An introductory course, dealing with the morphology, anatomy, cytology growth, biochemistry and physiology of higher plants, with particular reference to crop plants. Most of the morphological and anatomical aspects will be dealt with by prepared handouts and practical exercises; lectures will deal mainly with plant growth, development, physiology in biochemistry.
SECTION 1 Cytology: Cell walls, cell membranes and cell organelles
SECTION 2 General anatomy gnat morphology
of planets: seeds end seedling development;
meristamatic; conducting; photosynthetic and storage structures, and tissues.
SECTION 3 Plant growth and development
Maristems; basic function of plant cells; plant cell growth and development;
primary and
secondary growth of plants; the measurement of plant growth.
SECTION 4 The control of plant growth, development, and movements
Auxins, gibberallins, cytokinins, abscisic acid and ethylene, their modes
of action in plants.
Introduction to their use in crop protection and production.
SECTION 5 Seeds and seed germination
General structure; of more seeds; chemical composition and
food reserve in seeds; seed
dormancy and qermination; metabolism of germinating seeds.
SECTION 6 Plant-water and mineral relations
Metabolic roles of water and mineral nutrients, water potential and electrochemical
potential; passage of water and minerals into, through, and
from the plant; the
physiology of stomate and water stress
Basic principles of plant-mineral nutrition.
SECTION 7 Plant-energy relations
The leaf and chloroplasts: structure and functions; CAM, C3, C4, night
& day gnseous
exchanges; photorespiration; factors affecting photosynthesis and respiration
in plants;
phloem translocation and source-sink relationships.
SECTION 8 Initiation of flowers and torage organs
Photoperiodism and vernalization
SECTIONS 1,2,3,5,7
SECTIONS 4,6,8
by A I ROBERTSON
by A B Rashbridge
Other Menus:
Agricultural
Economics
Agricultural
Engineering
Animal Science
Soil Sciences