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Faculty of Science Handbook, Session 2019/2020

               References:                                     3.   Winter,  J.D.,  (2011).  Principles  of  Igneous  and
               1.   Perkins,  D.  (2013).  Mineralogy.  Pearson,  568  pp.   Metamorphic Petrology. Pearson Education Limited.
                   ISBN-13: 978-1292039114                     4.   Shelly,  D.  (1992).  Igneous  and  metamorphic  rocks
               2.   Perkins,  D.  and  Henke,  K.R.  (2003).  Minerals  in  Thin   under   microscope:   classification,   textures,
                   Section.  Prentice  Hall,  176  pp.  ISBN-13:  978-  microtextures  and  mineral  preferred  orientation.
                   0131420151                                     Chapman & Hall 445 pp
               3.   Deer,  W.A.  Howie,  R.A.  &  Zussman  J.  1971.  An   5.   Raymond L.A. (1995). Metamorphic. WCB, 742 pp
                   introduction to the Rock Forming Minerals. Longman ,   6.   Philpotts  A.R.and  Ague  J.J.  (2009).  Principles  of
                   London                                         Igneous  and              metamorphic  petrology  (2nd  ed).
               4.   Kerr, F.K 1959. Optical  Mineralogy. Mc Graw-Hill. New   Cambridge Uni. Press.
                   York                                        7.   Rollinson,  H.  R.  (1993).  Using  geochemical  data:
               5.   Moorhouse  ,  W.W.  1959.  The  study  of  rock  in  thin   evaluation,  presentation  and  interpretation.  Longman.
                   section . Harper Row Publication.              352

               SIG1005 BASIC MINERALS, ROCKS AND FOSSILS       SIG2002   GEOCHEMISTRY

               Introduction  to  minerals,  rocks  and  fossils  based  on  the   The course begins with a general overview of geochemistry,
               examination  of  hand  specimens.    The  study  of  primary   and  a  review  of  concepts  the  student  should  have  come
               characteristics of minerals such as crystal systems, crystal   across already, such as cosmology, nuclear reactions, and
               habits,  hardness,  lustre,  colour  etc.    Compositions  of   calculations  involving  atomic  mass,  equilibrium  constants,
               minerals, textures, crystal/grain sizes, rock fabrics, etc in the   and  reactions  involving  minerals.  Then,  two  and  three
               classification  of  igneous,  metamorphic  and  sedimentary   dimensional  chemographies  are  introduced,  together  with
               rocks.  Identification and classification of invertebrate fossils   their association with phase diagrams, and their uses within
               and  their  significance  in  determining  the  ages  of   metamorphic  petrology  and  understanding  weathering
               sedimentary sequences.                          processes.  Radiometric  dating,  and  the  use  of  stable
                                                               isotopes conclude the course.
               Assessment Methods:
               Continuous assessment   : 100%                  Assessment Methods:
                                                               Continuous assessment   : 40%
               Medium of Instruction:                          Examination          : 60%
               English
                                                               Medium of Instruction:
               Soft Skills:                                    English
               CS3, CT3, LS2, LL3, EM2, TS2
                                                               Soft Skills:
               References:                                     CS3, CT3, TS2, LL3, LS2, EM2
               1.  Hamilton, W.R., Wolley,  A.R.  and  Bishop, A.C.  (2013).
                  The      Hamlyn  Guide  to  Minerals,  Rock  and  Fossils   References:
                  Paperback. 320p.                             1.  Brownlow, A.H. (1995). Geochemistry. 2nd Ed. Prentice-
               2.  Pellant, C. (2010) Rocks and Minerals. (DK Handbooks)   Hall, 498
                  Paperback. 256p.                             2.  Faure, G. and Mensing, T.M. (2004) Isotopes: Principles
               3.  Fardon,  J.,  Parker,  S.  (2012).The  Complete  Illustrated   and Applications. 3rd Ed. John Wiley, 928 pp.
                  Guide  to  Minerals,  Rocks  &  Fossils  of  the  World.   3.  Krauskopf,  K.B.  (2003).  Introduction  to  Geochemistry,
                  Paperback.                                      3rd Ed. McGraw Hill, 668 pp.
               4.  Hamilton, W.R., Wolley,  A.R.  and  Bishop, A.C.  (1992):    4.  Marshak,  S.  (2012).  Essentials  of  Geology  (Fourth
                  The  Hamlyn  Guide  to  Minerals,  Rocks  and  Fossils.    Edition). W. W.  Norton  &  Company,  648  pp.  ISBN-13:
                  320p.                                           978-0393919394.
               5.  Simon & Schuster (1986): Guide to rock and minerals.    5.  Sharp,  Z.  (2006).  Principles  of  Stable  Isotope
                  607p.                                           Geochemistry.  Prentice-Hall,  360  pp.  ISBN-13:  978-
                                                                  0130091390.
                             LEVEL 2 COURSES                   6.  White, W.M. (2013). Geochemistry. Wiley-Blackwell 668
                                                                  pp. ISBN-13: 978-0470656686.
               SIG2001    IGNEOUS AND METAMORPHIC PETROLOGY    7.  White,  W.M.  (2015).  Isotope  Geochemistry.  Wiley-
                                                                  Blackwell, 496 pp. ISBN-13: 978-0470656709.
               Classification  of  igneous  rocks.  Magma  evolution  and
               petrogenetic processes. Diversity of igneous rock. Definition,   SIG2003   STRUCTURAL GEOLOGY I
               Types of metamorphism and their limitations. Depth zones,
               facies  and  reaction in metamorphism.  Microscope study  of   Principles  of  deformation.    Mechanism  of  faulting,  folding
               Igneous and metamorphic rock.                   and  related  structures.  Stereographic  projections  of
                                                               geological  data.  Description,  interpretation  and  analysis  of
               Assessment Methods:                             geological structures and structural maps.
               Continuous assessment   : 40%
               Examination           : 60%                       Assessment Methods:
                                                               Continuous assessment   : 40%
               Medium of Instruction:                          Examination          : 60%
               English
                                                               Medium of Instruction:
               Soft Skills:                                    English
               CS3, CT3, TS2, LL2, EM2
               References:                                     Soft Skills:
               1.   Philpotts  A.R.,  and  Ague  J.J.(  2009).  Principles  of   CS3, CT3, TS2, LL2, EM2, LS2
                   Igneous  and              metamorphic  petrology  (2nd  ed).
                   Cambridge Uni. Press.
               2.   Gill,  R.,  (2010).  Igneous  Rocks  and  Processes:  A
                   Practical Handbook. Wiley Blackwell.
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