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  During the course students will gain knowledge about basic components of photosynthesis
                       such as algal pigments, carotenoids, photosystems, oxygen evolving complex, and electron
                       carriers.

               THEORY (45 Hours)

               UNIT-I                                                                              (9 Hours)

               Criteria  for  algal  classification  (pigments,  reserve  food,  flagella,  chloroplasts,  pyrenoids,  eye
               spots,  endoplasmic  reticular  membrane  etc.);  Comparative  account  of  important  systems  of
               classification (Fritsch, Round, Chapman and Lee).

               UNIT-II                                                                             (9 Hours)
                Salient features: Cell structure, thallus organization, reproduction and broad classification of i)
               Cyanophyta ii) Xanthophyta iii) Bacillariophyta iv) Dinophyta.
               UNIT-III                                                                            (9 Hours)

               Salient features: Cell structure, thallus organization, reproduction and broad classification of v)
               Chlorophyta vi) Phaeophyta vii) Cryptophyta and viii) Rhodophyta.

               UNIT-IV                                                                             (9 Hours)
               Diversity  in  algal  habitats  (terrestrial,  freshwater  and  marine  ).  Thallus  organization  in  algae
               including evolutionary trends. Reproduction (vegetative, asexual and sexual), origin and evolution
               of sex, life cycles. Current concepts and relationships of protochlorophycean algae.
               UNIT-V                                                                              (9 Hours)

               Rhythms  and  bioluminescence  in  dinoflagellates.  Economic  importance  of  algae  (algal
               biofertilizers,  algal  blooms,  algae  as  food  and  feed,  uses  in  industries  etc.)  Algae  in
               Biotechnology.

               PRACTICAL(30 Hours)


                   1.  Algal collections from different habitats and their identification.
                   2.  Morphology  and  reproductive  stages  of  following  genera:Cyanophyta:  Chroococcus,
                       Microcystis,  Oscillatoria,  Lyngbya,  Nostoc,  Anabaena,  Gloetrichia,  Cylindrospermum,
                       Scytonema.
               Chlorophyta:  Volvox,  Hydrodictyon,  Chlorella,  Pediastrum,  Scenedesmus,  Oedogonium,
               Bulbochaete,  Cosmarium,  Closterium,  Zygnema,  Sphaeroplea,  Cladophora,  Pithophora,
               Spirogyra,  Caulerpa,  Codium,  Valonia,  Halimeda,  Acetabularia,  Chara,  Nitella,  Coleochaete,
               Dreparnaldia.
               Xanthophyta: Vaucheria, Botrydium. Bacillariophyta: Pinnularia, Synedra, Navicula, Cyclotella.
               Phaeophyta:     Ectocarpus,   Fucus,    Laminaria,    Dictyota,   Desmortestia,    Sporochnus,
               Sargassum.Rhodophyta:  Erythrotrichia,  Porphyra,  Nemalion,  Batrachospermum,  Corallina,
               Gelidium, Polysiphonia


               SUGGESTED READINGS:

                   1.  Chapman, V.J. and D.J. Chapman. The Algae. ELBS and Macmillan, NY. 1977.
                   2.  Lee, R. E., Phycology, Cambridge University Press, Cambridge, 2008
                   3.  VanDen Hock, C., Mann, D.G. and Jahns, H. M. Algae: An Introduction to Phycology,
                       Cambridge University Press, Cambridge, 1995.




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