BOARD OF STUDY IN PLANT PROTECTION
List of Courses of the Board of Study
Course No
|
Course Title
|
Credits
|
First Semester
|
||
PP 5101
|
General Microbiology
|
2
|
PP 5102
|
Plant Pathology
|
2
|
PP 5103
|
Insect Morphology
|
3
|
PP 5104
|
Insect Physiology
|
2
|
PP 5105
|
Clinical Plant Pathology
|
2
|
PP 5106
|
Pesticide Toxicology
|
2
|
PP 5107
|
Pesticide Technology
|
1
|
PP 5108
|
Methods in Microbiology
& Microbial Technology
|
3
|
PP 5109
|
Molecular Microbiology
|
2
|
PP 5110
|
Microbial Genomics
|
2
|
PP 5151
|
Plant Molecular Biology
|
2
|
PP 5152
|
Indigenous Technology
for Plant Protection
|
2
|
PP 5153
|
Soil Borne Pathogens and
Root Diseases
|
2
|
PP 5154
|
Epidemiology
|
2
|
PP 5155
|
Immunology
|
2
|
PP 5156
|
Integrated Pest Management in the Tropics (M.Sc. in Tropical
Agriculture)
|
|
PP 5197
|
Internship / Practicum
|
2
|
PP 5198
|
Directed Study
|
1
|
PP 5199
|
Seminar
|
1
|
PP 5206
|
Integrated Pest Management
|
|
PP 5158
|
Methods of Invertebrate
Ecology
|
|
Second semester
|
||
PP 5201
|
Insect Systematics and
Identification
|
2
|
PP 5202
|
Insect Ecology and
Behaviour
|
2
|
PP 5203
|
Nematology
|
2
|
PP 5204
|
Biological Control of
Agricultural Pest
|
2
|
PP 5207
|
Plant Resistance to
Insect Pests
|
2
|
PP 5208
|
Molecular Diagnostic for
Plant Protection
|
2
|
PP 5209
|
Post Harvest Protection
|
2
|
PP 5210
|
Acarology
|
2
|
PP 5211
|
Microorganisms with
Medical Importance
|
2
|
PP 5212
|
Aquatic Microbiology and
Water Quality
|
2
|
PP 5213
|
Industrial Microbiology
and Biotechnology
|
2
|
PP 5214
|
Molecular Plant
Microbial Interactions
|
2
|
PP 5251
|
Insect Toxins and Insect
Transmission of Plant disease
|
2
|
PP 5252
|
Molecular Virology
|
2
|
PP 5253
|
Pests and Diseases of
Forests
|
2
|
PP 5254
|
Disease Management in
Floricultural Crops
|
2
|
PP 5255
|
Insect Pathology and
Microbial Control of Insect Pests
|
2
|
PP 5256
|
Techniques and
Strategies in Plant Molecular Biology
|
3
|
PP 5257
|
Crop Protection in the
Tropics
|
2
|
PP 5259
|
Insect pest management
in horticultural crops
|
2
|
List of Courses
Course No
|
Course Title
|
Credits
|
Option
|
First Semester
|
|||
PP 5101
|
General Microbiology
|
2
|
Elective
|
PP 5102
|
Plant Pathology
|
2
|
Elective
|
PP 5103
|
Insect Morphology
|
3
|
Elective
|
PP 5104
|
Insect Physiology
|
2
|
Elective
|
PP 5105
|
Clinical Plant Pathology
|
2
|
Elective
|
PP 5106
|
Pesticide Toxicology
|
2
|
Elective
|
PP 5107
|
Pesticide Technology
|
1
|
Elective
|
PP 5151
|
Plant Molecular Biology
|
2
|
Elective
|
PP 5152
|
Indigenous Technology for
Plant Protection
|
2
|
Elective
|
PP 5153
|
Soil Borne Pathogens and
Root Diseases
|
2
|
Elective
|
PP 5154
|
Epidemiology
|
2
|
Elective
|
PP 5156
|
Integrated Pest Management in the Tropics
|
|
|
PP 5197
PP 5198
|
Internship / Practicum
Directed Study
|
2
1
|
Elective
|
PP 5199
|
Seminar
|
1
|
Elective
|
CS 5103
|
Weed Biology
|
2
|
Elective
|
SS 5106
|
Environmental Pollution
and Control
|
2
|
Elective
|
PP 5206
|
Integrated Pest Management
|
2
|
|
PP 5158
|
Methods of Invertebrate
Ecology
|
|
|
Second Semester
|
|||
PP 5201
|
Insect Systematics and
Identification
|
2
|
Elective
|
PP 5202
|
Insect Ecology and
Behaviour
|
2
|
Elective
|
PP 5203
|
Nematology
|
2
|
Elective
|
PP 5204
|
Biological Control of
Agricultural Pest
|
2
|
Elective
|
PP 5207
|
Plant Resistance to
Insect Pests
|
2
|
Elective
|
PP 5208
|
Molecular Diagnostic for
Plant Protection
|
2
|
Elective
|
PP 5209
|
Post harvest protection
|
|
|
PP 5210
|
Acarology
|
|
|
PP 5214
|
Molecular Plant
Microbial Interactions
|
2
|
Elective
|
PP 5251
|
Insect Toxins and Insect
Transmission of Plant disease
|
2
|
Elective
|
PP 5252
|
Molecular Virology
|
2
|
Elective
|
PP 5253
|
Pests and Diseases of
Forests
|
2
|
Elective
|
PP 5254
|
Disease Management in
Floricultural Crops
|
2
|
Elective
|
PP 5255
|
Insect Pathology and
Microbial Control of Insect Pests
|
2
|
Elective
|
PP 5256
|
Techniques and
Strategies in Plant Molecular Biology
|
3
|
Elective
|
PP 5259
|
Insect pest management
in horticultural crops
|
|
|
CS 5202
|
Weed Control
|
2
|
Elective
|
COURSE CAPSULES OF THE BOARD OF STUDY IN PLANT PROTECTION
Courses Offered in the First Semester
PP 5101.General Microbiology: (2)
General introduction. Evolution of
microorganisms. Classification. Sub cellular structure. Nutrition and growth. Microbial genetics and physiology.
Overview of general methodology in microbiology.
Prokaryotic diversity, Ecophysiology and habitat. Microbial ecology and environmental activities.
Microorganisms and industry. Control of microorganisms
PP 5102. Plant Pathology (2)
Concepts of diseases in plant. Pathogenesis.
Molecular biology of plant infection. Inoculum and disease severity. Host parasite relations. Environment and disease
development. Defense mechanisms.
Disease Management.
PP 5103. Insect Morphology (3)
The external structure of insects;
exoskeleton, metamerism, body regions, the appendages :antennae; mouthparts; legs, wings and abdominal appendages.
Maintenance systems; enteron; circulatory;
respiratory; reproductive system; Control systems; nervous system, sensory receptors; endocrine system and exocrine
glands.
PP 5104. Insect Physiology (2)
The functions of insect structures. Life
processes and metamorphosis of insects. Physiology of moulting and body wall: formation of chemical properties of cuticle.
Consequences of the possession of
exoskeleton. Digestion, nutrition and metabolics. Respiration in terrestrial
and aquatic insects. The blood
constituents, circulation; homeostasis. Excretion. Senses: Chemoreception;
mechanoreception; tactile senses; sensitivity to gravity, pressure, movement; hearing and sound production. Vision.
Physiology of reproduction. Mating process and methods
of sperm transfer; impregnation; oviposition; sex determination. Muscle action:
strength and activity; energy
source. Body temperature and humidity. Coordination: nervous and endocrine systems. Insect hormones,
pheromones and defensive secretions
PP 5105. Clinical Plant Pathology (2)
Clinical procedures and diagnostic
techniques, Specialized techniques for identification and study of plant diseases. Analysis of field
problems. Field assignments and reports
PP 5106. Pesticide Toxicology (2)
Principles and methods used in toxicology of
pesticides. Chemical composition of insecticides and fungicides and their effects in plant and animal tissues.
Toxicity to fauna and flora including domesticated
animals and wildlife. Acute and chronic toxicity in humans.
PP 5107. Pesticide Technology (1)
Pesticide legislation, Registration of
pesticides, FAO international code of conduct. Formulation of pesticides, Application techniques, equipment, Application
schedules following monitoring of
pests. Safety procedures and protection of farmers
PP 5108. Methods in Microbiology and
Microbial Technology. (3)
Safety in microbiology. Culture methods of
bacteria, fungi, algae & protozoa, microbial consortia and communities. Biochemical and molecular
approaches to measurements of biomass density, diversity and phylogeny.
Microorganisms and recombinant DNA technology. Plasmids
and phages as cloning vectors, Cloning procedures, cDNA and genomic libraries ;construction and screening, DNA probes and
labeling techniques, Colony and plaque hybridization
methods, Solution hybridization, Yeast two hybrid systems and phage displays, Polymerase chain reaction and its
applications in microbiology, Bacterial transformation methods, Expression of mammalian genes in bacteria, Use of
Agrobacterium vectors An integrated
discussion of recent genetic, biochemical and engineering approaches to
microbial processing from
Antibiotic, Biomass and Citric acid to Zymomonas.
PP 5109.
Molecular Microbiology (2)
Macromolecular
Synthesis and Processing: DNA, RNA, and Protein Synthesis. Protein molecules. Macromolecular
interactions, Biological membranes and bacterial cell wall. Membrane transport, Mode of action of
antibiotics. Bacterial two component signal transfer systems, Growth, Physiology and metabolic regulation in
Bacteria, Quorum sensing, Microbial stress
responses. Biofilms-structure, phenotypic changes and distribution. Bacterial
Genetics: Genetic material, DNA
Exchange and transformation, Repair. Transposons, Regulation of Prokaryotic Gene Expression.
Bacteriophage Genetics.
PP 5110.
Microbial Genomics (2)
Introduction
to genome and structural and functional genomics, Structural diversity of
microbial genomes, Strategies to
determine genome biodata, Physical map construction for microbial genomes, High resolution maps and linkage
maps (gene encyclopedia), Identification/mapping of genes, Genomic fingerprinting, Genome sequencing
strategies, bioinformatics and genome analysis,
Mutational studies and functional assays at phenotypic and gene expression
level
PP 5151.
Plant Molecular Biology (2)
Introduction
to plant molecular biology, Structure, regulation and function of plant genes
and multi gene families, Signal
Transduction ,Control of plant developmental and physiological processes at molecular level, Scope for
genetic manipulation of different plant processes, Current perspectives
PP 5152.
Indigenous Technology in Plant Protection. (2)
Evolution
of monoculture farming systems from chena to date. Kandyan forest garden
systems. Hazards of modern
agriculture. Ecological concepts of traditional agriculture. Plant protection as a holistic process in ecological farming for
higher sustainability. Concept of spiritual, ecological
and biodynamic farming for minimal pest damage. Survey of traditional herbal
pest management techniques used in Sri Lanka.
Case studies of spiritual and biodynamic pest management
techniques used in Sri Lanka.
Nawakekulama, Organic farming Biodynamic
sowing and planting
calendar, Kem and religious methods for prevention of pest infestations in plants and farm animals.
( Field
trip). Methodology to test indigenous knowledge.
PP 5153.
Soil borne Pathogens and Root Diseases (2)
Population
dynamics of soil borne pathogens, Rhizosphere influence on pathogens, effect of
soil environment on root diseases of
crops of economic importance. Control.
PP 5154.
Epidemiology (2)
Epidemiology,
disease assessment and crop losses, pathogen factors in epiphytotics, Analysis and forecasting of epidemics, Control
of plant diseases, Pesticides and their mode of action, use and abuse of pesticides
PP 5155. Immunology. (2)
General introduction to mammalian immune
system. Barriers to infection. Evolution.
Complement system. Biological
effect of complement. Antibodies and their receptors. Antibody effector functions. T cell receptors. Major
histocompatibility complex. Antibody formation and generation of diversity. Antigen recognition and Antigen presentation. B-cell and T-cell interaction.
Immunochemical techniques: Estimation of antibody- Antigen antibody
interactions in solution.
Immunoassay with solid phase antigen. Identification and quantitative assessment.
Electrophoresis, SDS-PAGE, Single radial Immunodiffusion SRID, Immunoblotting,
Immunoassay of antigens. Monoclonal
Antibodies, Engineering Ab. Cellular techniques: Separation of leukocytes
based on physical, biological parameters and antibody
coating. Immunohisto-chemistry.
PP 5156. Integrated Pest
Management in the Tropics (pass/fail course)
This practical training program is designed
to provide the students the basic idea behind area- wide IPM, understand how
to develop a site survey and IPM plan, improve plant health through cultural strategies, monitor pest
populations, maintain records and determine when pesticide use is appropriate in an integrated approach.
PP 5197. Internship/Practicum (2)
PP 5198. Directed Study (1)
PP 5199. Seminar (1)
PP 5158.
Methods of Invertebrate Ecology
Methods
of Invertebrate sampling, handling, rearing, Assessment methods of insect
populations; Modeling of invertebrate
populations; Methods in insect behaviour studies, foraging behaviour of parasitoids; Assessment methods of
bio-control agents; Host specificity testing; Assessment methods of non-target effects of
bio-control agents; Assessment of parasitism; Assessment of host parasitoid synchronization; current
research in invertebrate ecology.
PP 5206.
Integrated Pest Management (2)
History of
IPM, Economics Injury level and pest status, Assessment of Pest population and
crop losses, Natural regulation of Pest
populations, IPM components(Cultural control, Physical and mechanical control, Regulatory control,
Biological control, Host Plant Resistance, Sterile Insect Techniques and Chemical control ) IPM for
different cropping systems, Research Extension and Farmer training, Institutional Aspects of IPM.
7.10.4.2 Courses Offered in the Second Semester
PP 5201. Insect Systematics and
Identification (2)
The species concept. Diversity of insect
world. Principles of nomenclature and classification, Diagnostic and special features of major taxa of
Superclass Hexapoda, Use and construction of identification
keys, Procedures adopted in identification of insects up to species level. Use
of chemotaxonomy and mophometric studies
in subspecies level identification.
PP 5202. Insect Ecology and Behaviour (2)
Principles of ecology and analysis of the
insect environment. Effect of climate and abundance and distribution of insect populations. Biotic factors in the
environment, Intraspecific and interspecific
competition. Models of growth and stability of insect populations, Life table studies, Use of population dynamics
strategies in insect pest control. Forms of insect behaviour. Functional aspects of behaviour and feeding,
flight and defensive behaviour , Physiology of behaviour
of social and non-social insects, Mating behaviour, Photoperiodism and
insect behaviour,
Communication in insects, hormonal and Pheromonal control of insect behaviour, Manipulation of ecological factors and
insect behavior in insect pest management .
PP 5203. Nematology (2)
The morphology, taxonomy, ecology of
nematodes parasitic on cultivated crops.
PP 5204. Biological Control of Agricultural
Pests (2)
Scope of Biological control and concepts of
natural regulation, Ecology of Biological control, Biology and Taxonomy of entomophagous insects, Predator-Prey
systems and Host-parasite systems,
Conservation of Augmentation of natural enemies, Classical biological control, Microbial control
PP 5207.
Plant Resistance to Insect Pests (2)
Insect
Plant Interaction, Host Plant Selection in phytophagous insects, Mechanisms
of resistance,
Factors affecting expression of resistance, Implementation of Host-plant
resistance program, Role of vector
resistance in virus disease control in plants, Case studies
PP 5208.
Molecular Diagnostics for Plant Protection (2)
Importance
of using molecular techniques for the identification of pathogens and pests;
field collection of plant and animal
specimens for DNA work; DNA and RNA extraction techniques form plants, insects and
microorganisms; DNA probes and their use in identification of pathogens and pests, PCR as a diagnostic tool;
PCR and Non-PCR based diagnostic techniques to
identify plant pathogens and pests; RAPDS, AFLP, SSCP, SSR. Use of special gel electrophoretic techniques for
diagnostics TGGE &DGGE Sources of probes and primers for diagnostics; Nuclear DNA, CpDNA, mtDNA, rDNA,
RAPDS & SSRs. Screening for genetic diversity
among plant pathogens and insect pests using molecular tools. Molecular
taxonomy, phylogenetics and data
analysis, Case studies.
PP 5209.
Post Harvest Protection (2)
Causes of
losses, Economic importance, Identification of pests and diseases, biology and damages to stored grain and other harvest
products caused by insects and other animals. Cross infestations, secondary pests, (fungus feeders,
scavengers). Microorganisms infecting durable and
perishable products, Mechanisms of deterioration of the produce. Management of
post harvest pests and
diseases in Sri Lanka, Control measures, Clean products, drying, cold storage, pest proof buildings and sealable
containers, storage hygiene, avoidance of mechanical damage and other disease producing situations,
removing surface wetness, Chemical methods including
fumigation.
PP 5210.
Acarology (2)
External
morphology of acarina; segmentation and body regions; integument; mouthparts;
legs. Internal anatomy. General biology:
life cycles; feeding habits and habitats. Classification and identification of acarina. Collection,
preservation and preparation of mites for studies, Description
of economically important species of ticks and mites. Control of phytophagous mites and exoparasitic ticks and mites..
PP 5211.
Microorganisms with medical importance (2)
Microbial
pathogens of man. Bacterial pathogens, viruses including HIV as human
pathogens. Laboratory Diagnostic
tests, procedures and techniques for identification of human pathogens, Opportunistic infections, Laboratory
requirements and proper lab practice in a medical microbiology lab, Antibiotics and other chemotherapeutic agents,
Mode of action of antibiotics. Microbial
resistance to drugs, mechanisms of acquired resistance, Prevention of drug
resistance, common Immunizations.
Recombinant vaccines and drug design.
PP 5212.
Aquatic Microbiology and Water Quality. (2)
Water
microbiology aquatic microorganisms. Quality parameters of drinking water.
Quality standards and other
indicator microorganisms. Quality tests. Common pollutants of drinking water and disease associated with
them. Pollution and impact of pollution of waterways and reservoirs. Purification of drinking
water and assessment of efficacy. Wastewater management. Taxonomy & Physiology of Marine
Microorganisms. Distribution and metabolic activities of various marine microbes in Open Ocean,
coastal areas and artificial environments such as harbors. Deep sea habitats. High-pressure laboratory
techniques. Biofilms. Diseases caused by marine
microorganisms in seaweeds, fish and algae
PP 5213.
Industrial Microbiology and Biotechnology (2)
Microorganisms
in food, their application in agriculture, industry, environment and health sector. Bioreactors. Biogas production and
utilization. Survey of application of Microbiology in biotechnology emphasizing the microbial pesticides,
biofertilizer, efficient microorganisms, the operation
of fermentation systems and pharmaceutical industry (recombinant
pharmaceuticals). Case studies of
down stream separation & purification protocols on an industrial scale.
Protein engineering and Enzyme
biotechnology
PP 5214.
Molecular Plant - Microbe Interactions (2)
Molecular
Biology of Plant Microbe systems. : Beneficial interactions such as
legume-Rhizobia symbiosis,
Non-legume N fixing endosymbiosis. PGPR, Mycorrhiza, Endophytes, Epiphytes etc. Pathogenic systems. Bacterial
pathogens. Molecular approaches to achieve durable disease resistance. Virulence factors and
pathogenesis. Modulators of resistance and susceptibility. Cell to cell interaction. Microbial hormones in
Plant development. Signal transduction.- Bacterial type III effectors . Regulation of plant defense reactions.
Recognition of plants by microbes. Plant
virus interactions. Cellular dynamics of interactions. Coordinated expression
of plant and
mycorrhizal
genes and their fate in plant. Molecular basis of plant response to
microbial invasion, plant pathogen co-evolution.
PP 5251.
Insect toxins and insect transmission of plant disease (2)
Studies on
the chemical and biological effects of insects feeding on plants and the
transmission of plant disease by insects
PP 5252.
Molecular Virology (2)
Plant
viruses and Mycoplasma like organisms, Molecular Virology. Investigation,
biochemistry and physiology of virus
diseases, symptomatology, transmission ,isolation and identification, Principles of electron microscopy and
serology, Specific diseases of important crops and control. Genomes of plant viruses, replication strategies, viruses
as gene vectors, cell to cell transport,
molecular strategies to achieve viral resistance
PP 5253.
Pests and diseases of forests (2)
Introduction
to pathological stress of forest trees, major grouping of leaf, stem and root diseases, rust, wilt and wound disease,
-decay and discoloration, disease diagnosis and management and tree surgery, Introduction to insect pest damages
in forest, factors affecting abundance
of forest insects, bionomics of insect pests of common forest trees in the
tropics, assessment of pest population
and extent of their damages in forest, management of forest insect
pests.
PP 5254.
Disease Management in Floricultural Crops (2)
Introduction
to disease problems in floriculture industry, Pathology, dissemination and principles
of disease management in indoor and outdoor floricultural plants, Diagnosis and
treatment, Recent developments
in disease management in floricultural crops.
PP 5255.
Insect Pathology and Microbial Control of Pests (2)
Types of
diseases, recognition and pathology, isolation of insect pathogenic
microbes, maintenance of cultures, testing against pest species, uses in
IPM programs, production and formulation
of microbial insecticides, problems of insect pathogens in beneficial insects
(silk worm, honey bees)
PP 5256.
Techniques and Strategies in Plant Molecular Biology (3)
Arabidopsis
methods in plant science, Advanced PCR strategies and PCR primer design, Sources of information for plant
scientists on the web, Computer based molecular sequence analysis and image analysis, Techniques to
isolate and characterize novel plant genes, Localization
techniques to study gene and protein expression in plants, methods in
functional genomics
PP 5257.
Crop Protection in the Tropics (2)
Prevalence and assessment of
damages caused by insect pests, diseases and weeds in tropical environments,
Management strategies for insect pests, diseases and weeds in tropics:
cultural, biological, chemical, physical and mechanical, genetic, regulatory
and traditional methods; Case studies in insect pests, diseases and weed
management; Farmer education on eco-friendly pest and crop management;
Pesticide management problems in the tropics, emergence of resistance;
Quarantine aspects of insect pests, diseases and weeds in the tropics.
PP 5259
Insect pest Management in Horticultural Crops (2)
Concepts
of pest management: conventional and traditional pest management strategies; Integrated pest management; ecological
pest management. Bionomics and management of insects
attacking horticultural crops; common polyphagous insects, aphids, whitefly,
thrips, and fruit fly. Bionomics and
management of insects attacking fruit crops. Bionomics and management of insects attacking vegetables,
crucifers, legumes, cucurbits, and leafy vegetables.
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