subtitle_taxt

DEVELOPMENT (EMBRYO, LARVA, PRE-PUPA, PUPA) show rawDEVELOPMENT (EMBRYO, LARVA, PRE-PUPA, PUPA)

references_taxt

Ganin, 1869: 1 (embryogenesis, Formica fusca focus); Dewitz, 1877: 527 (Formica rufa sting development); Blochmann, 1892: 236 (Camponotus embryogenesis); Berlese, 1902: 233 (Tapinoma erraticum, Pheidole pallidula larval anatomy); Pérez, 1902: 198 (Formica rufa postembryonic development); Janet, 1907: 1 (Lasius flight apodeme development); Tanquary, 1912: 62 (Camponotus, Myrmica embryogenesis); Hegner, 1915: 521 (Camponotus embryogenesis); BUNCHER 1918 (Camponotus embryogenesis); Wheeler, 1918c: 293 (larvae); Lilienstern, 1932 110 (bacteriocytes); Athias-Henriot, 1947: 247 (larval anatomy, head musculature, multiple subfamilies); Valentini, 1951: 249 (larval anatomy, adaptation, multiple subfamilies); Weir, 1957: 499 (Myrmica larval mid-gut functional anatomy); Lappano, 1958: 31 (Eciton burchellii larval anatomy, development); Nitschmann, 1959: 453 (Myrmica larval digestive tract development); Weir, 1959: 27 ({t429776} larva head endocrine system); BUCHNER 1965 (Camponotus embryogenesis); Emmert, 1968: 1 (Formica head gland development); Emmert, 1969: 97 (Formica labial gland); Jeantet, 1969: 87 (Formica fat tissue development); Ofer, 1970: 49 (Polyrhachis larval silk gland); Bonavita-Cougourdan & Poveda, 1972: 775 (larval hindgut); Wheeler & Wheeler, 1976b: 45 (larvae); Wang & Happ, 1974: 73 (Neivamyrmex nigrescens larval development); Petralia & Vinson, 1979: 472 (Solenopsis invicta development egg, larva); Petralia & Vinson, 1980: 89 (Solenopsis invicta fourth instar internal anatomy); Petralia & Vinson, 1980: 375 (larval feeding surface variation); Wheeler & Wheeler, 1986e: 684 (larvae); Petralia & Haut, 1986: 16 (Camponotus larval labial gland); Ortius-Lechner et al., 2003: 41 (larval gonads); Solis et al., 2012: 1 (Monomorium larval digestive tract anatomy); Penick et al., 2014: 51 (larval genital imaginal discs); Adams et al., 2021: 201 (Acromyrmex larval development, caste and sex identification); Li et al., 2025: 161 (Ooceraea biroi larval anatomy), 178 (ant larval morphological diversity), 179 (larval evolution). show raw{ref 143795}: 1 (embryogenesis, {tax 437477} focus); {ref 124099}: 527 ({tax 437754} sting development); {ref 143584}: 236 ({tax 429244} embryogenesis); {ref 143830}: 233 ({tax 449297}, {tax 444258} larval anatomy); {ref 143831}: 198 ({tax 437754} postembryonic development); {ref 126127}: 1 ({tax 429161} flight apodeme development); {ref 143796}: 62 ({tax 429244}, {tax 429776} embryogenesis); {ref 143797}: 521 ({tax 429244} embryogenesis); BUNCHER 1918 ({tax 429244} embryogenesis); {ref 130129}: 293 (larvae); {ref 143577} 110 (bacteriocytes); {ref 143310}: 247 (larval anatomy, head musculature, multiple subfamilies); {ref 143833}: 249 (larval anatomy, adaptation, multiple subfamilies); {ref 129774}: 499 ({tax 429776} larval mid-gut functional anatomy); {ref 126788}: 31 ({tax 437053} larval anatomy, development); {ref 143835}: 453 ({tax 429776} larval digestive tract development); {ref 143838}: 27 ({t429776} larva head endocrine system); BUCHNER 1965 ({tax 429244} embryogenesis); {ref 143836}: 1 ({tax 429349} head gland development); {ref 143837}: 97 ({tax 429349} labial gland); {ref 143839}: 87 ({tax 429349} fat tissue development); {ref 127570}: 49 ({tax 429313} larval silk gland); {ref 122868}: 775 (larval hindgut); {ref 129906}: 45 (larvae); {ref 143832}: 73 ({tax 442030} larval development); {ref 127795}: 472 ({tax 447760} development egg, larva); {ref 143513}: 89 ({tax 447760} fourth instar internal anatomy); {ref 127796}: 375 (larval feeding surface variation); {ref 129923}: 684 (larvae); {ref 127794}: 16 ({tax 429244} larval labial gland); {ref 143825}: 41 (larval gonads); {ref 143834}: 1 ({tax 429718} larval digestive tract anatomy); {ref 143824}: 51 (larval genital imaginal discs); {ref 143910}: 201 ({tax 429610} larval development, caste and sex identification); {ref 144507}: 161 ({tax 507553} larval anatomy), 178 (ant larval morphological diversity), 179 (larval evolution).