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Main
UQU Programs
Environmental Sciences

Immunology and Epidemiology

BIOE3203
3 hours English

Immunology and Epidemiology

Environmental Animal Physiology
BIOE1401 Environmental Microbiology
3 hours One requisite
1 Introduction to Environmental Physiology: Concepts and Importance
2 Physiological Adaptations to Temperature: Thermoregulation in Animals and Plants
3 Water Balance and Osmoregulation in Aquatic and Terrestrial Organisms
4 Effects of Light on Photosynthesis and Circadian Rhythms in Plants and Animals
5 Adaptations to Extreme Environments: Polar, Desert, and High-Altitude Physiology
6 Physiological Responses to Hypoxia and Anoxia in Aquatic and Terrestrial Species
7 Effects of Pollution and Toxic Substances on Physiological Functions
8 Endocrine and Nervous System Adaptations to Environmental Stressors
9 Energy Metabolism and Nutritional Strategies under Environmental Constraints
10 Seasonal Adaptations: Hibernation, Diapause, and Migration
11 Physiological Responses of Organisms to Climate Change and Global Warming
12 Physiological Mechanisms of Resistance to Pathogens and Environmental Toxins
13 Laboratory Techniques in Environmental Physiology: Measurement of Stress Markers
14 Case Studies in Environmental Physiology: Examples from Marine, Freshwater, and Terrestrial Systems
15 Integrating Environmental Physiology with Conservation Biology and Sustainable Practices
1.1 Mapped to: CLO-K1

Explain the physiological adaptations of organisms to different environmental factors.

Teaching Strategy Interactive lectures and multimedia presentations.
Assessment Methods Written exams.
1.2 Mapped to: CLO-K2

Identify the effects of temperature, water, and pollutants on physiological processes.

Teaching Strategy Case studies and problem-based learning.
Assessment Methods Case study analysis.
1.3 Mapped to: CLO-K3

Describe the mechanisms of organismal responses to environmental stressors.

Teaching Strategy Group discussions and collaborative activities.
Assessment Methods Group projects and presentations.
1.4 Mapped to: CLO-K4

Summarize the role of climate change and human activities in altering physiological functions.

Teaching Strategy Interactive lectures and real-world examples.
Assessment Methods Reflection essays and written reports.
2.1 Mapped to: CLO-S1

Analyze environmental factors and their influence on organism physiology.

Teaching Strategy Laboratory experiments and hands-on activities.
Assessment Methods Laboratory reports and practical exams.
2.2 Mapped to: CLO-S2

Apply experimental methods to measure physiological responses in laboratory and field settings.

Teaching Strategy Fieldwork and technical demonstrations.
Assessment Methods Fieldwork reports and skill assessments.
2.3 Mapped to: CLO-S3

Critically evaluate data from experiments and case studies to identify patterns and relationships.

Teaching Strategy Group problem-solving tasks and peer review.
Assessment Methods Case study analysis and research papers.
2.4 Mapped to: CLO-S4

Demonstrate critical thinking to interpret physiological responses in varying environmental contexts.

Teaching Strategy Case-based learning and independent problem-solving.
Assessment Methods Problem-solving assessments and oral presentations.
3.1 Mapped to: CLO-V1

Demonstrate ethical practices in the design and execution of laboratory and field studies.

Teaching Strategy Ethical debates and group reflections.
Assessment Methods Reflection papers and ethical evaluations.
3.2 Mapped to: CLO-V2

Recognize the importance of sustainability in studying environmental physiology.

Teaching Strategy Discussions on real-world issues and sustainable solutions.
Assessment Methods Case study reflections and presentations.
3.3 Mapped to: CLO-V3

Take responsibility for collaborative research projects and contribute effectively to group work.

Teaching Strategy Group projects and collaborative workshops.
Assessment Methods Peer evaluation and group project assessments.
3.4 Mapped to: CLO-V4

Value lifelong learning to address emerging challenges in environmental physiology.

Teaching Strategy Self-directed learning tasks and literature reviews.
Assessment Methods Research papers and self-assessment reports.
Assessment
Weight
Midterm Exam: Assess theoretical understanding of core concepts
20%
Laboratory Reports: Evaluate practical skills and data analysis
25%
Group Project and Presentation: Analyze case studies and propose solutions
25%
Final Exam: Comprehensive assessment of knowledge and application
30%
Total
100%