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Proximate and Genetic Analysis of Blackfin Tuna
bioRxiv preprint doi: https://doi.org/10.1101/2020.11.03.366153; this version posted November 4, 2020. The copyright holder for this preprint (which was not certified by peer review) is the author/funder. All rights reserved. No reuse allowed without permission. PROXIMATE AND GENETIC ANALYSIS OF BLACKFIN TUNA (T. atlanticus). Yuridia M. Núñez-Mata1, Jesse R. Ríos Rodríguez 1, Adriana L. Perales-Torres 1, Xochitl F. De la Rosa-Reyna2, Jesús A. Vázquez-Rodríguez 3, Nadia A. Fernández-Santos2, Humberto Martínez Montoya 1 * 1 Unidad Académica Multidisciplinaria Reynosa Aztlán – Universidad Autónoma de Tamaulipas. Reynosa, Tamaulipas. 2 Centro de Biotecnología Genómica – Instituto Politécnico Nacional. Reynosa, Tamaulipas. 3 Centro de Investigación en Salud Pública y Nutrición – Universidad Autónoma de Nuevo León. Monterrey, Nuevo León. *Correspondence: [email protected] ORCID: 0000-0003-3228-0054 bioRxiv preprint doi: https://doi.org/10.1101/2020.11.03.366153; this version posted November 4, 2020. The copyright holder for this preprint (which was not certified by peer review) is the author/funder. All rights reserved. No reuse allowed without permission. ABSTRACT The tuna meat is a nutritious food that possesses high content of protein, its low content of saturated fatty acids makes it a high demand food in the world. The Thunnus genus is composed of eight species, albacore (T. alalunga), bigeye (T. obesus), long tail tuna (T. tonggol), yellowfin tuna (T. albacares), pacific bluefin tuna (T. orientalis), bluefin tuna (T. maccoyii), Atlantic bluefin tuna ( T. thynnus) and blackfin tuna (T. atlanticus). The blackfin tuna (BFT) (Thunnus atlanticus) represent the smallest species within the Thunnus genus. -
IATTC-94-01 the Tuna Fishery, Stocks, and Ecosystem in the Eastern
INTER-AMERICAN TROPICAL TUNA COMMISSION 94TH MEETING Bilbao, Spain 22-26 July 2019 DOCUMENT IATTC-94-01 REPORT ON THE TUNA FISHERY, STOCKS, AND ECOSYSTEM IN THE EASTERN PACIFIC OCEAN IN 2018 A. The fishery for tunas and billfishes in the eastern Pacific Ocean ....................................................... 3 B. Yellowfin tuna ................................................................................................................................... 50 C. Skipjack tuna ..................................................................................................................................... 58 D. Bigeye tuna ........................................................................................................................................ 64 E. Pacific bluefin tuna ............................................................................................................................ 72 F. Albacore tuna .................................................................................................................................... 76 G. Swordfish ........................................................................................................................................... 82 H. Blue marlin ........................................................................................................................................ 85 I. Striped marlin .................................................................................................................................... 86 J. Sailfish -
Among the World's Most Popular Game Fishes, Tunas Are Also
ÜBER-FISH Among the World’s Most Popular Game Fishes, Tunas Are Also Some of the Most Highly Evolved and Sophisticated of All the Ocean’s Predators BY DOUG OLANDER DANIEL GOEZ DANIEL 74 DECEMBER 2017 SPORTFISHINGMAG.COM 75 The Family Tree minimizes drag with a very low reduce the turbulence in the Tunas are part of the family drag coefficient,” optimizing effi- water ahead of the tail. Scombridae, which also includes cient swimming both at cruise Unlike most fishes with broad, mackerels, large and small. But and burst. While most fishes bend flexible tails that bend to scoop there are tunas, and then there their bodies side to side when water to move a fish forward, are, well, “true tunas.” moving forward, tunas’ bodies tunas derive tremendous That is, two groups don’t bend. They’re essentially thrust with thin, hard, lunate WHILE MOST FISHES BEND ( sometimes known as “tribes”) rigid, solid torpedoes. ( crescent-moon-shaped) tails dominate the tuna clan. One is And these torpedoes are that beat constantly, capable of THEIR BODIES SIDE TO SIDE Thunnini, which is the group perfectly streamlined, their 10 to 12 or more beats per second. considered true tunas, charac- larger fins fitting perfectly into That relentless thrust accounts WHEN MOVING FORWARD, terized by two separate dorsal grooves so no part of these fins for the unstoppable runs that fins and a relatively thick body. a number of highly specialized protrudes above the body surface. tuna make repeatedly when TUNAS’ BODIES DON’T BEND. The 15 species of Thunnini are features facilitate these They lack the convex eyes of hooked. -
Descriptions of Euthynnus and Auxis Larvae from the Pacific and Atlantic Oceans and Adjacent Seas
library THE GARLSBERG FOUNDATION’S OCEANOGRAPHIGAL EXPEDITION ROUND THE WORLD 1928—30 AND PREVIOUS “DANA”-EXPEDITIONS UNDER THE LEADERSHIP OF THE LATE PROFESSOR JOHANNES SCHMIDT DANA-BEPOBT No. 50. DESCRIPTIONS OF EUTHYNNUS AND AUXIS LARVAE FROM THE PACIFIC AND ATLANTIC OCEANS AND ADJACENT SEAS BY WALTER M. MATSUMOTO U.S. FISH AND WILDLIFE SERVICE WITH 31 FIGURES IN THE TEXT PUBLISHED BY THE CARLSBERG FOUNDATION THIS PAPER MAY BE EEFEEBED TO AS: •DANA-REPOKT No. 50, 1959« COPENHAGEN ANDR. FRED. H0ST A S 0 N PRINTED BY BIANCO LUNO A/S CONTENTS Page Introduction ...................................................................... 3 Descriptions of larvae and postlarvae................. 21 Methods.............................................................................. 4 Auxis type I ......................................................... 21 Genus E uthynnus.............................................................. 5 Auxis type I I ....................................................... 2:i Notes on adults and juveniles ............................. 5 Discussion of species dilTerences........................... 25 Descriptions of larvae and postlarvae................. 7 Geographical distribution of Euthynnus and Auxis Euthynnus tineatus.............................................. 7 larvae............................................................................ 25 Euthynnus alletteratus.......................................... 11 Spawning areas as indicated by larval catches___ 27 Euthynnus ijaito .................................................. -
Thunnus Alalunga (Bonnaterre, 1788)
click for previous page SCOMBR Thun 1 1983 FAO SPECIES IDENTIFICATION SHEETS FAMILY: SCOMBRIDAE FISHING AREA 51 (W. Indian Ocean) Thunnus alalunga (Bonnaterre, 1788) OTHER SCIENTIFIC NAMES STILL IN USE: Germo alalunga (Bonnaterre, 1788) Thunnus germo (Lacèpede, 1800) VERNACULAR NAMES: FAO: En – Albacore Fr – Germon Sp – Atún blanco (=Albacora) NATIONAL: DISTINCTIVE CHARACTERS: A large species with an elongate, fusiform body, deepest at a more pelvic fin posterior point than in other tunas (at, or only slightly anterior to, second dorsal fin rather than near middle of first dorsal fin base). Eyes rather large; gillrakers 25 to 31 on first arch. Two dorsal fins separated only by a narrow interspace, the second clearly lower than the first and followed by 7 to 9 finlets; pectoral fins remarkably long, usually 30% of fork length or longer, reaching well beyond origin of second dorsal fin (usually up to second dorsal finlet); 2 flaps (interpelvic process) between pelvic fins; anal fin followed by 7 or 8 finlets. Small scales on body; corselet of larger scales developed but not very distinct. Caudal peduncle very slender, bearing on each side a strong interpelvic lateral keel between 2 smaller keels. Liver striated on ventral surface. process Swimbladder present. Colour: back metallic dark blue, lower sides and belly whitish; a faint lateral iridescent blue band runs along sides in live fish; first dorsal fin deep yellow, second dorsal and anal fins light yellow, anal finlets dark; posterior margin of caudal fin white. DISTINGUISHING CHARACTERS OF SIMILAR SPECIES OCCURRING IN THE AREA: All other species of Thunnus: pectoral fins shorter, never reaching beyond posterior end of second dorsal fin base in adults (however, young specimens of T. -
SYNOPSIS on the BIOLOGY of YELLOWFIN TUNA Thunnus (Neothunnus) Albacares (Bonnaterre)1788(PACIFIC OCEAN)
Species Synopsis No. 16 FAO Fisheries Biology Synopsis No, 59 FIb/S59 (Distribution restricted) SAST - Tuna SYNOPSIS ON THE BIOLOGY OF YELLOWFIN TUNA Thunnus (Neothunnus) albacares (Bonnaterre)1788(PACIFIC OCEAN) Exposé synoptique sur la biologie du thon à nageoires jaunes Thunnus (Neothimnus) albacares (Bonnaterre)1788(Océan Pacifique) Sinopsis sobre la. biología dei atítn de aleta amarilla Thunnus (Neothunnus) aibacares (Bonnaterre) 1788 (Ocano Pacífico) Prepared by MILNER B, SCHAEFER, GORDON C,, BROADHEAD and CRAIG J, ORANGE Inter -American Tropical Tuna Commission La Jolla, California, U, S,, A, ISHERIES DIVISION, BIOLOGY BRANCH tOOD AND AGRICULTURE ORGANIZATION OF THE UNITED NATIONS R,ome, 1963 538 FIb/S59 Tuna 1:1 i IDENTITY Body plump, wholly covered with scales, which differ in size and form in different parts i. iTaxonomy of the body.Corselet well deveioped but its boundary is not distinct.Tle lateral line has a 1. 1. 1Definition peculiar curve above the pectorals.Teeth rather feeble.Single series of small conical /Fo11owing Berg (1940) modified according to teeth in both jaws.They are sharp and curve Fraser-Brunner (1950)J inward.Villiform teeth on the vomers palatines and pterygoids.Many dentigerous calcareous Phylum VERTEBRATA plates are found on the palate.The denticles on Subphylum Craniata these plates are quite similar to those found on Superclass Gnathostomata the vomer, palatines and pterygoids. Thus the Series Pisces roof of the mouth-cavity is quite rough, contrary Class Teleostomi to the nearly smooth roof in the Katsuwonidae. Subclass Actinopterygii Three lobes of the liver subequal.Intestine Order Perciformes rather long, with three folds.Pyloric tubes Suborder Scombroidei developed only on the posterior convex side of Family Scombridae the duodenum. -
The Italian Annotated Bibliography on Small Tunas
SCRS/2020/061 Collect. Vol. Sci. Pap. ICCAT, 77(9): 34-84 (2020) THE ITALIAN ANNOTATED BIBLIOGRAPHY ON SMALL TUNAS C. Piccinetti1, P. Addis2, A. Di Natale3, F. Garibaldi4, F. Tinti5 SUMMARY The Italian scientists have a long tradition of studies and research on many large pelagic species including, among others, the small tunas. The various small tuna species are important for the Italian fishery since many centuries, mostly from a socio-economical point of view. Some non- indigenous species are now present in the ICCAT Convention area. This is the first attempt to list together the many papers published so far by Italian scientists, concerning the biology of these species, the fisheries and many other scientific and cultural issues. The aim of this paper is to provide an annotated bibliography, with specific key words, even if it is surely incomplete, because of the many papers published over the years. This bibliography, which includes 309 annotated citations, was set together to serve the scientists and to help them in finding some rare references that might be useful for their work. RÉSUMÉ Les scientifiques italiens ont une longue tradition d'études et de recherches sur de nombreuses de espèces de grands pélagiques y compris, entre autres, les espèces de thonidés mineurs. Les différentes espèces de thonidés mineurs sont importantes pour la pêche italienne depuis de nombreux siècles, principalement d'un point de vue socio-économique. Certaines espèces non autochtones sont maintenant présentes dans la zone de la Convention de l’ICCAT. Il s'agit de la première tentative de répertorier les nombreux articles publiés à ce jour par des scientifiques italiens concernant la biologie de ces espèces, les pêcheries et de nombreuses autres questions scientifiques et culturelles. -
Fish Forensics: Two Strategies for Fish Identification
430 Nahant Rd., Nahant, MA, USA 01908 | 781-581-7370 ext. 343 | [email protected] | www.northeastern.edu/ogl Fish Forensics: two strategies for fish identification Purpose: The purpose of this activity is to learn about two different strategies for identifying fish. One is using a dichotomous key based on physical characteristics and the second is DNA barcoding. We typically present this activity as a 10- to 15-minute exercise, but it can be easily modified to discuss the process of DNA barcoding more in depth, or to even perform these laboratory protocols. Please feel free to reach out to Ocean Genome Legacy if you have any questions or would like guidance about completing any protocols in a laboratory. Part 1: Why is it important to be identify fish? 1. Have each student, or pair of students, chose a fish. We often have students pretend they are ‘fishing’ when they select their fish. a. Fish images are in the “Fish” folder. 2. Discuss why it is important to know the identity of this fish. a. fisheries management b. food safety c. conservation d. others? Part 2: Learning to use a dichotomous key 1. One way to identify an organism is to use morphological features. Using the flow chart, answer each of the questions based on the image with which the student is working. a. Flow chart is DichotomousKeyFlow_10.11.17.pptx in the “Dichotomous Key” folder. b. The key is alternately displayed as a traditional dichotomous key with a series of questions. It can be found in the same folder. -
Blackfin Tuna Thunnus Atlanticus and Little Tunny Euthynnus Alletteratus
Nova Southeastern University NSUWorks HCNSO Student Theses and Dissertations HCNSO Student Work 12-12-2014 Reproductive parameters of two coastal pelagic fishes off southeast Florida: Blackfin unT a Thunnus atlanticus and Little unnT y Euthynnus alletteratus Sonia Ahrabi-Nejad Nova Southeastern University, [email protected] Follow this and additional works at: https://nsuworks.nova.edu/occ_stuetd Part of the Marine Biology Commons, and the Oceanography and Atmospheric Sciences and Meteorology Commons Share Feedback About This Item NSUWorks Citation Sonia Ahrabi-Nejad. 2014. Reproductive parameters of two coastal pelagic fishes off southeast Florida: Blackfin Tuna Thunnus atlanticus and Little Tunny Euthynnus alletteratus. Master's thesis. Nova Southeastern University. Retrieved from NSUWorks, Oceanographic Center. (25) https://nsuworks.nova.edu/occ_stuetd/25. This Thesis is brought to you by the HCNSO Student Work at NSUWorks. It has been accepted for inclusion in HCNSO Student Theses and Dissertations by an authorized administrator of NSUWorks. For more information, please contact [email protected]. NOVA SOUTHEASTERN UNIVERSITY OCEANOGRAPHIC CENTER Reproductive parameters of two coastal pelagic fishes off southeast Florida: Blackfin Tuna Thunnus atlanticus and Little Tunny Euthynnus alletteratus. By Sonia Ahrabi-Nejad Submitted to the Faculty of Nova Southeastern University Oceanographic Center in partial fulfillment of the requirements for the degree of Master of Science with a specialty in: Marine Biology Nova Southeastern University -
SAC-10-03 EN the Tuna Fishery in the EPO in 2018
INTER-AMERICAN TROPICAL TUNA COMMISSION SCIENTIFIC ADVISORY COMMITTEE 11TH MEETING San Diego, California (USA) 11-15 May 20201 DOCUMENT SAC-11-03 THE TUNA FISHERY IN THE EASTERN PACIFIC OCEAN IN 2019 INTRODUCTION .............................................................................................................................................. 3 1. Catches and landings of tunas, billfishes, and associated species ...................................................... 3 2. Catches by species .............................................................................................................................. 4 3. Catches and fishing effort ................................................................................................................... 6 4. Distributions of the catches of tropical tunas ..................................................................................... 7 5. Size compositions of the catches of tunas .......................................................................................... 8 6. The fleets ............................................................................................................................................. 9 This report provides a summary of the catches and effort in 2019 of the fishery for tunas in the eastern Pacific Ocean (EPO), for whose management the Inter-American Tropical Tuna Commission (IATTC) is responsible. It is based on data available to the IATTC staff in March 2020; therefore, some of the data for 2019 are incomplete, and all data -
SAC-10-03 EN the Tuna Fishery in the EPO in 2018
SCIENTIFIC COMMITTEE SIXTEENTH REGULAR SESSION ELECTRONIC MEETING 11-20 August 2020 The Tuna Fishery in the Eastern Pacific Ocean in 2019 WCPFC-SC16-2020/GN-IP-02 IATTC1 1 Inter-American Tropical Tuna Commission INTER-AMERICAN TROPICAL TUNA COMMISSION SCIENTIFIC ADVISORY COMMITTEE 11TH MEETING La Jolla, California (USA) 11-15 May 20201 DOCUMENT SAC-11-03 THE TUNA FISHERY IN THE EASTERN PACIFIC OCEAN IN 2019 INTRODUCTION .............................................................................................................................................. 3 1. Catches and landings of tunas, billfishes, and associated species ...................................................... 3 2. Catches by species .............................................................................................................................. 4 3. Catches and fishing effort ................................................................................................................... 6 4. Distributions of the catches of tropical tunas ..................................................................................... 7 5. Size compositions of the catches of tunas .......................................................................................... 8 6. The fleets ............................................................................................................................................. 9 This report provides a summary of the catches and effort in 2019 of the fishery for tunas in the eastern Pacific Ocean (EPO), for whose -
FAO Fisheries & Aquaculture
Food and Agriculture Organization of the United Nations Fisheries and for a world without hunger Aquaculture Department Biological characteristics of tuna Tuna and tuna-like species are very important economically and a significant Related topics source of food, with the so-called principal market tuna species - skipjack, yellowfin, bigeye, albacore, Atlantic bluefin, Pacific bluefin (those two species Tuna resources previously considered belonging to the same species referred as northern bluefin) Tuna fisheries and and southern bluefin tuna - being the most significant in terms of catch weight and utilization trade. These pages are a collection of Fact Sheets providing detailed information on tuna and tuna-like species. Related information FAO FishFinder Aquatic Species - fact Table of Contents sheets Taxonomy and classification Related activities Morphological characteristics FAO activities on tuna Geographical distribution Habitat and biology Trophic relations and growth Reproduction Bibliography Taxonomy and classification [ Family: Scombridae ] : Scombrids [ Family: Istiophoridae Family: Xiphiidae ] : Billfishes Upper systematics of tunas and tuna-like species Scombrids and billfishes belong to the suborder of the Scombroidei which position is shown below: Phylum : Chordata └─ Subphylum Vertebrata └─ Superclass Gnathostomata └─ Class Osteichthyes └─ Subclass Actinopterygii └─ Infraclass Teleostei └─ Superorder Acanthopterygii └─ Order Perciformes ├─ Suborder Scombroidei | └─ Family Scombridae └─ Suborder Xiphioidei FAO Fisheries