ABA Aphyosemion abacinum GBG 92-10 ABE Procatopus aberrans Cross River ci DKG Red Ossing Port Harcourt ABI Fundulus albolineatus (ex) Extinct. Not recorded in over a century. Its only known habitat has seen its banks lined with cement, been pumped dry on multiple occasions and what little segregated pools were reserved were stocked with non-native carp and goldfish. ACC Austrolebias accorsii Cordillera Rio Grande IV BPB 2015-10 ACM Aphyosemion aurantiacum Weze ACS Neofundulus aureomaculatus ADL Austrolebias adloffi BGB 92-10 Chui ADN Profundulus adani ADO Simpsonichthys adornatus Sitio de Mato AFI Austrolebias affinis Rt5 Tres Cruces AGI Rivulus agilae aff Bois Diable Couleuvre Creek JRG 03-10 Loo Creek Mahouri Mont Joly PK15 Sh-fg 01-15 Tibiti AGT Leptopanchax aureoguttatus AGZ Orestias agassizii AHL Aphyosemion ahli Bidou Bissiana CI Cellucam Ebodie GEMLB 03-31 GEMLCG 2007-64 Kribi Lobe Ndonga Poutloloma holotype AII Aplocheilichthys antinorii AKR Cynolebias akroa ALI Nothobranchius albimarginatus TZN 9-7 Kiparanganda Yellow karyotype 2n=36 ALM Aphanius almiriensis ALS Nothobranchius albertinensis Olobodagi UG 88-8 ALT Hypsolebias alternatus ALX Austrolebias alexandri Ceibas Camino Accesso Entre Rios Franquia GAK 2005 San Javier AMB Rivulus amanbaeensis AMI Fundulopanchax amieti Dissat Edea-Yahounde Ndokndak Sud Sanaga AMO Aphyosemion amoenum Dibang GCVPM 2015 15-23 GEB-949 JVC 13-19 Ndoupe Nkonga Sakebayeme VAB 2016-26 AMP Rivulus amphoreus Tafelberg AMT Aplocheilus armatus The true A. panchax only occurs in Bengal and the Ganges drainage. There is one form in the Adamans Islands, (A. adamanticus). All other forms from India to Borneo are A. armatus. ANC Nothobranchius annectens Ruvu karyotype 2n=28 AND Aplocheilus andamanicus Aplocheilus andamanicus differs from topotypic A. panchax by the combination of the following characters: the most discussed (Day, 1878; Köhler 1906; Herre, 1939) being body size difference, A. andamanicus grows much larger in size (it is probably the largest Aplocheilus in South and South-East Asia), to at least 74.8 mm SL (vs. smaller in size); 9–10 dorsal-fin rays (vs. 6–8); 15 principal and 18–19 procurrent caudal-fin rays (vs. 12–13 principal and 12 procurrent caudal-fin rays); dorsal fin with posterior margin widely separated from caudal-fin base or hypural plate (vs. extending beyond vertical through caudal base or hypural plate); pectoral fin extending beyond vertical through anterior one-third of pelvic fin (vs. pectoral fin extending to half the length of pelvic fin); pelvic fin nearly reaching vent when adpressed but well separated from anterior base of anal fin (vs. pelvic fin extends beyond vent reaching anterior base of anal fin); caudal-fin margin rounded (vs. more oval in) (Fig. 3); lateral line system incomplete extending up to the vertical from posterior margin of dorsal fin base (vs. lateral line system complete, reaching caudal-fin base); total vertebrae 33–34 (vs. 28–30); pre-anal vertebrae 13–14 (vs. 11–12); caudal vertebrae 18–19 (vs. 14–16); median scale “A” of frontal squamation pattern smaller than scale “B” (vs. median scale “A” significantly larger than scale “B”) (Fig. 3); single anterior rostral and posterior rostral neuromasts (vs. 2 anterior rostral and 3 posterior rostral neuromasts). Day (1878) reported a total of up to 11 dorsal-fin rays in his Andaman collection, a character that was subsequently used by Köhler (1906) to diagnose A. andamanicus. Radiographs of Day’s collection (syntypes, BMNH 1889.2.1.2107-2110) and cleared and stained topotypes (BNHS FWF 384 & 385) of A. andamanicus showed, however, only 9–10 dorsal-fin rays. In any case, the dorsal-fin ray count is still valid and is the most significant diagnostic character that distinguishes A. andamanicus from A. panchax (9–10 vs. 7–8).Furthermore, A. andamanicus can easily be distinguished from A. panchax based on its unique coloration pattern including, dorsal fin extremity deep yellow or saffron (vs. blue in A. panchax); distal half of anal fin hyaline in female or studded with three longitudinal rows of vertically elongated red dots (vs. distal half of anal fin deep iridescent blue); pelvic fin yellow (vs. hyaline in A. panchax); and caudal fin periphery hyaline or subtle red (vs. deep iridescent blue in A. panchax). Both species are also genetically distinct, with a cox1 distance of 9.6–10.8% (Table 2) ANG Nothobranchius angelae Itigi Mabondeni ANI Rivulus anitae ANL Pachypanchax arnoulti Betsiboka ANN Epiplatys annulatus red Sierra Leone yellow Guinea blue Liberia The color of dorsal fin changes from country to country - it's red in the in Sierra Leone, blue in Liberia and yellow in Guinea.

ANS Epiplatys ansorgii Gamba Loeme Loeme, RPC Massana Sindara ANT Hypsolebias antenori Limoeiro do Norte APA Austrolebias apaii Villa Soriano APH Aphyosemion alpha Nyonie GLC-2014 Santa Clara-GJS 00-34 API Rivulus apiamici APL Trigonectes aplocheiloides DPTO KCA 30-08 Campo Militar BP 2019-26 APO Tellia apoda Ain MLilla APR Megupsilon aporus xref Became extinct in the wild in the late 1980s and hangs by a thread in the hobby - it must eat every couple of hours and likes it unusually warm for a killifish. As of 2020 they are allegedly extinct and no more remain in the hobby; they became extinct in nature in the mid 1980s. APU Moema apurinan ARA Austrolebias arachan ARF Prorivulus auriferus ARN Fundulopanchax arnoldi Calabar Ijebu Niger Delta Port Harcourt Sapele Ughelli Warri Wokocha desc ARO Fundulus auroguttatus ARS Hypsolebias auratus Hypsolebias auratus, on an expedition organized by Cepta/ICMBIO, sponsored by WWF, we rediscovered the H Biotope. avalanche. Once again it's changed. It is the fourth visit to the biotope, since 1996, and in all of them there has been a change in the road, with the construction of slopes so that the road does not flood changing, burying and endangering the biotope. In each and every time the well recovered and the species did not go extinct. But be alert, because it's the only known locality of this species. ARU Plesiolebias aruana ASH Papiliolebias ashleyae Pozo del Tigre ASQ Kosswigichthys asquamatus ATB Nothobranchius attenboroughi ATH Rivulus aithogrammus ATL Anatolichthys anatoliae anatoliae Kovada Canal ATM Plesiolebias altamira ATO Cyprinodon atrorus ATQ Epiplatys atratus The only known photo. ATR Rivulus atratus AUC Austrolebias araucarianus Biotope AUR Aphyosemion aureum EMS 90-8 GEB 04-9 Mouila AUS Aphyosemion australe Camp Rabi Cap Esterias GLP 06-1 GTC-12 Gamba Loanga NP Mayumba test var Man Made Varieties AVI Aphyosemion avichang Tubo GEML 00-16 Nguba II AVZ Cyprinodon alvarezi AXI Paraphanius alexandri AZS Victoria AZU Epiplatys olbrechtsi azureus Tapeta