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Introduction to Plant Biology II: Plants, People, and the Environment |
| Lecture:
M-W-R
10:40 AM to 11:40 AM Lab: W 1:00 PM to 4:00 PM |
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| Calendar
of Lectures and Recitations |
Instructions |
Policy |
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and World Wide Web |
Textbooks |
and Office Hours |
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| Mar. 26 |
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Sexual and Asexual
Reproduction |
Chapter 12, pp. 216-218 |
| Mar. 28 | W |
Meiosis:
Controlling
Chromosome
Numbers |
Chapter 12, pp.
218-222 |
| Mar. 28 |
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Lab #1 Set Up Experiments | Manual, pp.
1-22 |
| Mar. 29 |
R |
Naming and
Classifying
Plants Six Kingdoms |
Chapter 16, pp.
280-284 Chapter 16, pp. 284-292 |
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| April 2 |
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Plant Ancestors:
Archaea
and Bacteria |
Chapter 17, pp. 293-318 |
| April 4 |
W | Plant Life Cycles Plant Ancestors: Protistans |
Chapter 12,
pp. 222-224 Chapter 18, pp. 319-328 |
| April 4 |
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Lab #2 Algae | Manual, pp. 23-46 |
| April 5 |
R | Plant Ancestors: Protistans | Chapter 18, pp. 328-341 |
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| April 9 |
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Kingdom Plantae:
Introduction Mosses |
Chapter 20, pp. 373-380 Chapter 20, pp. 381-387 |
| April 11 |
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Ferns and Their Relatives | Chapter 21, pp. 388-410 |
| April 11 |
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Lab#3 Paleobotany,
Mosses and
Ferns LAST DAY TO CHOOSE PLANT FOR TERM PAPER |
Manual, pp. 47-66 |
| April 11 | R | Gymnosperms: Plants with Naked Ovules | Chapter 22, pp. 411-429 |
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| April 16 |
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Angiosperms: Plants with
Enclosed
Ovules Plant Breeding and Asexual Reproduction |
Chapter 23,
pp. 430-448 Chapter 14, pp. 247-266 |
| April 18 | W | Mendel and His
Experiments with Peas |
Chapter 13, pp. 235-240 |
| April 18 |
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Lab #4 Gymnosperms
and Angiosperm
Diversity TERM PAPER PROGRESS REPORT DUE |
Manual, pp. 67-86 |
| April 19 |
R | Principles of
Mendelian Genetics Cytological Basis of Genetics |
Chapter 13, pp.
235-240 Lab Manual, Appendix C Chapter 12, pp. 218-222 |
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| April 23 |
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First
Midterm
Examination |
Chapters.
12, 16-18, 20-22 |
| April 25 |
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Genetics After Mendel (Neo-Mendelian) | Chapter 13, pp. 240-246 |
| April 25 | W | Lab #5 Angiosperm Life Cycle | Manual, pp. 87-98 |
| April 26 | R | Molecular
Genetics |
Chapter 13, pp. 225-235 |
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| April 30 |
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Biotechnology Darwin: The Man and His Times |
Chapter 14, pp. 253-259 Chapter 15, pp. 267-270 |
| May 2 | W | Darwin: On
the Origin of Species |
Chapter 15, pp. 270-273 |
| May 2 |
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Lab #6 Biotechnology | Manual, pp. 99-108 |
| May 3 |
R | Changes in the
Gene Pool: Mutations and Hybridization |
Chapter 13, pp. 233-236 |
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| May 7 |
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Rates of
Evolution/Reproductive
Isolation |
Chapter 15, pp. 273-279 |
| May 9 |
W | Extinctions:
Past,
Present, and
Future |
Chapter 21, pp. 392 |
| May 9 |
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#7 Symbiotic Nitrogen Fixation | Manual, pp. 109-118 |
| May 10 |
R | Geologic Time | Chapter 21, pp. 392 |
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| May 14 |
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Second
Midterm Examination |
Chapters
23, 13-15, 21 (p 400) |
| May 16 | W | Ecology: Regional Issues | Chapter 25, pp. 474-479 |
| May 16 |
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Lab #8 Plant
Competition FIRST LAB REPORT DUE |
Manual, pp. 119-128 |
| May 17 | R | Ecology:
Global Issues
and Nutrient
Cycling Succession |
Chapter 25,
pp. 479-483 Chapter 25, pp. 483-494 |
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| May 21 |
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Biomes |
Chapter 26, pp. 495-504 |
| May 23 | W | Plants and Civilization | Chapter 24, pp. 449-473 |
| May 23 |
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Lab#9 Plant Products TERM PAPER DUE |
Manual, pp. 129-142 |
| May 24 | R | Sustainable
Agriculture and the Green Revolution |
Chapter 14, pp. 251-253 |
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| May 28 |
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HOLIDAY -- MEMORIAL DAY | |
| May 30 | W | The White Lady of Peru | Handout |
| May
30 |
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SECOND
LAB REPORT DUE Student Presentations: Ethnobotany |
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| May 31 | R | Medicine in
Merry Olde England: Wm Witherington |
Handout |
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| June 6 |
W | Final
Exam |
8:00
AM to 9:48 AM |
| * Reading
Assignments
Chapter readings are in Stern, unless noted otherwise. We will be covering only a small portion of many chapters even when all pages of the chapter are listed here. Plant Biology 102 will be conducted in much the same way as 101. The General Instructions are reprinted here mainly for the benefit of those who took 101 with a different instructor or at another institution. 1. The syllabus is intended to be a PLAN for the direction of the course. We may go faster in some sections, slower in others. 2. Classes will be
conducted
in a lecture/discussion format. This means that the instructor will
guide
you through the topics but YOU will be expected to join the
teaching/learning
experience by participating in the discussion. The following
suggestions
will help you to prepare for class:
4. WARNING: STUDENTS WHO DO NOT ATTEND CLASS DO NOT DO WELL IN THIS COURSE. 5. COMING LATE TO CLASS IS DISRUPTIVE AND DISRESPECTFUL. Allow plenty of time to park and walk. STUDENTS WHO LEAVE THE ROOM IN THE MIDST OF CLASS MAY NOT BE PERMITTED TO RETURN. If you have a problem which might require you to leave class, notify the instructor. 6. ALL ELECTRONIC DEVICES MUST BE TURNED OFF DURING CLASS OR SIGNALS TURNED TO "VIBRATE" MODE. "Beepers" and ringing phones are disruptive and disrespectful to your fellow students as well as to the instructor. Leaving the room to answer phone calls disturbs everyone in the room. If you are expecting an emergency call, tell the instructor before class. Communication devices of any kind may not be used during examinations. 7. This is a laboratory course. The laboratories are designed to give you an opportunity to see the material we have discussed in class but, more importantly, to let you use the methods of science to experience the joy of discovery. We will examine concepts from 101 and 102. Use laboratory sessions to review class material and get answers to your questions. You are expected to read the laboratory exercises BEFORE you come to the lab session so you will know what to do and can make the most efficient use of your time. We frequently will be doing the lab exercises as a team. EVERY STUDENT WILL BE A CONTRIBUTING MEMBER OF THE TEAM. Do not shirk your responsibilities! BE SURE THAT YOUR SCHEDULE ALLOWS YOU TO ATTEND ALL OF THE THREE-HOUR LAB. POOR ATTENDANCE AT LABS CAN RESULT IN A FAILING GRADE FOR THE COURSE REGARDLESS OF TEST SCORES AND TOTAL POINTS EARNED. YOU SIMPLY CANNOT EARN CREDIT FOR A LABORATORY SCIENCE IF YOU DO NOT ATTEND THE LABS. 8. Each student will keep a Laboratory Journal. This should be a 3-ring, loose-leaf notebook in which you can record daily progress of your experiments. Keep a section for each experiment. Record everything you do with each experiment, e.g., materials used, methods applied, measurements taken, etc., AND the date. There is no need to repeat in your Journal what is already written in the lab manual because both will be turned in for grading. For example, your lab manual will have the completed and initialed "Thinking About..." sheets for each lab. The lab manual and Journal will be turned in for grading (25 pts) at the beginning of the Final Exam and returned at the end of the Exam. 9. Midterm
examinations and
the final examination are REQUIRED. If work or military duties force
your
absence from a scheduled examination, YOU MUST MAKE ARRANGEMENTS IN
ADVANCE.
Even in case of ILLNESS OR SOME OTHER EMERGENCY on the day of the
examination,
YOU MUST NOTIFY DR. KRAMER (419-755-4344) OR OSU-M (419-755-4011) BEFORE
EXAM TIME. 10. Each student will write and present
a term paper on a plant of his/her choice. The plant must have significant economic importance as a
source of food, fiber, building material, medicine, dye, etc.
Every student must write on a different plant. The term paper
assignment is explained in detail in the Lab Manual (Appendix B) and also on
the web at http://www.mansfield.ohio-state.edu/~dkramer/Term_Paper_Assign.html A companion web page (Term Paper Tips) is designed
to help those students who have not written a science paper based on
library research. Even if you think you know how to write such a
paper, you should read the tips because, for example, the way you are
expected to cite references in this paper may differ significantly from
the way you cited them in a term paper written in another subject.
Grades will be based on
the number
of points earned. There are 500 total points:
Letter grades are assigned only at the end of the course, not to each examination. Each graded exam paper will show the number of points earned and the student's rank in class, i.e., how many students scored higher on that examination. E-mail Communication and World Wide Web All students at Ohio State University have an e-mail address. If you are a new student you need to activate your account (there is no fee). You can activate your account online: Just go to Then, when you have questions about the "mechanics" of the course (e.g., "Will the next exam cover photosynthesis?" or "May I come to your office at 2:00 next Wednesday to review photosynthesis?") or the course content (e.g., "I'm confused... what is the difference between pistil and carpel?"), you can ask your question in class or send it to Dr. Kramer by e-mail! His e-mail address is kramer.8@osu.edu . Student questions and instructor answers may be shared (anonymously) with the entire class if it would be useful. There is a "homepage" for this course on the World Wide Web (WWW). Go to it regularly to check for announcements, study aids, etc. The "Botany in Cyberspace" link should be useful for many parts of the course, especially for resources for your term paper research. http://www.mansfield.ohio-state.edu/~dkramer then, click on Site Index which will take you to a
page that serves as the Table of Contents of the web site. The Department of Horticulture and Crop Science maintains an excellent web site of learning resources for H&CS 300 (a course with content similar to this course): Several introductory plant biology books have excellent web sites with learning aids. Web sites for the textbooks are:
Required
Textbooks Kramer, David W. 2007. Manual and Study Guide for Plant Biology 102. Mansfield, OH: OSU Mansfield Dr. David W. Kramer Office Hours Before and after class
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