Page 150 - handbook 20162017
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Faculty of Science Handbook, Session 2016/2017




               analyses  including  measurements  of  diversity,  similarity  SIE 3006 ECONOMIC BOTANY
               and distance, and cluster analysis.  Multivariate methods,
               ordination  techniques  such  as  principal  components  Introduction to the origin of agriculture and the history of
               analysis.    Time-series  analysis,  e.g.  moving  average  distribution of tropical crops. The importance of plants as
               technique.                                       sources  for  food,  beverage,  medicine  and others.  Plants
                                                                used  in  industries  such  as  perfume,  furniture,  spices,
               Assessment Methods:                              cosmetics,  landscape  etc.  Sources  for  vegetables,  fruits
               Continuous Assessment:  60%                      and nuts. Ornamental plants.
               Final Examination:    40%
                                                                Assessment Methods:
               Medium of Instruction:                           Continuous Assessment:  50%
               English                                          Final Examination :   50%

               Soft Skills:                                     Medium of Instruction:
               CS3, CT3, LL2                                    English

               Main References:                                 Soft Skills:
               1.  Quinn,  G.P.  & M.J.  Keough  (2002).    Experimental  CS4, LL3
                   design  and  data  analysis  for  biologists.  Cambridge
                   University Press, U.K. 537 pp.               Main References:
               2.  Gotelli,  N.J.,  Ellison,  A.  M.  (2012).  A  Primer  of  1.  Evers, A., and M. Nesbitt. (2006). "Cereals," in The
                   Ecological Statistics. 2 nd  edition. Sinauer Associates,  encyclopedia  of  seeds:  science,  technology  and
                   Inc. Sunderland, Massachusetts. 579 pp.          uses. Edited  by  M.  Black,  J.  D.  Bewley,  and  P.
               3.  Legendre,  P.  &  P.  Legendre  (2012).    Numerical  Halmer, pp. 65-70. Wallingford: CABI
                   ecology.   3 rd  English   ed.  Developments   in  2.  Pamplona-Roger,  G.D.  &  Jorge,  D.  (2002).
                   Environmental Modelling, 24. Elsevier. 1006 pp.  Encyclopedia of medicinal plants. Editorial Safeliz.
               4.  Southwood,  T.R.E.  &  P.  A.  Henderson  (2002).  3.  Simpson,  B.B.  &  Ogorzaly,  M.C.  (2001).  Economic
                   Ecological methods. Blackwell Science Ltd., U.K. 575  botany: plants in our world. Mc. Graw-Hill.
                   pp.                                          4.  Wickens,  G.E.  (2001).  Economic  botany:  Principles
               5.  Sutherland,  W.J.  (ed)  (1996).    Ecological  census  and   practices.   Kluwer   Academic   Publishers,
                   techniques. Cambridge University Press. 336 pp.  Netherlands.
               6.  Brower, J.E., Zar, J.H. & C.N. von Ende (1997). Field  5.  Purseglove,   J.W.   (1984).   Tropical   crops:
                                                     th
                   and laboratory methods for general ecology. 4 Ed.,  Monocotyledons & Dicotyledons. Longman
                   WCB Mc Graw-Hill, USA. 273 pp.
                                                                SIE 3007 ECOLOGY AND MANAGEMENT OF WEEDS
               SIE 3005 BEHAVIOURAL ECOLOGY AND ETHOLOGY
                                                                Introduction  to  ecology  and  population  biology  of  weeds
               Behavioural   concepts,   historical   perspectives   of  with  emphasis  on  weed-crop  plant  interaction.  Weed
               behavioural  studies,  behavioural  diversity  inclusive  of  science  in  the  contextof  integrated  weed  management.
               social  habits  and  ecoethology  illustrating  the  functional  Weed  management  in  agro-ecosystems  and  non-crop
               aspects  and  adaptibility  of  various  groups  of  animal  environments. Introduction to herbicides. Herbicide usage,
               examples, aspects of applied ethology.           actions in plants and soil, and effect to the environment.
               Assessment Methods:                              Assessment Methods:
               Continuous Assessement:  50%                     Continuous Assessment:  60%
               Final examination:    50%                        Final Examination:    40%

               Medium of Instruction:                           Medium of Instruction:
               English                                          English
               Soft Skills:                                     Soft Skills:
               CS4, CT3, TS1                                    CS3, CT3, TS2

               Main References:                                 Main References:
               1.  Manning,  A  &  M.  Dawkins.  2012.  Introduction  to  1.  Zimdahl RL (2013) Fundamentals of Weed Science.
                   animal   behaviour.  Sixth   Edition.   Cambridge  4 ed. Academic Press. London.
                                                                     th
                   University Press. Cambridge                  2.  Booth BD, Murphy SD, Swanton CJ (2010) Invasive
               2.  Davies,  NB,  Krebs,  J.R.  &  West,  SA. 2012. An  Plant  Ecology  in Natural  and  Agricultural  Systems.
                   Introduction  to  Behavioural  Ecology. Fourth  Edition.  CABI publishing. USA.
                   Blackwell Science Ltd., Oxford.              3.  Chauchan  BS  (2012) Weed  Management  in  Direct-
               3.  Martin, P & P. Bateson. 2007. Measuring Behaviour:  Seeded Rice Systems. IRRI.
                   An  Introductory  Guide.  Third  Edition.  Cambridge
                   University Press. Cambridge.
                                                                SIE 3008 WETLAND ECOLOGY AND MANAGEMENT
                                                                Wetland  comprised  the  mangrove,  peat  swamp,  fresh
                                                                water  swamp,  estuaries,  mud  flat,  sea  grass,  coral,  sea
                                                                weed,  aquaculture,  rice  field,  river  and  lakes.  Aspects


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