Marine names

Cards (164)

  • Epinephelidae
    Groupers (lapu-lapu)
  • Lutjanidae
    Snappers (maya-maya)
  • Haemulidae
    Sweetlips (likti)
  • Lethrinidae
    Emperor (katambak)
  • Carangidae
    Jacks (mamsa)
  • Caesionidae
    Fusiliers (solid)
  • Nemipteridae
    Breams (baklid)
  • Mullidae
    Goatfish (timbongan)
  • Balistidae

    Triggerfish (pugot)
  • Chaetodontidae
    Butterflyfish (alibangbang)
  • Pomacanthidae
    Angelfish (kadlo)
  • Labridae
    Wrasse (labayan)
  • Scaridae
    Parrotfish (molmol)
  • Acanthuridae
    Surgeonfish (indangan)
  • Siganidae
    Rabbitfish (danggit)
  • Kyphosidae
    Rudderfish (ilak)
  • Pomacentridae
    Damselfish (palata)
  • Anthiinae
    Fairy basslets (kiwi)
  • Zanclidae
    Moorish idol (saguwanding)
  • Serranidae
    Basslets
  • Monacanthidae
    Filefishes
  • Tetraodontidae
    Puffers
  • Diodontidae
    Porcupinefishes
  • Ostracciidae
    Boxfishes
  • Scorpaenidae
    Scorpionfishes
  • Ephippidae
    Batfishes
  • Holocentridae
    Squirrelfishes
  • Apogonidae
    Cardinalfishes
  • Blenniidae
    Blennies
  • Gobiidae
    Gobies
  • Pinguipedidae
    Sandperches
  • Synodontidae
    Lizardfishes
  • Cirrhitidae
    Hawkfishes
  • Animals
    • Multicellular
    • Eukaryotic cells without cell walls
    • Heterotrophs
    • Can actively move (except adult sponges)
  • Invertebrates
    Animals that lack a vertebral column
  • Vertebrates
    Animals that possess an internal skeletal rod (backbone) composed of units known as vertebrae
  • Phyla
    • Porifera (Sponges)
    • Cnidaria (Coelenterates)
    • Ctenophora (Comb Jellies)
  • Porifera (Sponges)

    • Asymmetrical or radially symmetrical
    • Three cell types: pinacocytes, mesenchyme cells, and choanocytes
    • Central cavity or branching chambers for water circulation during filter feeding
    • No tissues or organs
  • Sponges
    Simple, asymmetric, sessile animals permanently attached to a solid surface
  • Sponge structure and function
    • Body built around a system of water canals
    • Tiny holes (ostia) for water circulation
    • Water exits through a large opening (osculum)
    • Lack tissues and organs
    • Flagella movement of collar cells provides water flow
    • Pinacocytes provide outer covering
    • Archaeocytes can form any cell type for repair and regeneration
    • Spicules provide skeletal support