Lecturer: Shun-En Chang (張順恩)
Email: sycheungisaac@mail.ntou.edu.tw
Phone: (02) 24622192 #5308、5310
Webpage: https://imb.ntou.edu.tw/p/412-1075-11132.php?Lang=zh-tw
Course ID: M34014R1
Credits: 3
Objective:
Phytoplankton are the major primary producers in the ocean, which serve as the foundation of marine food chain. In this course, the students will have an overall understanding of marine phytoplankton ecology. Also, they will learn the basic concepts of the common methods in phytoplankton research. In addition, the students will be trained with scientific thinking and presentation skills during the course.
Course Prerequisites: None
Outline:
Section 1
•The physiological characteristics, biogeography and ecological functions of the major cyanobacteria and eukaryotic phytoplankton groups in the ocean.
Section 2
•Major physical, chemical and biological factors that control the phytoplankton growth and succession.
•Responses of the phytoplankton to environmental changes.
Section 3
•Major global change stressors and their impacts on the phytoplankton.
•Adaptation and resilience of the phytoplankton to the global change stressors.
•Phytoplankton blooms and the environmental consequences.
•Contribution of phytoplankton to marine biogeochemical cycling and carbon sequestration.
Section 4
•Basic concepts about the common approaches in field surveys and physiological studies of phytoplankton.
•Applications of modern molecular, remote sensing and big-data analytical approaches in phytoplankton research.
Teaching Method:
Lectures and literature reading
Reference:
1.Pal, R. & Choudhury, A. K. (2014) An introduction to phytoplanktons: diversity and ecology. Berlin: Springer.
2.Munn, C. B. (2019) Marine microbiology: ecology & applications. CRC Press.
3.Relevant papers
Course Schedule (subject to change):
1.Course introduction
2.Cyanobacteria
3.Eukaryotic phytoplankton
4.Physical factors influencing phytoplankton
5.Chemical factors influencing phytoplankton
6.Biological factors influencing phytoplankton
7.Major global change stressors of marine phytoplankton
8.Phytoplankton bloom 1
9.Phytoplankton bloom 2
10.Contribution of phytoplankton to marine carbon and nitrogen cycles 1
11.Contribution of phytoplankton to marine carbon and nitrogen cycles 2
12.Common methods in field survey of phytoplankton
13.Common methods in physiological studies of phytoplankton
14.Molecular approaches in phytoplankton studies
15.Application of remote sensing and big-data analyses in phytoplankton studies
16.Oral presentations
Evaluation:
•Written report: 50%
•Oral presentation: 50%