Instructors:
Prof. Frances Weaver, KH438; ext. 4519, weaver@pop1.science.widener.edu
Office Hours: M 1-2:50; W 1-1:50, TH 11-11:50, F 1-1:50
Kevin Boyer, KH512; ext. 4010;
boyer@pop1.science.widener.edu
Office hours as posted
Schedule:
Lectures: MWF 11-11:50 a.m. (A+B) in KH211
Laboratories: W 8-10:50a.m. (B), W 2-4:50 p.m.(A) in KH427
Text: George B. Johnson, The
Living World , 2nd edition McGraw Hill, Dubuque, IA, 1997.
Course Home Page: http://www.science.widener.edu/~weaver/bio101sp01.htm
Laboratory Manual: You are required to purchase a laboratory
manual from the Biology department. The laboratory manual will be available
before your first lab and will cost $20.00 or less. Your must also
bring your text to lab for use as a resource.
A copy of the lab requirements is also available
at this link
Course Objectives:
1. To help you become biologically literate. That is, to understand
biological principles as they apply to you and your environment, and to
understand how to use your knowledge responsibly.
2. To help you understand the nature of scientific inquiry by practicing inquiry in the laboratory and in the field.
Course Requirements:
Four lecture exams = 400 pts.
Attendance, class activities and/or quizzes = 100 points
5 out of class essays @ 20 pts. each = 100 points
Your grade is based on the percentage of 1000 points you earn, thus 750/1000 = 75%. +/- grading will be used.
Letter grades are assigned using the scheme below, a curve may be
used.
A 90-100%
B 80-89%
C 70-79%
D 60-69%
F <60
Policies: You are responsible for all material in the course, whether it is the assigned readings in the textbook, lab manual or information covered in lectures. I will expect that you to have power read (we'll talk about this) the assigned readings before each topic is presented in lecture, and to have read the entire assignment within two days.
ALL assignments are due on the date specified on the assignment! Late papers lose 10% of their value for each day late! Activities or assignments or quizzes which take place in class may not be announced, if you are not there you lose the points. There are no make ups for any missed assignment.
Attendance:
Attendance is required. Consistent, attentive attendance is
the key to a good grade.
Laboratory attendance is also required. Consult your laboratory
instructor before your scheduled lab should a problem arise.
Exams: format will be either all short essays or 50-50 essays and objective formats such as multiple choice, true/false etc.
Makeup's: Make up exams are given only under conditions of documented excuses which the student has processed with the Assistant Provost. NO OTHER MAKEUP'S WILL BE GIVEN ! THE INSTRUCTOR RESERVES THE RIGHT TO SCHEDULE MAKE UP EXAMS and will do so only after receiving documentation from the Assistant Provost.
Early exams*: A student may request to take an exam early for personal, athletic or academic reasons. Requests for early exams must be received by the instructor IN WRITING no later than ONE WEEK BEFORE the scheduled date of the exam. Early exams will differ in content and format from regularly scheduled exams.
Late exams or late for exams*: No late exams will be given. See make-up policy above. Students late to exams will have the time remaining in the period to finish, period, that's it, no excuses!
Academic Fraud: The University Policy, which is strictly enforced by the Science Division, is that anyone who cheats, attempts to cheat or assists another student to cheat on an exam or quiz fails the course. Plagiarism, plagiarism by paraphrasing, and unauthorized collaborative work are also forms of academic fraud because you are trying to get credit for work and ideas that are not your own. Don't risk failing when a well placed footnote or reference is needed! If you would like further clarification, read Section F: Standards for Academic Integrity, of the student handbook.
Disclaimer: The instructors reserve the right to modify the syllabus! Modifications will be announced in class or by email.
Office hours: Five official office hours are held each week. Students are welcome in our offices at any time - drop-in or make an appointment.
Help*: Numerous resources on campus are available to you for academic assistance. Tutoring is available at no charge to you. Do not wait until you are failing to seek help! Come in to talk to us, and we will direct you to the appropriate resources.
It is our expectation that we will treat each other with respect and courtesy, and that we will learn from each other and we will have a good time.
*We provide alternative exams, additional time for exams and other individualized
assistance to students with documented special needs. Just ask.
Essays(due date): Each student will submit five current awareness essays during the semester. For each essay you must locate and read an article in the current popular press (magazines, newspapers etc.) having to do with a biological issue relevant to the material in the course, and submit a report according to the guidelines below. Articles chosen for presentation must have appeared no earlier than six months prior to the start of the course. Topics for the essays are given below, due dates are listed on the course schedule.
Essay one (1/22): Human health and disease such as emerging diseases, new risks, new treatments, diet, exercise, steroid use, contraception, STDs, non-traditional medicine etc.
Essay two (2/26): Human genetics, such as paternity testing, new systems to detect genetic disorders (such as fetal testing), eugeneics, human cloning etc.
Essay three (3/19): Plants, fungi algae, such as discovery of new species, new drugs or other plant products, plant-fungus interactions, sea weed products, bioengineered crops, herbal remedies
Essay four (4/2): Animals; such as as discovery of new species, assisting endangered species, fish farming, diseases that infect crop animals, bioengineered species etc.
Essay five (4/23 ): ecological problem such as rain forest deforestation, toxic waste production and clean-up, protection of endangered species or of natural places etc.
Essay requirements: Each report must be typed. On the top of the first page put your name, Biology 101, Spring 2001 and the date, the title of the article you read and the author(s) names, followed by the magazine or newspaper title, date and the pages of the article. Compose a brief essay of one page or less in three parts (thanks to Dr. Bruce Grant for these suggestions) as given below.
(1) Summary: In your own words, state what the article says in a single concise paragraph. DO NOT PLAGIARIZE!
(2) Biological Connections: What is the biological background for this article and what is the greater biological context of the issue described in the article? Some articles provide excellent background, for those you must consider wider connections. For example if the article is about a new gene identified as associated with a disease, and the background on the disease is good, consider other connections such as how the gene is inherited, the human genome project, what genes do in cells etc. Consult at least one outside reference to help you understand and explain the background and connections. Cite any outside source you use (Author's name, year, reference title, page number(s)) including your textbook. Limit this section to two paragraphs.
(3) Critique: Given the background information you have and the connections you have raised, how well did the article meet the charge of creating an informed, biologically literate public? Do not give your opinions on the issue, but do consider how well the author presented it and argued for a solution to the problem(s) identified. Limit this section to one paragraph.
Following your essay, attach a complete copy of the article (original or a photocopy). If it is a clipping (less than one page), you must tape or glue it neatly to a blank sheet of paper, or submit a legible photocopy.
Week beginning
Topic
Readings
1/15 | Introduction, power reading, avoiding plagiarism
Assignment: send me an email The “scientific" method, science in social context
Molecules (m) |
Ch 1; Ch 2
Ch 3 (to page 61) |
1/22* | Cells and viruses (m) | 72-92;286-294 |
1/29 | AIDS and infectious disease | Ch 24; 284-285; 290-294; 589-590 |
2/5 | Cancer (m)
Cancer case studies Cells Alive! W 2/7 Review for Exam I F 2/9 Exam I |
Ch 6, 532-534 |
2/12 | Cell Division (m) | Ch 6 |
2/19 | Reproduction (m) | Ch 27 |
2/26* | Development (m) | Ch 27 |
3/5 | Spring Break | |
3/12 | Genetics and Human heredity
W 3/14 Review for Exam II F 3/15 Exam II |
Ch 7 |
3/19* | Genetics and Human heredity (m)
Genetics problems and answers |
Ch 7 |
3/26 | Evolution and Diversity | Ch 3 (pp.62-68); Ch10; Ch 15 |
M 4/2* | Diversity | Ch 15, Ch 18 |
4/9 | M 4/9 Review for Exam III
W 4/11 Exam III F 4/13 Spring Holiday, if there have been no snow days |
|
4/16 | M 4/16 Spring Holiday, if there have been no snow
days
Diversity |
Ch 18; Ch 19 + 20 |
4/23* | Ecology | Ch 28, Ch 29 |
4/30 | Ecology
W 5/2 Review for Exam IV |
Ch 30 |
Exam IV during finals week, as scheduled by the registrar |
If no specific pages are given, then the entire chapter is required reading for that day.