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Degree Regulations and Course Descriptions 1999-2000
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REGULATIONS FOR THE DEGREE OF MASTER OF SCIENCE IN ENVIRONMENTAL MANAGEMENT [MSc(EnvMan)] (See also General Regulations)
Any publication based on work approved for a higher degree should contain a reference to the effect that the work was submitted to the University of Hong Kong for the award of the degree. Admission requirements Sc40 To be eligible for admission to the courses leading to the degree of Master of Science in Environmental Management a candidate
Sc40A A candidate who does not hold a Bachelor's degree with honours of this University or another qualification of equivalent standard may in exceptional circumstances be permitted to register if he/she demonstrates adequate preparation for studies at this level and satisfies the examiners in a qualifying examination. Qualifying examination Sc41
Award of degree Sc42 To be eligible for the award of the degree of Master of Science in Environmental Management a candidate
Length of curriculum Sc43 The curriculum shall extend over not less than two academic years of part-time study, with a minimum of 300 hours of prescribed work and shall include a written examination. Completion of curriculum Sc44 To complete the curriculum, a candidate
Dissertation Sc45 The title of the dissertation shall be submitted for approval by June 1 of the first academic year and the dissertation shall be submitted by a date specified by the Board of Studies; the candidate shall submit a statement that the dissertation represents their own work undertaken after registration as a candidate for the degree. The candidate shall make a formal presentation on the subject of his/her dissertation as required by the programme organizers, during the final semester of the teaching programme; and the dissertation and presentation shall count as the equivalent of two full courses. Examinations Sc46 The examination in any course shall consist of elements prescribed by the course teachers, and will normally comprise either written coursework alone, or coursework combined with formal examination; in either case participation in field work or practical work may form part of the examination. Sc47 A candidate who has failed to satisfy examiners at the first attempt in not more than half of the number of courses to be examined during the first year of study, or in not more than half of the courses, excluding the dissertation, in the second year of study may be permitted
Sc47A A candidate who presents himself/herself for re-examination in any subject shall not be eligible for the award of more than a pass mark in that subject. Sc48 A candidate who has failed to satisfy the examiners in more than half of the number of courses to be examined during any of the academic years of study, or in any course at a repeated attempt, may be recommended for discontinuation of studies. Sc49 A candidate who has failed to satisfy the examiners in the dissertation :
Sc50 A candidate who is unable because of his/her illness to be present for one or more papers in any written examination may apply for permission to present himself/herself at a supplementary examination to be held before the beginning of the following academic year. Any such application shall be made on the form prescribed within two weeks of the first day of the candidate's absence from the examination. An examination in these circumstances shall not be subject to regulation Sc47A above. Examination results Sc51 At the conclusion of the examination, a pass list shall be published in alphabetical order. A candidate who has shown exceptional merit at the whole examination may be awarded a mark of distinction, which shall be recorded in the candidate's degree diploma. SYLLABUSES FOR THE DEGREE OF MASTER OF SCIENCE IN ENVIRONMENTAL MANAGEMENT A candidate shall follow and be examined in eight courses, or their equivalent, in each academic year of study. COURSES The list of courses, and their contents set out thereafter, may be changed from time to time. FIRST YEAR All courses are compulsory: Semester I
Semester II
By June 1 students must have submitted their dissertation titles for approval by the Board of Studies. They will be expected to make a start on the work for this dissertation during the long vacation. SECOND YEAR Semester I 1. Three compulsory courses:
2. One course from the list of optional courses below. Semester II 1. One compulsory course:
2. One course from the list of optional courses below. List of optional courses:
The Dissertation (equivalent to 2 courses) The Dissertation (ENVM8004) will be written during the second year. Attendance at a colloquium at which presentations based on the work for the dissertations is required. This normally takes place in March. The final version of the dissertation must be submitted by April 15, or if a Sunday the next following working day. On the successful completion of the degree, a copy of the dissertation will be lodged in the University Library. Therefore, all material included in the dissertation should be suitable for public access. COURSE CONTENTS FIRST YEAR
Pollutants and sources of air pollution; air pollution index; acid rain and ozone depletion; rising CO2 levels and their significance; measurement of air pollution; introduction to air pollution meteorology and dispersion modelling. Characteristics of sound; noise measurement; noise sources; effects of noise on humans; noise problems in Hong Kong; noise planning; noise abatement program; strategies for controlling different types of noise. Legislative control of air and noise pollution.
Economic analysis approaches environmental management questions through the systematic comparison of benefits and costs associated with the various technological and planning options. Often, in the case of the environment, such comparisons are particularly difficult because the benefits (and sometimes the costs) are not in money terms. The first part of this course provides a summary of basic concepts in economic analysis (e.g., comparing of marginal costs and benefits). The second part focuses on topics of particular importance to the economic assessment of the environment (e.g., externalities, common property resources) and an introduction to project evaluation techniques.
Definition; habitats; biogeographical distribution and abundance; evolution and adaptation; population dynamics; inter-specific interactions; trophic levels and energy flow; the ecosystem concept; biological diversity and community stability/disturbance; man and his environment; extinctions/habitat destruction; biological conservation; human populations, technology and environmental change; monitoring change in the biological world.
This course focuses on the interface between planning systems and environmental management using the concept of sustainable development as an integrating conceptual framework. The evolution of the concept of sustainability is discussed and attention is focused on the development and use of sustainability indicators, policies for sustainability and the transition to sustainable development paths.
Quantitative information is crucial to our understanding of relationships in the geophysical and biological systems which constitute our environment. Yet, gaps often exist in our data bases and in some cases the relationships are so complex and variable that decisions must be made under considerable uncertainty. This course provides an overview of important statistical techniques and emphasizes issues associated with the use of quantitative information in environmental decision-making.
This seminar series provides an opportunity for presentation and discussion of topics which serve to integrate the various disciplinary inputs to the programme. Topics include emerging environmental concerns in Hong Kong and the region, developments in the methodology and practice of environmental management and case study experiences. Seminars will be presented by University staff and invited participants including representatives of government departments, industry, consultancies and other local and visiting academics.
Naturally produced wastes and natural degradation processes; the solid waste problem; resource use and waste generation; sources, types, characteristics and quantities of waste; environmental effects; legislation for waste management; waste management options; waste prevention, reduction and recycling; storage, collection, transport and treatment of wastes; final disposal, economic evaluation.
The importance of water; types and sources of water pollution; catchment and reservoir management; potable water quality and supply; potable water treatment; wastewater characteristics; wastewater treatment processes; wastewater dispersion and modelling; legislation for water quality management; monitoring of water and wastewater; biological effects of water pollution on water supplies, swimming, amenity value, fisheries and aquaculture; environmental toxicology. SECOND YEAR
Micrometeorology - mixing height, lapse rate, stability classification; air dispersion modelling - gaussian model, wind-tunnel model, plume rise; source control of air pollutants - cyclones, electrostatic precipitators, wet scrubbers, absorbers. Vibration and noise generation in buildings; air-borne and structure-borne noise transmission; controlling noise in enclosed spaces; vibration isolation of machinery; legislative and technical measures for controlling outdoor noise.
This course consists of a series of special topics, drawn from both Hong Kong and abroad, which illustrate how the various professional disciplines come together in the treatment of environmental problems.
This course is concerned with biodiversity issues in environmental management. The major topics covered will include: the nature and value of biological diversity; global and local patterns of biodiversity; current threats to global biodiversity; the design and management of nature reserves; conservation genetics; ex situ conservation; methods for the assessment of the conservation value of a site; conservation of terrestrial and marine biodiversity in Hong Kong.
The dissertation is an individual, independent research project carried out under the supervision of one or more faculty members. Students may propose their own topics and approach possible supervisors, or they may consider those suggested by faculty members. In either case, the proposed dissertation title must be submitted for approval by June 1 of the first year of their study. Normally, the student develops the research outline in collaboration with his or her faculty advisor and then collects data, carries out analysis and writes the report prior to the colloquium. The deadline for submission of the dissertation is April 15 (or if a Sunday the next working day) of the second year of the programme. On the successful completion of the degree, a copy of the dissertation will be lodged in the University Library. Therefore, all material included in the dissertation should be suitable for public access.
Principles of environmental auditing and environmental management systems (EMS); structure and organization of audits; acting on audit outputs; environmental reporting; development of standards for auditing and EMS; BS7750; EMAS; ISO14000; auditing in Hong Kong and case study applications.
Origins and development of EIA; impact assessment methodologies; ecological aspects of EIA; project and strategic assessments; EIA and the decision making process; EIA in Hong Kong; case study applications of EIA.
This course consists of two major elements:
Special topics in solid waste and water quality management will be selected from the following areas: agricultural waste disposal; soil pollution; industrial and chemical waste; construction waste; disposal site selection; restoration of landfills; remediation and restoration of contaminated land; advanced chemical, physical and biological wastewater treatment processes; sludge disposal; industrial wastewater minimization; integrated waste management and planning issues.
The first part of this course examines the changing social, political and organizational context for environmental management since 1945. It evaluates changing paradigms for environmental management, the evolution of the international environmental movement and the emergence of green politics, green consumerism as well as changing business attitudes to the environment. Particular emphasis is placed on the emergence of the concept of sustainable development. The second part of this course builds on the introduction to project evaluation and benefit-cost analysis provided in the environmental economics course. Topics include identification of benefits and costs, issues associated with discounting, techniques for monetizing certain types of non-monetary impacts, and methods for dealing with those impacts described in non-monetary terms.
This course will examine major issues of earth science of relevance to environmental management. Case studies based on past experiences with application to Hong Kong and other major coastal cities will be emphasized. Topics include: chemical composition of earth materials; geochemical surveys; environmental application of isotopes; geological and geochemical aspects of human health; geological record of environmental change with special reference to the Quaternary period; fluvial processes and flood management; coastal processes and coastal management; environmental impact of mining and dredging; geological aspects of land use planning, of water resource management, and of waste disposal.
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