Syllabus Directed Oceanographic Research MBC...SEA$Semester®:$Marine$Biodiversity$&$Conservation$ $...
Transcript of Syllabus Directed Oceanographic Research MBC...SEA$Semester®:$Marine$Biodiversity$&$Conservation$ $...
SEA Semester®: Marine Biodiversity & Conservation
www.sea.edu Directed Oceanographic Research -‐ 1
Directed Oceanographic Research XAS NS 325 (4 credits) Course Catalog Description (max. 40 words): Design and conduct original oceanographic research. Collect data and analyze samples. Compile results in peer-‐reviewed manuscript format and share during oral or poster presentation session. Emphasis on development of research skills and written/oral communication abilities. Instructor(s): Sea Education Association Oceanography Faculty Location: SEA campus in Woods Hole, MA and at sea aboard an SEA sailing school vessel. Prerequisites: Admission to SEA Semester. Three lab science courses (one at the 300-‐level or higher) or consent of instructor. Course Philosophy and Approach: This course is part of the suite of required courses in the SEA Semester: Marine Biodiversity and Conservation (MBC) program. Collectively, the MBC courses provide the context, tools, and opportunity for students to make authentic contributions to the international effort to protect the Sargasso Sea ecosystem. This course is dedicated to practical biodiversity data collection and dissemination of original scientific research results.
Research project proposals have been fully developed prior to the start of the sea component and this course (see syllabus for Advanced Topics in Biological Oceanography: Biodiversity). At sea, students work collectively during laboratory watch to sample for all projects. Students acquire practical skills in sample plan design, standard operating procedures for safe deployment/retrieval of modern oceanographic sampling equipment, accurate recording of metadata associated with each sampling station, advanced laboratory sample analysis methods, and robust data analysis. Direct operation of the onboard instruments helps students to appreciate the limitations of various sensing technologies and to critically evaluate the data they collect. During the cruise, students gradually assume greater responsibility for deployment and data management.
Upon return to Woods Hole for the second shore component, each research team completes data analysis and production of their original scientific manuscript and poster. The manuscript will be written per the guidelines of a selected high-‐impact scientific journal. Students present their research findings in the professional setting of a capstone Symposium.
This course consists of 2 workshops (10 hours combined), supervised project mentoring/work sessions (32 hours combined), a final Symposium (4 hrs), and a minimum of 48 hours of supervised laboratory watch participation (active learning/laboratory) across ~25 underway days at sea.
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Learning Outcomes: Students will be able to. . .
1. demonstrate safe deployment/retrieval and describe underlying operating principles and inherent limitations of standard oceanographic sampling equipment: hydrographic winch, Conductivity Temperature and Depth (CTD) profiler, in situ fluorometer to measure chlorophyll-‐a concentration, hull-‐mounted Acoustic Doppler Current Profiler (ADCP) to measure ocean currents, full ocean depth profiler for acoustic seafloor mapping, surface and subsurface nets for zooplankton sampling.
2. demonstrate accurate data recording and participate/contribute as an essential member of a working research laboratory.
3. critically analyze and interpret authentic oceanographic data. 4. generate clear and accurate visual representations of oceanographic data. 5. compose a professional-‐quality manuscript and deliver a professional scientific
presentation. 6. convey scientific research results to scientific as well as lay audiences.
Evaluation: On-‐Watch Performance Evaluation 15% Laboratory Practical Exam 10% Results Updates 5% Manuscript Section Revisions/Drafts 5% Research Press Release 5% Final Manuscript 25% Symposium Poster and Poster Presentation 20% Peer/Self Evaluation of Team Contribution 15% Assignments: On-‐Watch Performance Evaluation: Much of the practical learning will occur at all hours of day and night as students and crew carry out all scientific operations of the laboratory watch. The Assistant Scientists are best able to evaluate overall progress, including performance in and knowledge of lab routines as well as the disposition each student brings to watch.
Practical Exam: One practical exam will be administered to test understanding of deployment and analytical methods, lab routines, and lab safety.
Results Updates: At least two brief progress reports will be expected during the research cruise. Each report will identify successes, challenges, and modifications to research project, as well as include a list of sampling stations and completed morphological identifications and molecular sample processing to date.
Manuscript Section Revisions/Drafts: Revisions to the Methods described in your research proposal will be necessary once the sampling plan is implemented at sea. Research teams will also submit drafts versions of Results and Discussion sections for review.
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Research Press Release: In an effort to practice communication of scientific results to the audiences outside the scientific community, research teams will compose a press release announcing the results of their research. The press release will be shared with invited Symposium participants and used by SEA to promote the Symposium event.
Final Manuscript: Research teams will produce a written manuscript following guidelines for a selected high-‐impact scientific journal. There is an expectation of professional quality work. The final manuscripts will be archived at SEA.
Symposium Poster and Poster Presentation: Research teams will present their research during the capstone Symposium. After an initial review and editing process, posters will be professionally printed. Emphasis will be placed on accurate and clear visual representation of the data and interpretation, as well as oral explanation of the work. There is expectation of fluency in the supporting literature to contextualize research results.
Peer/Self Evaluation of Team Contribution: Candid self and peer evaluations of research project contributions will be completed. Emphasis will be placed on identifying individual strengths and weaknesses in the context of collaborative work. Expectations and Requirements:
• Punctual attendance is required at every class meeting. • Active participation in class discussion is expected. • Late assignment submissions are not accepted. • The policy on academic accuracy, quoted below, will be strictly followed in this class.
The papers that you submit in this course are expected to be your original work. You must take care to distinguish your own ideas and knowledge from wording or substantive information that you derive from one of your sources. The term “sources” includes not only published primary and secondary material, but also information and opinions gained directly from other people and text that you cut and paste from any site on the Internet. The responsibility for learning the proper forms of citation lies with you. Quotations must be placed properly within quotation marks and must be cited fully. In addition, all paraphrased material must be acknowledged completely. Whenever ideas or facts are derived from your reading and research, the sources must be indicated. (Harvard Handbook for Students, 305)
• Considerations for use of internet sources: As you browse websites, assess their usefulness very critically. Who posted the information and why? Can you trust them to be correct? Authoritative? Unbiased? (It’s okay to use a biased source as long as you incorporate it knowingly and transparently into your own work.) Keep track of good sources that might be useful for subsequent assignments, and annotate in your bibliography any sites you cite. Your annotation should include the name of the author or organization originating any material that you reference. If you can’t identify the source, don’t use it!
Required Reading: Hall BG. 2013. Building phylogenetic trees from molecular data with MEGA. Mol. Biol. Evol. 30:
1229-‐1235.
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Course Calendar: Topic Readings/Assignments Due Week 1 (14 hrs, at sea) Phase I Practical Responsibilities:
• Introduction to Shipboard Laboratory • Oceanographic Equipment Capabilities • Safe Deployment of Sampling Equipment
Research Project Methods Refinement
Results Update I Due
Week 2 (16 hrs, at sea) Continued Phase I Practical Responsibilities Project Mentoring/Work Sessions
Results Update II Due Laboratory Practical Exam
Week 3 (6 hrs, Bermuda port stop) Project Mentoring/Work Sessions Methods Revision Due
Week 4 (16 hrs, at sea) Phase II Practical Responsibilities:
• Master Lab Routines and Sampling Methods • Apprentice Lab Manager
Project Mentoring/Work Sessions
Week 5 (16 hrs, at sea) Continued Phase II Practical Responsibilities Project Mentoring/Work Sessions
Morphological Results Due
Week 6 (20 hrs, SEA campus) Bioinformatics Workshop Data Analysis Work Sessions Manuscript Writing Sessions
Hall 2013 Research Press Release Due Draft Results/Discussion Due
Week 7 (2 hrs, SEA campus) Communications Workshop: Poster Presentation Final Manuscript Due
Draft Poster Due
Week 8 (4 hrs, SEA campus) Symposium Final Poster Due
Peer/Self Evaluation Due