Acta Zoológica Mexicana (n.s.) 26 (1): 17-24
    • Simutnik, S.A., 2010: A new species of the genus Encyrtus (Hymenoptera, Encyrtidae) from Israel. Entomological Review 90 (4): 537-539, doi:10.1134/S0013873810040135
    • Trjapitzin, V.A. 2004: Neruandella gen. n. from Mexico and USA (Hymenoptera: Encyrtidae). Zoosystematica Rossica, 13: 124
    • Trjapitzin, V.A. 2008: [A review of encyrtid wasps (Hymenoptera, Chalcidoidea, Encyrtidae) of Macaronesia]. Entomologicheskoe Obozrenie, 87(1): 166–184. [in Russian, English translation in Entomological review, 88(2): 218-232, doi:10.1134/S0013873808020085
    • Trjapitzin, V.A. 2008: Redescription of Charitopus cuprifrons (Motschulsky, 1863) from Sri Lanka, and a new name for the genus Sancarlosia Trjapitzin et Myartseva, 2004 from Mexico (Hymenoptera: Encyrtidae). Russian entomological journal, 17: 213–216
    • Trjapitzin, V.A.; Myartseva, S.N. 2004: Sancarlosia tamaulipeca gen. et sp. n. (Hymenoptera: Encyrtidae) reared in Mexico from Differococcus argentinus (Morrison) (Homoptera: Coccidae) on the American spiny hackberry Celtis pallida Torr. Zoosystematica Rossica, 12: 259-261
    • Zhang, Y.-Z. & D.-W. Huang, 2007: A review of Parablatticida Girault (Hymenoptera: Encyrtidae) from China, with description of two new species. Acta Entomologica Sinica 50(2): 165-171
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