Junior Seminar Notes (Comprehensive Overview)

Course Overview and Structure

• Seminar is designed as a long class with some days requiring full attendance and others where you won’t be present for the entire session. The instructor emphasizes that you will be lectured and that the course will be time-intensive.
• Expect some activities that may be uncomfortable; the instructor reassures you that you’ll get through it.
• The class is labeled as junior seminar and meets Fridays from $12:00$ to $14:00$ in room AJP 116.
• Instructor contact information and office hours are provided; students can email to schedule appointments if unable to attend office hours.
• The course focuses on reading, writing, and presenting scientific information related to your discipline, including literature searches, current topics, research methods, and critical evaluation of data. It is preparatory for senior experience (BIO 497) if applicable.

Textbook and Materials

• No required textbook. A cheap suggested paperback exists (roughly $1.50$ online), but lecture notes contain strong material.
• Students are encouraged to revisit lecture notes in addition to any optional material.

Learning Objectives and Professional Preparation

• The course aims to prepare you for professional responsibilities: time management, preparation, and professional conduct.
• You will learn how to read professionally, take ownership of your work, conduct appropriate research, ask clarifying questions, and contribute in every class session.
• Grading emphasizes attendance and participation as a professional behavior rather than just content knowledge.

Attendance, Preparation, and Participation

• Attendance, preparation, and participation are mandatory; you will earn points for being present.
• Excused absences are limited to medical or legal reasons with proper documentation. Documentation must be provided within one week of the absence.
• Tardiness or leaving early means you won’t receive attendance credit for that day.
• Attendance grading: $5$ points per class; with $14$ classes, total attendance points = $70$.
• Other graded components include: a list of journals ($10$ points), selecting a research article ($20$ points), a hypothesis and objectives assignment, a figure and table assignment, an annotated bibliography, a final paper, a final poster, and a final presentation.
• An exam similar to one from Bio 120 will be retaken after completing four related courses; the retake is used for assessment rather than direct grading of the score, and the exam is anonymous to help identify gaps in instruction. It is not graded in the traditional sense; it informs teaching improvements.
• The total course points are $510$ (as stated by the instructor).
• You are required to attend all classes for the entire duration; if you are very sick and contagious, contact the instructor and provide an excuse.

Topic Focus: Wildlife Disease

• Main topic: wildlife disease; a substantive portion of current human diseases are zoonotic (from animals): about 60
  eq ext{%} of current human diseases are zoonotic.
• Projections suggest that about 75
  eq ext{%} of emerging diseases will be zoonotic in the future.
• Students will select a primary research paper on wildlife disease topics. A Brightspace link provides potential topics to choose from.
• Papers must be approved by the instructor to ensure they are primary research articles, recent (last ten years: $2015 <br /> ightarrow 2025$), and not secondary reviews.
• Each student must provide an electronic PDF copy of the approved article; approved papers will be posted in Brightspace.
• If you are not presenting in a given week, you are expected to skim the articles to prepare for questions and participate in discussion.
• It is encouraged to read the articles and prepare questions; there will typically be five presenters most days.

Deliverables and Project Timeline

• Final paper (8–10 pages) with proper citations and references, summarizing and critiquing the article. It includes: cover page, abstract, introduction, methods, results, discussion, a critique, and a literature cited section. Neatness, grammar, spelling, flow, and citation format are graded.
• Final PowerPoint presentation (approximately 15 minutes) that summarizes the paper’s findings; it is not a reading of the paper.
• Final poster, submitted as a PowerPoint slide (one slide) in a poster format; there is a Brightspace template to guide formatting.
• A final presentation and poster are due on the day the paper is presented.
• Missing due dates result in late penalties: 5 points per day late; if late beyond a certain window, the assignment may not be graded.
• The course emphasizes early preparation and adherence to rubrics for papers, posters, and presentations. Rubrics for all three deliverables are posted and should be used as you work.

Research and Paper Mechanics

• Primary vs. Secondary sources:
  • Primary sources: firsthand, contemporary accounts of events produced by researchers; closest to origin; contain raw data; require interpretation by the authors; include methods, results, statistics, tables, figures.
  • Secondary sources: interpret or synthesize primary sources; often reviews; not original data.
• Peer review:
  • Most science journals are peer-reviewed, meaning experts critique the manuscript to improve quality and reliability before publication.
  • Typical process involves 2 reviewers (sometimes more); reviewer feedback can require additional experiments or revisions; acceptance rates for top journals like Science or Nature are around 1
    eq ext{%}, sometimes even lower.
  • Acknowledgments often credit anonymous reviewers.
• Paper anatomy (common sections):
  • Title and authors (descriptive; should include key topic like Lyme disease in the title).
  • Abstract (written last; summarizes background, purpose, major findings, and relation to existing literature).
  • Introduction (background, state of knowledge, justification for the work, hypothesis, objectives).
  • Methods (detailed enough for replication; include volumes, concentrations, incubation times, sources; editors may demand more concise detail in the final manuscript; authors often references to other papers for methods).
  • Results (present findings from experiments; focuses on data and graphs/tables; interpretation is usually reserved for the discussion).
  • Discussion (interpretation of results; connection to existing literature; limitations; significance).
  • Acknowledgments (credit funders, collaborators, etc.).
  • References (citations in a format required by the journal).
  • Tables and figures (should be accurately labeled; figures are often preferred for data visualization; some content may be placed in an appendix).
• Abstract and introduction: write the abstract last; introduction justifies the study and presents the hypothesis, goals, and brief context; discuss how the work fits into the field.
• The order of authors:
  • Typically, the first author did most of the work; the last author funded the project and supervised the work; middle authors contributed to various aspects; co-first authors may exist. The exact order signals contributions and leadership.
• The scientific writing ethos:
  • In science, clarity and conciseness are crucial due to page costs and journal space limitations; verbose methods are often trimmed and essential information is retained to enable replication.
  • Appendices may house additional data or methods not central to the main text.
• Data interpretation and statistics:
  • You cannot claim a result is “statistically significant” without appropriate statistics; you can describe results (e.g., appears different) but not misuse statistical phrasing without analysis.
• Author communication and citations:
  • Citations are necessary to support claims and provide context; follow the journal’s citation style precisely; failing to follow citation conventions can lead to rejection.
• Reading science papers effectively (a practical guide):
  • Skim the entire paper first: note major headings, the number and types of figures, the presence of tables, and the general structure.
  • Identify unknown vocabulary and phrases; look up terms and keep a running vocabulary list.
  • Note key questions: state of knowledge, data leading to the work, hypothesis, and goals.
  • Methods section: assess whether the details are sufficient for replication; note sample size, experimental conditions, and analysis tools.
  • Results: focus on what was found; refer to figures and tables for evidence; the data is presented here; interpretation is reserved for the discussion.
  • Figures and tables: choose graphs appropriate for the data (e.g., bar graphs for counts, line graphs for time series); be able to explain the procedure, question, results, conclusions, and criticisms for each figure/table.
  • Discussion: distinguish between facts and interpretation; assess significance and contribution to knowledge; note limitations and potential alternative explanations.
  • Abstract and introduction drafting order: more effective to draft later; abstract should summarize purpose and findings without copying from other sections.
  • Vocabulary and methods review: use references to other papers for detailed methods; identify essential software and tools used in analysis; be aware of potential discrepancies between software outputs.
  • Critical appraisal: evaluate adequacy of sample size, replication, controls, measurements, units (e.g., millimeters vs centimeters), and overall support for major findings.
• Tips for successful reading and writing:
  • Invest substantial time on the paper; the effort pays off when presenting and answering questions confidently.
  • Teach the material to others as a way to learn better (e.g., explain the paper to classmates).
  • Build a personal database of frequently used procedures and methods in your field.
  • Read when you are awake and interested; avoid late-night cramming which reduces comprehension and retention.
  • If you get stuck, pause, summarize what you understand, and return later with fresh effort.
  • When stuck, consult mentors, writing centers, and seek guidance early rather than letting frustration accumulate.

Public Speaking and Classroom Etiquette

• Eye contact and engagement:
  • Make direct eye contact with audience to stay engaging and assess comprehension; the instructor intentionally maintains eye contact to gauge attention.
  • Maintain a comfortable amount of movement; do not lock knees or become static; excessive stiffness can cause discomfort or fainting.
  • Use small, natural movements; avoid distracting fidgeting; keep pace with speaking and move to emphasize points.
• Handling nervousness:
  • Nervousness is common; practice is essential; the instructor shares personal stories of helping students overcome anxiety by repeated practice and supportive feedback.
  • If a presenter gets flustered, the instructor provides supportive coaching to help them regain composure.
• Presentation structure tips:
  • Do not simply read from slides or from the final paper; build a clear, visual, concise narrative supported by the article’s findings.
  • Support questions and discussion with thorough preparation; be ready for 1–2 questions from classmates and several from the instructor.
• Classroom culture:
  • Mutual respect and courtesy during lectures, presentations, and discussions; avoid private conversations or disruptions.
  • Don’t arrive late and disrupt the presenter; if late, sit quietly and minimize distraction.
• Academic integrity and conduct:
  • Cheating, plagiarism, and the use of copied material without citation are not tolerated; paraphrase and cite properly; quotes are discouraged or prohibited.
  • Use available resources (writing center) and ask questions instead of attempting shortcuts.
  • Academic dishonesty can have severe consequences (zero on assignments, course failure, and potential dismissal).

Policies, Support, and Realism

• Academic integrity: cheating or plagiarism leads to severe penalties and can affect transcripts and future opportunities.
• Missing deadlines: late submissions incur a penalty (5 points per day); significant delays can result in no grading.
• Support structures: writing center and instructor availability for guidance; if unable to attend office hours, email to schedule meetings.
• Real-world skills emphasis: reading, writing, presenting, and critical evaluation mirror professional expectations in scientific fields, including handling feedback and revisions.

Quick Reference: Key Numbers and Facts

• Class meeting: Fridays, $12:00$–$14:00$, AJP 116; two-credit course.
• Attendance: $5$ points per class; 14 classes → $70$ points.
• Journal assignment: $10$ points.
• Article selection: $20$ points.
• Total points: $510$.
• Paper length: $8 ext{--}10$ pages; includes cover, abstract, intro, methods, results, discussion, critique, and references.
• Presentation length: ≈ $15$ minutes; PowerPoint format.
• Poster: 1 slide PowerPoint (format guidance and template in Brightspace).
• Publication realities: top journals have very low acceptance rates (Science/Nature ≈ 1
  eq ext{%}); peer review is a core quality control mechanism.
• Language notes: data is plural; datum is singular.
• Zoonosis context: approximately 60
  eq ext{%} of current human diseases are zoonotic; future emerging diseases projected at roughly 75
  eq ext{%} zoonotic.

Final Reminders

• Start early, use rubrics as a roadmap, and prepare for questions during presentations.
• Read the articles before presenting and be ready to discuss both the findings and the methods critically.
• Practice, solicit feedback, and approach this as a collaborative learning process rather than a test-of-memory.
• If you can’t attend in person, coordinate with the instructor to stay on track and participate meaningfully.