Dinoflagellata

Fig 1: Dinophysis sacculus Schematic diagram (ventral view)from Stein 1883.

Ceratium fusus.

Exuviaella lima.

Fig 1: Gonyaulax polygramma Schematic diagram (ventral view) redrawn from Tomas et al. 1997.

Fig 1: Dinophysis caudata Schematic drawing of a cell in lateral view

Fig 2: Dinophysis caudata Image of a live cell in lateral view

Fig 3: Dinophysis caudata Image of a Formalin preserved cell in lateral view

Fig 4: Dinophysis caudata Image of a Lugol's preserved cell in lateral view

Noctiluca, zeevonk; Noctiluca, zeevonk.

Fig 6: Dinophysis caudata Image of a pair of Lugol's preserved cells in lateral view cells in lateral view

Fig 7: SEM of Dinophysis caudata

Fig 1: Cochlodinium polykrikoides Schematic diagram (ventral view) redrawn from Tomas et al. 1997.

Fig. 1. Identifying dinoflagellates: a. lateral view of a desmokont cell type (two dissimilar flagella apically inserted)

Fig 1: Schematic drawing of Prorocentrum lima

Fig 5:Prorocentrum lima SEM image of cell in right valve view

Fig 1: Coolia monotis Schematic diagram (hypothecal view) redrawn from Tomas et al. 1997.

Fig 2: Coolia monotis Schematic diagram (epithecal view) redrawn from Tomas et al. 1997

Fig 1: Alexandrium ostenfeldii Schematic drawing of a cell showing plate patterns on ventral side of cell

Fig 2: Alexandrium ostenfeldii Schematic drawing of a cell showing the morphological variation in APC and 1'

Fig 3: Alexandrium ostenfeldii whole cell with food vacuole

Fig 1: Schematic diagram of Ostreopsis ovata in hypothecal view. Scale bar = 10 ¦#181;m. Redrawn from Tomas et al. 1997

Fig 2: Schematic diagram of Ostreopsis ovata in epithecal view. Scale bar = 10 ¦#181;m. Redrawn from Tomas et al. 1997

Fig 1: Dinophysis tripos Schematic diagram redrawn from Tomas et al. 1997.

Fig 1: Schematic diagram of Alexandrium affine, showing ventral (top) and dorsal (bottom) views.