Identification of Larval Fish Family: Lutjanidae Presented by: Edwison Setya F. *) Presented in Advanced Regional Workshop on Larval Fish Identification.

Slides:



Advertisements
Similar presentations
EXTERNAL ANATOMY Morphology or structure and form of fish can affect feeding and type of culture facility. For example, fish with small, upturned mouths.
Advertisements

Caudal Fin Dorsal Fin Operculum Pectoral Fin Anal Fin Pelvic Fin.
Shark Classification.
Fish Identification for Common Fish Species of Rock Creek Park.
IDENTIFICATION OF FISHES
MORPHOLOGICAL FEATURES OF FAMILY APOGONIDAE, SCIAENIDAE and SPARIDAE
Bony Fish Chapter Bony Fish Phylum Cordata – Class Osteichthyes About 95% of all the fish on Earth belong to this Class. Bony fish are vertebrates.
Ch Fish  How many of you have a fish aquarium?  What are some types of fish?  What makes a fish different from other animals that we have talked.
Dogfish Dissection Squalus acanthias.
Wisconsin Game Fish Identification. Dorsal Fin Caudal Fin Anal Fin Pelvic Fin Pectoral Fin Operculum.
Identification of Nongame Fishes Workshop Michigan AFS Lake Superior State University March 3-4, 2008 Presented by Kevin Wehrly Institute for Fisheries.
Class: Crustacea Order: Cladocera Family: Sididae Diaphanosoma brachyurum (Lieven) Description: Plate 010a. Lateral view (left) and dorsal view (right)
Identification of Nongame Fishes Workshop Michigan AFS Lake Superior State University March 3-4, 2008 Presented by Kevin Wehrly Institute for Fisheries.
PERCH DISSECTION LAB ID PICTURES. ANTERIOR DORSAL FIN.
Fish Form and Function Why does it look like that?
Shark dissection Squalus acanthias
Great White Sharks By: ArianaAdam.
Morphological feature of Gobiidae, Bothidae and Anguillidae By: Ky Vannarith Chaktomuk Fisheries Administration Inspectorate, Phnom Penh.
02 Sept. 2014Fishes.ppt1 FISHES. 02 Sept. 2014Fishes.ppt2 Fishes All fishes retain four (4) primitive characters: Streamlined body Vertical tail fin Gills.
ADVANCED BIOLOGY CHAPTER 1 - PART 2. ANATOMICAL POSITION BODY ERECT (STANDING UP) FEET PARALLEL TO EACH OTHER (SHOULDER WIDTH APART) ARMS HANGING AT SIDES.
E11.5 E12.5 E13.5E14.5 E17.5E18.5 E15.5E16.5. E12 ( ) Earliest sign of fingers, the handplate (anterior footplate) is no longer circular but develops.
Marine Fishes Phylum Chordata Subphylum Vertebrata.
 Allows movement through the water without much resistance  Helps minimize energy necessary for motion  Most fish have a long, streamlined shape.
Seed production of Asian seabass, Lates calcarifer.
Pomacanthidae: Angelfishes
FISH. Phylum Chordata Vertebrates Animals which have a spinal cord protected by a backbone Fish, amphibians, reptiles, birds & mammals Internal skeletons.
MORPHOLOGICAL FEATURES of the FAMILIES
Soleidae by: Joseph C. Rayos Philippines. Class:Actinopterygii (ray-finned fishes) Order:Pleuronectiformes (flatfishes)Pleuronectiformes Family:Soleidae.
Mouth completely in front of eyes Both dorsal fins without spines Five pairs of gill slits Anal fin present Broad snout.
2 pt 3 pt 4 pt 5pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2pt 3 pt 4pt 5 pt 1pt 2pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4pt 5 pt 1pt Scales AdaptationsSensesAnatomySMART.
Instructions for using this template. Remember this is Jeopardy, so where I have written “Answer” this is the prompt the students will see, and where.
CLUPEIDAE by: Joseph C. Rayos Philippines. Herrings Shads Sardines Clupeidae.
Identification of Larval Fish Family: Antennariidae Presented by: Edwison Setya F. *) Presented in Advanced Regional Workshop on Larval Fish Identification.
Family Gerreidae (Mojarras)
Aquatic Ecology Course Zoo 374
Chordates and Vertebrates The Agnatha – Jawless Fish.
Chapter 39 Fishes Section 3 Bony Fishes.
I. Jawless Fish: -there are 2 types -both are parasites Unit 8 The Fishes.
Bony Fish Morphology.
Morphological feature of Elopidae, Champsodontidae and Hemiramphidae By: Chea Tharith Inland Fisheries Research and Development Institute, Fisheries Administration,
November 14, Fish Friday 1. Scombroidei 2. Grab bag of small marine fishes 3. We will read the Karieva et al. paper for next Wednesday (not Monday).
Seed production of grey mullets. Distribution and importance: Milk fish belongs to the family Mugilidae and Order Mugiliformes It is distributed in the.
Step One: lift pectoral fin, cut around the gill up into the head. bass, snapper, grouper, & codd Angle knife towards head.
Head direction 1 step (take photo of whole body of shark) Measuring tape Use white or dark background (polystyrene) pending colour of specimens Name of.
Classis Pisces Animal Taxonomy Team Faculty of Biology Jenderal Soedirman University Subject: animal taxonomy.
Fish Morphology The morphology of a fish is a result of adaptations to several forces. Environmental influences cause variations in the general structure.
Bcarson jones  All sharks don’t have no bones, there skeleton is made of cartilage.  All sharks have up to 3,000 teeth at one time and it has 5 rows.
Dorsal Fin Caudal Fin Anal Fin Pelvic Fin Pectoral Fin Operculum.
FISH APPENDAGES – FINS The fish external appendages are essentially the fins which constitute the most vital external features for identifying fish using.
Wisconsin Game Fish Identification
Fish Anatomy body shape Laterally compressed.
The Great White Shark By: Justin.
EXTERNAL FEATURES AND INTERNAL ANATOMY GENERAL EXTERNAL FEATURES • The overall structure of a fish is arranged to present a more or less streamlined shape.
Notes: Cartilaginous Fish
Morphological and Sectional studies of Amphioxus & Lamprey
Identification of Larval Fish Family: Monacanthidae
Presentation on outcomes of larval fish study
Ch Fish How many of you have a fish aquarium?
Bell Work What are three types of fish production methods?
Welcome to shark week.
by KAMOLRAT PHUTTHARAKSA
Author: Dr. JAWAHAR -TAXONOMY OF FINFISH
MORPHOLOGY.
Fish Larvae.
The Vertebrate Story Part 1 Introduction.
QUANTITATIVE AND QUALITATIVE OBSERVATIONS
Author: Dr. JAWAHAR -TAXONOMY OF FINFISH
Phylum Chordata A.K.A. Chordates.
BRYOZOANS, PHORONOIDS, LAMP SHELLS
Presentation transcript:

Identification of Larval Fish Family: Lutjanidae Presented by: Edwison Setya F. *) Presented in Advanced Regional Workshop on Larval Fish Identification and Fish Early Life History Science, 26 May – 15 June 2008 in Seafdec TD, Samut Prakan, Thailand.

Review of Morphological Features Body initially elongate, but quickly become moderate to deep bodied and laterally compressed. There’re 24 myomeres ( ). The gut begins to coil shortly after hatching. A small gas bladder is located above the anterior portion of the gut. It’s generally inflated in mm preflexion larvae. Head is moderate to large and compressed. Spines are present early in the preflexion stage (approx. 2-3 mm) on both border of the preopercle. Those become larger and more numerous. Spine at the angle becomes the largest in the head. Lightly pigmented initially. Melanophores are present on the dorsal surface of the gut and gas bladder, along the membrane of dorsal and pelvic fin spines and along the ventral edge of the tail. In most species, it may be decrease with the development until flexion.

GenusDAP1P2CVert Apsilinae LipocheilusX, 10III, I, ParacaesioX, 9-10III, I, ParapritipomoidesX, 10III, 816I, Caesioninae CaesioX, 13-16III, I, DipterygonotusXII-XV, 8-11III, I, GymnocaesioX-XI, 14-16III, I, PterocaesioX-XII,14-22III, I, Etelinae AphareusX, 10-11III, I, AprionX, 11III, I, EtelisX, 11III, I, PristipomoidesX, 11III, I, RandallichthysX, 11III, I, Review of Morphological Features (contd.) Table of Meristic Character

Review of Morphological Features (contd.) GenusDAP1P2CVert Lutjaninae LutjanusX-XII, 12-16III, I, MacolorIX-X, 13-15III, I, PinjaloXI-XII, 13-14III, I, Paradicichthyinae SymphorichthysX, 17-19III, I, SymphorusX, 14-17III, I, Table of Meristic Character

This sample is taken from Southern of South China Sea (SCS). Especially in Western Kalimantan waters, around Natuna islands. Taken on mid year 2005, in the collaborative research between Seafdec and Indonesian officers. Sampling gear was bongo net of MV Seafdec 2. Information of Sampling

Information of Sampling (Contd.) Sampling track.

Figure TL: 2.84 mm TL: 3.75 mm TL: 3.99 mm TL: 2.12 mm

Figure TL: 4.55 mm TL: 5.51 mm TL: 5.31 mm TL: 5.4 mm

Detail of Illustrated Specimen TL: 5.4 mm BD: 2.2 mm ED: 0.5 mm SnL: 0.4 mm PAL: 2.7 mm Stage: post-flexion DF: VII, 12 AF: II, 8 P1F: -- P2F: I, 6 PCR: 20 My: 24

Body deep, circular eye, transparent over the brain. Head is moderate shape. Spines at the opercular, pectoral fin, anal fin, pelvic fin and dorsal fin. Pigmentation on brain, pelvic, dorsal spine membrane and post anal. First pelvic fin ray is longer than the spine. Morphological Description

Similar Features with Other Family The early lutjanid larvae are likely to be confused with many other percoid larvae. Early appearance of the pre opercular spines, pelvic fin and dorsal fin spines. and small but visible gas bladder will distinguish these from other such as pomacentrids. Other characteristic organ are lutjanid don’t have serrate ridge on the top of the head (Siganids). Serranids of the subfamily Anthiinae has similar features. But this family doesn’t have spine at the top of the head. There’s only supraoccipital.