MS Environmental Science
A holistic and integrative program, the Master of Science in Environmental Science program incorporates contemporary thinking on the relationship between nature and human society and how the relationship is influenced by factors such as local, national, and global policies and structures, modes of production, and others. This is an inter-college program designed to produce environmental researchers, teachers, and managers.
Admission Requirements
An applicant with a bachelor’s degree in the biological sciences, physical sciences, mathematics, engineering, economics and other social sciences may be admitted to the MS Environmental Science program. Admission is based on the applicant’s indicated competence and potential to complete the program.
Requirements for Graduation
A student must have taken and passed any three of the four foundation courses of MS Environmental Science Program.
To be conferred with a degree, the student must pass both the written and oral examination given by the examination committee and must be able to defend the thesis.
The admission requirements are:
- Completed application form
- Copy of official transcript of undergraduate (and graduate) works
- Two letters of recommendation from former professors
- Certificate of proficiency of English (for international students)
- Concept note of the proposed study (2-page maximum)
Minimum Course Requirements
Minimum number of units to be earned: 32
1. Core Courses (13 Units)
| Course Code | Description | Units | Pre-requisite |
|---|---|---|---|
| ENS 201 | Ecosystem Structure and Dynamics | 3 | BOT 150 or BIO 150 or COI. (1,2). Ecosystem structure, function, energetic, nutrient cycles, population dynamics, ecosystem models. 3 hrs (class). Required course for minor/cognate |
| ENS 211 | System Analysis and Quantitative Methods in Natural Resources Management | 3 | MGT 211 or COI. (1). Statistical concepts and data analysis; optimization techniques; stochastic modeling; application of the systems approach to resource-based problems. 3 hrs (class). |
| ENS 275 | Contemporary Issues in Environment and Development | 3 | COI. Environmental issues, concerns and opportunities; environment-economy interactions; environmental administration; sustainable development policies and issues; resource-use conflict and resolution. 3 hrs (class). |
| ENS 296 | Environmental Impact Assessment: Perspectives from the Natural and Social Sciences | 4 | COI. Framework and methodology for environmental impact assessment of the biophysical and socioeconomic systems; ecological, social and ethical bases of EIA; risk assessment and management; mitigation of negative impacts and enhancement of positive impacts; case studies. 6 hrs (3 class, 3 laboratory). |
2. Graduate Seminar (ENS 299, 1 Unit)
3. Master’s Thesis (ENS 300, 6 Units)
4. Specialization course (12 units)
Other Graduate Courses
| Course Number | Course Title | Course Description | Pre-requisite/s | Semester/s Offered | Course Credit |
|---|---|---|---|---|---|
| ENS 202 | Landscape Ecology | Principles, theories, research methods and application of landscape ecology in environmental and natural resource management. | COI | 1, 2 | 3 |
| ENS 203 | Advanced Aquatic Ecology | Recent studies in aquatic environment-organism interactions; adaptive mechanisms; species displacement and extinction; modern approaches in the evaluation of production rates. | COI | 1, 2 | 3 |
| ENS 204 | Issues in Aquatic Resources Management | Problem and issues in the use of aquatic resources with emphasis on the Philippines situation. | COI | 1, 2 | 3 |
| ENS 220 | Institution and the Environment | Social science approaches to the study of man-environment interactions; analysis of the interrelationships between culture, population, and the natural environment, and human responses to changing habitats. | COI | 1, 2 | 3 |
| ENS 255 | Environmental Psychology | Analysis of the confluence of psychological processes and environmental context from a transactional perspective. | COI | 2 | 3 |
| ENS 265 | Gender and Environments | Theories, research, and issues relevant to the analysis of gender relations in the home and work environments. | COI | 1 | 3 |
| ENS 290 | Special Problems | COI | 1, 2, M | 1-3 (May be taken twice provided that total number of units to be credited to the students program will not exceed 4 units.) | |
| ENS 291 | Special Topics | Topics: • Environmental Research Methods • Environmental Geology • Water Systems Modelling • Ecotoxicology • Ecosystem-based DRR and CCA • Advances in Inland Aquatic Research • Atmospheric Pollution and Management • Turbulent Seas: Maritime Conflicts and Ecosystem Services in the World’s Ocean | COI | 1, 2, M | 1-3 (May be taken twice provided that total number of units to be credited to the students program will not exceed 4 units.) |
Areas of Specialization
Environmental Planning and Management
Environmental Planning and Management as an area of specialization focuses on the following (1) environmental policy, (2) environmental program planning and administration, (3) environmental impact assessment, (4) urban and industrial ecology, (5) environmental monitoring and evaluation and (6) environmental planning approaches and methods.
Environmental Restoration
Ecosystem restoration can be tools for protecting biological diversity on the planet, it requires the recreation of prior structure and function including ecosystem services. Areas of focus include degraded forest and agro-ecosystem services. Areas of focus include degraded forest and agro-ecosystems management, degraded aquatic ecosystems management, mined-out area restoration, volcanic debris restoration and riverbank stabilization.
Environmental Chemistry and Toxicology
This program will enable students to understand the chemical nature, effects and detection of environmental problems as well as acquire basic skills in conducting water, soil and air quality analyses. Areas of focus are (1) method development on water/wastewater analysis, (2) water quality monitoring and assessment, (3) wastewater characterization and treatment, (4) wastewater utilization and pollution control, and (5) chemodynamics and fate of chemicals in the environment.
This program is designed for a graduate student with a bachelor’s degree in any of the natural sciences who, after finishing the graduate degree, will be able to apply the basic concepts and principles governing organismic and ecosystem structure and function in relation to (1) environmental phenomena, (2) biological impacts and (3) biological concerns in environmental management.
