Biology 152 - Zoology and Organismal Biology
Fall 2000
Instructor: Dr. Eric S. McCloud Office: SC 65
Phone: X1228 email: emccloud@deepcnet.usi.edu
Lecture Text: Biology of Animals, 7th Ed. Hickman et al. Office Hours MWF 10-11; Th 9-10
Laboratory Text: General Zoology Laboratory Guide, 12th Ed. Lytle
Lecture and Laboratory Schedule
|
Week |
Topic |
Reading (Chapter - pp) |
Lab Reminders |
|
1 |
Introduction - History of Life |
1 3-5; 16-21 |
Diving Response |
|
Biological Macromolecules |
7-11 |
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Biological Macromolecules - continued and Cell Structure |
2 24-35 |
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2 |
Mendelian Genetics |
3 56-69 |
Diving Response |
|
Mendelian Genetics II |
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3 |
Mendelian Genetics III |
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Molecular Genetics |
69-81 |
M,M, and M/development |
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Molecular Genetics II |
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4 |
Molecular Genetics III |
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Exam |
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|
Evolution I |
4 all |
Development/conferences. |
|
|
5 |
Evolution II |
Draft reports due |
|
|
Evolution III |
Pop. Gen. |
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Evolution IV |
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|
6 |
Diversity; protista |
16, 361-369;376-380 |
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Protista, Sponges and Cnidarians |
17, 382-390 18,392-405; 411-413 |
Protists/Cnidaria |
|
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Sponges and Cnidarians |
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7 |
Systematics |
15, all; |
|
|
Systematics |
Systematics |
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Acoelomates |
19, 416-426; 429-431 |
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8 |
Exam |
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Psuedocoelomates |
20, all |
Final Reports Due |
|
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Molluscs |
21, 448-457; 459-469 |
Platyhelminthes and Nematodes |
|
|
9 |
Molluscs |
Practical |
|
|
Annelids |
22, 448-457; 459-469 |
Annelids and Molluscs |
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|
Annelids |
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|
10 |
Arthropods |
23, 490-492 |
|
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Arthropods |
500-502; 509-518; 526-528 |
Arthropods |
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Arthropods |
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11 |
Echinoderms |
25, 542-554 |
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Chordates I |
26, all |
Echinoderms and Chordates |
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Chordates II |
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12 |
Homeostasis |
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Nervous Integration |
11; 240-247; 253-263 |
Rats |
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Nervous Integration |
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13 |
Exam |
no lab |
|
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14 |
Ecology |
5; 118-124 |
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Ecology |
Rats |
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Ecology |
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15 |
Ecology |
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Animal Behavior |
13 all |
Practical |
|
|
Animal Behavior |
Detailed
Laboratory Schedule|
Week |
Laboratory |
Reminders |
|
1 |
Diving Response - handouts |
|
|
2 |
Diving Response - handouts |
report conf. in two weeks |
|
3 |
Microscopes, Meiosis, and Mitosis - Exercises 1 and 3 |
development mini lecture pp. 318-29 |
|
4 |
Development, Exercise 4. |
modern development mini lect. 329-334 |
|
5 |
Population Genetics - handouts |
draft reports due |
|
6 |
Protists and Cnidaria Exercises 5 and 7 |
|
|
7 |
Systematics handouts |
drafts returned |
|
8 |
Platyhelminthes and Nematoda Exercises 9 and 10 |
final reports due |
|
9 |
Lab Practical |
|
|
10 |
Annelids and Molluscs Exercises 11 and 12 |
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|
11 |
Arthropods Exercise 13 |
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12 |
Echinoderms and Chordates Exercises 14 and 15 |
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13 |
Rats Exercise 20 |
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14 |
no lab Thanksgiving |
|
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15 |
Rats Exercise 20 |
|
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16 |
Lab Practical |
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Course Description and Philosophy
This course is designed as an introduction to the animals - their evolution, ecology, and diversity. This course may also be viewed as an introduction to general principles in biology as seen through the lens of animal examples and systems. The depth of coverage alloted to topics will vary; some topics will be covered extensively while others will be covered intensively. The goals of this course are to provide you with 1) a basic knowledge of the workings of fundamental biological processes in animal systems and 2) basic knowledge in animal biology that you will use as a starting point for more advanced courses in biology.This course satisfies 4 credit hours in the University Core Curriculum (UCC) category C3 - Science.
Hints, Tips, and Admonishments:
1) Plagiarism is a serious offense that can result in dismissal from the University.
2) Students are expected to arrive on time for class and maintain proper classroom decorum at all times.
3) Read labs before coming to lab and read applicable portions of the text before coming to class. In the former case, this will allow you to organize your time in lab more effectively and in the latter case, you will be better prepared to participate in lecture classes.
4) Do not treat your participation in lecture classes as a passive exercise. In lecture, your goal is to reinforce, reorganize, and clarify your mental picture of topics that you should have already read about. In this way, you will be able to take notes effectively during lecture as well as thinking and asking questions during lecture. Effective note-taking is a skill that does not simply come naturally to many people. To take notes effectively, you should seek to think over and organize the topics as they are being discussed. Your notes should reflect the relationships and relative importance of topics rather than simply being a loose transcription of the lecture. Do not attempt to write down all that is said!
5) This class is your "job". Approach your job with professionalism. In part, what I mean by this is that you must be organized, dedicated, and willing to make this class a high priority. I also mean that you really need to take some responsibility for your own learning. I can be a guide but you must also take initiative. In other words, you should be able to answer the question, what are you going to do to learn about botany and cellular biology? with an answer that is more extensive than "I will come to class and take notes".
6) Practice, practice, practice! After class, re-write and/or annotate your notes. Use this time to fill in gaps in your notes, make notes to yourself about things that you need to look at harder, make page references in your notes to your textbook, and highlight particularly important portions of your notes. This technique works well because it provides you with both repetition of topics and a way to study the same thing in different ways. First, you read the material in the text next, you attend class and participate by listening, thinking, taking notes, and asking questions (see number 4) then third, you rewrite and annotate your notes after class.
7) The first year or so of biology will require you to learn lots and lots of new terms. This is like learning a foreign language and it will require some work. Making and working with flash cards and lists is generally very helpful. It will also help you to become accquainted with the meaning of the Latin and Greek roots, suffixes, and prefixes that are behind this flood of new terms. As you develop skill with these, you will often be able to predict the approximate meaning of a new and unfamiliar term without being told what it is.
Grading and Course Policies
Allocation of Points
Lecture Exams (3) 300
Final Exam 140
Quizes 35
Lab Exams (2) 200
Photosynthesis Project / Report 50
Lab Quizes 25
750
There are 750 total points in this course. Your grade will be derived from the percentage of the total points that you earn. I reserve the right to lower the A, B, C, D grade cutoffs from the traditional 90, 80, 70, 60 % levels at the end of the semester. The grade cutoffs will not be raised.
ATTENDANCE
Course attendance is your responsibility and you are expected to attend every class/lab. No makeup exams can be given and there are no makeup laboratories. If you must miss an exam, you must obtain permission of the instructor and provide written documentation of an acceptable excuse (serious illness, death in the immediate family). In such a case, grades will be prorated. A grade of zero will be assigned for exams missed without the instructor's permission.
I have read and understand the syllabus for Biology 152, Fall 2000.
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