List of Larentiinae genera
The subfamily Larentiinae of the moth family Geometridae contains the following genera:
Tribe Asthenini
Tribe Cataclysmiini
- Cataclysme
- Phibalapteryx
Tribe Chesiadini
Tribe Cidariini
- Almeria
- Antepirrhoe
- Callabraxas
- Calostigiodes
- Chloroclysta
- Cidaria
- Colostygia
- Cosmorhoe
- Costicoma
- Diathera
- Dysstroma
- Ecliptopera
- Electrophaes
- Eulithis
- Eustroma
- Evecliptopera
- Fascilunaria
- Gandaritis
- Heterothera
- Hysterura
- Lampropteryx
- Lobogonodes
- Nebula
- Paradysstroma
- Pennithera
- Plemyria
- Pljushtchia
- Polythrena
- Praethera
- Pseudodysstroma
- Sibatania
- Thera
- Trichobaptria
- Trichodezia
- Xenortholitha
Tribe Eudulini
Tribe Eupitheciini
Tribe Larentiini
Tribe Melanthiini
Tribe Phileremini
Tribe Solitaneini
Tribe Trichopterygini
Tribe Xanthorhoini
Incertae sedis
Not sorted yet
- Caledasthena
- Calleulype
- Callipia
- Calluga
- Callygris
- Camelopteryx
- Carbia
- Carptima
- Cephalissa
- Ceratodalia
- Chaetolopha
- Chalinophrura
- Chalyboclydon
- Chartographa
- Chionopora
- Chlorotimandra
- Chrioloba
- Chrismopteryx
- Christophiella
- Chrysoclystis
- Cirrhorheuma
- Cirrolygris
- Cleptocosmia
- Coenolarentia
- Coenotephria
- Conchylia
- Cophocerotis
- Crocypus
- Cryptoloba
- Ctenaulis
- Cyclica
- Cysteopteryx
- Dasysternica
- Dasyuris
- Deinoptila
- Desmoclystia
- Dineurodes
- Diplochroa
- Dissolophodes
- Distoneura
- Dolerosceles
- Dysethia
- Dysethiodes
- Dyspteris
- Dysrhoe
- Dystypoptila
- Earophila
- Eccymatoge
- Ecnomophlebia
- Ecpetala
- Ecphysis
- Ellipostoma
- Elvia
- Emmesomia
- Eoa
- Eoasthena
- Eois
- Epimacaria
- Epiphryne
- Erateina
- Erebochlora
- Eremodorea
- Ersephila
- Eubolia
- Eurhinosea
- Eutrepsia
- Euzimmermania
- Eva
- Exodezia
- Fletcherana
- Forbachia
- Fueguina
- Gela
- Glaucopteryx
- Gnamptopteryx
- Gonanticlea
- Goniopteroloba
- Grammochesias
- Grammorhoe
- Graphidipus
- Grossbeckia
- Gypsochroa
- Hagnagora
- Hammaptera
- Haplolabida
- Haplopteryx
- Heterochasta
- Homodotis
- Hoplolygris
- Hoplosauris
- Hybridoneura
- Hymenodria
- Hypenorhynchus
- Hypocometa
- Hypycnopa
- Iramba
- Isodiscodes
- Isoloba
- Isosauris
- Kauaiina
- Laciniodes
- Lagynopteryx
- Larentia
- Lasioedma
- Lasiogma
- Leiocera
- Lepiodes
- Lobidiopteryx
- Lobogonia
- Lobophorodes
- Lygranoa
- Malgassorhoe
- Mariaba
- Marmopteryx
- Megaloba
- Megalotica
- Mennis
- Microcalcarifera
- Micromia
- Mimoclystia
- Mimomanes
- Minoa
- Monarcha
- Monostoecha
- Nannia
- Naxidia
- Neochesias
- Neopachrophilla
- Neoscelidia
- Notholoba
- Nothoporinia
- Nyctobia
- Obila
- Ochodontia
- Oenotrus
- Oesymna
- Oligopleura
- Onagrodes
- Opistheploce
- Oporinia
- Oreonoma
- Orthoclydon
- Otoplecta
- Otucha
- Pachrophylla
- Palaeomystis
- Papuanticlea
- Paradetis
- Paragramma
- Paralobophora
- Paralygris
- Paramathia
- Parapachrophylla
- Parapalta
- Paraptera
- Parazoma
- Pardodes
- Pareustroma
- Parodontorhoe
- Paromala
- Parortholitha
- Phacelophora
- Philopsia
- Phlebosphales
- Phoenissa
- Phthonoloba
- Physetobasis
- Physoloba
- Piercia
- Plemyriopsis
- Pocophora
- Polyclysta
- Polystroma
- Pomasia
- Praeapodroma
- Priapodes
- Probolaea
- Progonostola
- Proomphe
- Propithex
- Prorocorys
- Prosthetopteryx
- Protaulaca
- Protonebula
- Protosteira
- Psaliodes
- Pseudaria
- Pseudeuchlora
- Pseudochesias
- Pseudolarentia
- Pseudomennis
- Pseudomimetis
- Pseudopsodos
- Pseudosauris
- Psilopora
- Pterocypha
- Ptychorrhoe
- Remodes
- Rhinura
- Rhopalista
- Rhopalodes
- Sarobeia
- Sarracena
- Scelidacantha
- Scordonia
- Scordylia
- Scordyliodes
- Scotocyma
- Smileuma
- Spectrobasis
- Speluncaris
- Spiloctenia
- Stathmonyma
- Steganolophia
- Steirophora
- Stenista
- Sterrhochaeta
- Synneurodes
- Synpelurga
- Syzeuxis
- Syzyx
- Talledega
- Tamurhydrelia
- Tatosoma
- Telenomeuta
- Terenodes
- Toxopaltes
- Trichoplites
- Trichopterigia
- Trichorrhages
- Trichozoma
- Trimetopia
- Tripteridia
- Triptila
- Triptiloides
- Trocherateina
- Trochiodes
- Trotocalpe
- Urocalpe
- Urolophia
- Viidaleppia
- Xenoclystia
- Xenospora
- Zacualpania
- Ziridava
gollark: Should I make the random code thinger random instead?
gollark: My code is `O(lots)`.
gollark: Even gets around the evil Global Interpreter Lock for maximum performance.
gollark: Enterprise-level, fully deterministic execution of random code. Totally secure!
gollark: ```pythonimport itertoolsimport multiprocessing as mchars = [chr(x) for x in range(32, 126)]chars.extend(["\t", "\n"])def generate_for_length(length): return map(lambda chars: "".join(chars),itertools.combinations(chars, length))def generate(): for i in itertools.count(): for s in generate_for_length(i): yield sif __name__ == "__main__": def start(func): proc = m.Process(target=func) proc.start() io_queue = m.Queue(maxsize=128) def printer(): while True: print(io_queue.get()) code_queue = m.Queue(maxsize=128) def generator(): for x in generate(): code_queue.put(x) def executor(): while True: code = code_queue.get() result = None try: result = repr(exec(code)) except Exception as e: result = repr(e) if result != None: io_queue.put(code + ": " + result) start(generator) for _ in range(4): start(executor) printer()```
References
- Beccaloni, George; et al. (eds.). "Search Results Subfamily: Larentiinae". The Global Lepidoptera Names Index. Natural History Museum, London.
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