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Syllabus & Policies Spring 2007


I. Course Title: B IO 301 Invertebrate Zoology
Ferrum College
Biology Program; School of Natural Sciences and Mathematics

The mission of the Ferrum College Biology program is to maintain a quality, up-to-date biology curriculum providing academically rigorous courses and experiential learning from qualified faculty. These educational goals shall be integrated into a liberal arts curriculum. Ferrum College's Biology Program has always emphasized the necessity for a broad perspective of the field and an understanding of how biological issues relate to larger societal concerns. Students have the opportunity to pursue more specialized interests through upper level courses that permit variety in choice of emphasis areas. However the fundamental breadth of our program has always been one of its strengths.


II. Instructor: Dr. Carolyn Thomas
Office: Garber 119 Phone: 365-4368
Email: cthomas@ferrum.edu or web: www.ferrum.edu/cthomas
Course Web page: http://angel.ferrum.edu (ESC 110 – A-Thomas)
Office Hours: MWF 10-11 AM, Mon. 1-1:30 PM; TTH 8:30-9:30 AM; Th 1-3 PM, Fri. 1-130 PM

III. Class and Lab Meeting Time: Monday, Wednesday & Friday 11:15 AM – 12:10 PM
Lab - Wednesday 12:30-3:15 PM;
Field Trip: Belle Baruch Marine Lab and Huntington Beach State Park in Georgetown, SC;
3-4 Day trip observing and collecting marine invertebrates. Transportation and lab activities will be funded by the School of Natural Sciences and room and board will be funded by the individual students (approximately $35). More information will be available soon.

IV, Textbook and Readings: (required)
1. Biology of the Invertebrates 5th Edition 2005 by: Jan A. Pechenik and Jan Pechenik, published by McGraw Hill Higher Education. Required textbook
2. Invertebrate Zoology Laboratory Manual 6th Edition 2002 by: Robert L. Wallace and Walter K. Taylor, Prentice Hall Publishers. Required textbook
3. A guide to Common Freshwater Invertebrates of North America 2002 by: Reese Voshell
published by McDonald and Woodward Publishers, Optional textbook
4. Readings placed on reserve in the library.

V. Catalog Course Description

A systematic survey of the structure, function, and natural history of the phyla and classes of animals without backbones. Emphasis will be placed on evolutionary relationships which are the basis of our classification system.

Detailed Description:

This course covers topics related to invertebrate animals in marine, freshwater and terrestrial ecosystems. Evolutionary relationships will be emphasized and parasitology will be discussed. Diversity of invertebrate animals and their characteristics structurally and physiologically will be discussed in detail. Field trips and lab activities are a required part of the class and will include trips around the Ferrum area and nearby ecosystems; labs will include dissections, living animal studies, microscopic studies, taxonomic identification and an invertebrate animal collection. A fieldtrip will be taken to Atlantic Ocean coastline, probably in South Carolina to study and collect marine invertebrates.

VI. Purpose/Rationale for this Course

This course is an introductory course that will prepare students to continue in the area of zoology and biology. Students will acquire a working knowledge of basic concepts of taxonomic identification of invertebrate animals and their evolutionary relationships. The study of this wide range of animals and their importance in parasitology of humans and other animals relates to the health concerns of society. The laboratory portion of this course will introduce students to methods in the study of taxonomy, morphology, physiology and evolution and will allow students to experience field and laboratory research in the biological sciences.

VII. Use of Technology in Course

The students will use computers and computer software programs such as simulation programs of organisms in different ecosystems which will demonstrate characteristics of animals in nature. Microscopes and video cameras attached to monitors will also be used. A course web site is set up on the Angel Course Management system Web Site.

VIII. Course Goals and Outcomes

Students will acquire a working knowledge of the morphology, physiology and evolutionary relationships of invertebrate animals. The laboratory portion of this course will introduce students to methods of studying invertebrate animals including dissection and microscopic studies and will allow students to learn collection of specimens in the field, mounting of specimens for display and taxonomic identification of specimens and field observed animals.
Upon completion of this course, students will be able to:
1. Define technical terms currently used in the study of morphological and physiological zoology especially of invertebrate animals.
2. Explain basic concepts in evolutionary relationships and natural history of invertebrate animals.
3. Use laboratory tools such as dissection tools, microscopes, both compound and dissecting.
4. Identify invertebrate animals using taxonomic keys.
5. Use field collection tools to collect and preserve or mount invertebrate animals.

IX. Assessment of Course Goals and Outcomes

Course Goal/Outcome
Instructional Experiences
Assessments
1. Lecture, discussion, individual work, readings
Homework, quizzes, tests, exam, review papers,
invertebrate collection
2. All class activities Homework, quizzes, tests, exam, journal review papers
3. lab activities and exercises, field exercises lab reports, invertebrate collection
4. lab activities and exercises, field exercises field trips Lab exams, invertebrate collection
5. lab activities and exercises, field exercises, field trips Invertebrate collection


X. Course Requirements and Assignments

Percentage of Grade Due Date Brief Description
10% Throughout course Class and lab quizzes
30% Jan. 31, Feb. 23 & Mar. 23 Three tests (3 @ 100 pts each)
20% Feb. 28 & Apr. 18 Lab exams
15% Feb. 12 & Mar. 30 2 journal paper reviews must be written and turned in following standard format (as explained by instructor)
10% Apr. 11 Invertebrate Collection Project
10% Apr. 28 Comprehensive final exam
5% Throughout course Class and group membership; class participation, preparedness, professionalism, &attendance



Journal Paper Reviews: Two papers reviewing a journal article about an invertebrate animal is required for this class. The article may cover any research which involves and invertebrate
. Details are as follows:
1. You may want to discuss the paper with the instructor before beginning.
2. The length should be 4 pages, typed, double-spaced, 1-inch margin, 12 point font.
3. Half of the review should be a summary of the paper’s conclusions and a brief description of the methods and the second half should be a critical review of the paper’s conclusions and methods.
3. Due dates are Monday, February 12th and Friday, March 30th. Late papers will be subject to a penalty of one letter grade each day.
4. Use at least 3 citations from journals. Other citations may be from web pages.

Project: An invertebrate animal collection will be required and will be due Wednesday, April 11. Animals must be collected, mounted or preserved and identified taxonomically. Information must be provided on each animal about their place in the taxonomic hierarchy, place in a food web and the date, place and source of collection on a 3” by 5” card. Instruction will be provided on the methods of preserving or mounting invertebrate animals and further details of this project will be provided by instructor.


Lab: The laboratory part of this course is designed to allow students to gain practical experience with work in the study of invertebrate zoology. Some labs and collecting invertebrate specimens will be outdoors. Dress accordingly for the weather. Boots are a good idea. Always bring a field notebook. You should keep a lab journal that includes a description of lab experiences and any comments you have about the experience. There will also be two lab exams, one at midterm and one final lab exam which will be primarily practical in nature.

Quizzes: Many discussions of readings will be accompanied by quizzes in class and/or outside of class. Occasionally there will be a lab quiz.

Tests and Final Exam: Tests may include short answer questions, multiple choice, essay and matching questions. The final exam will be comprehensive, covering textbooks, readings and will be worth 200 points.

XI. Evaluation and Grading Scale
A=90-100% D= 60-69%
B= 80-89% F= 0-59%
C= 70-79%

XII. Academic Integrity: Academic endeavor is undermined by cheating, plagiarism, or lying for academic advantage. The faculty has the duty to promote an atmosphere of honest learning, first through its own example as a community of scholars, but also through the establishment and support of a system by which students charged with academic wrongdoing can be fairly judged, and if found culpable, held accountable. (From – Ferrum College Student Handbook, pg 19 and the Ferrum College Faculty Handbook, pg 84)

XIII, Attendance Policy: Please do not be late or absent from class, labs, or field trips. If you know of future absences please discuss the absence with the instructor as soon as you know of it. If an unexpected absence occurs, call or meet with the instructor as soon as possible. The determination of (excused or unexcused) is determined only by the instructor. Lab class absences count as two absences. There will be a letter grade penalty for 4 unexcused absences or unreasonable lateness.

Tobacco: There will be no tobacco products in the classroom, lab or field trips, including cigarettes, and chewing tobacco.

Electronic devices: Cell phones will be collected at the beginning of each class and lab then returned by the end of class. No electronic devices may be used in class unless permission is granted by the instructor because of special circumstances. This includes cell phones, beepers, CD players, radios, computers and other devices. The device will be taken away from the student at the time of the violation and returned to the student ate the end of the class or lab period. Occasionally lap top computers will be provided by the instructor for use during class time. Proper care must be exercised by the student ts in the use of these computers or penalties will be applied to the student in violation of policy.

Special Accommodations: Reasonable accommodations and auxiliary aids will be available for any qualified student with a disability in accordance with the Americans with Disabilities Act (ADA). As early in the semester as possible, you are encouraged to notify the instructor and Ms. Linda Albrecht, Disability Services Coordinator, in ARC 111. Instructors are not allowed to discuss individual accommodations in public or ask individual students to make use of them. Qualified students may request these services and must follow the reasonable guidelines required by the school (such as arranging at least 48 hours in advance for any special accommodations for a scheduled test), or you will lose your right to take advantage of these services.

Tentative Class Schedule
BIO 301 Invertebrate Zoology

Term: Spring 2007
Instructor: Dr. Carolyn Thomas

Textbook and Readings:
1. Biology of the Invertebrates 5th Edition 2005 by: Jan A. Pechenik and Jan Pechenik, published by McGraw Hill Higher Education. Required textbook
2. Readings placed on reserve in the library.

Meeting Time: Monday, Wednesday and Friday 11:15 AM – 12:10 PM


Week Date Topics Readings (P & P)
1 Jan. 15 - 19 Introduction to course, textbook and classification and taxonomy 1 & 2
2 Jan. 22-26 Protozoans 3
3 Jan. 29-Feb. 2 Poriferans and Placozoans; Test #1 ( Chapters 1-4) 4
4 Feb. 5 - 9 Hydrostatic skeletons ,Cnidarians and Ctenophores 5, 6 & 7
5 Feb. 12 - 16 Platyhelminthes and Mesozoans 8 & 9
6 Feb. 19 - 23 Rotifers, Acanthocephalans, and Nemertines;
Test #2 (Chapters 5-10) 10 & 11
7 Feb. 26- Mar. 2 Mollusks 12
8 Mar. 5 - 9 *********** Spring Break*************** -------
9 Mar. 12 - 16 Annelids and Sipunculans 13
10 Mar. 19 - 23 Arthropoda: Introduction and Spiders;
Test #3 (Chapters 11 – 13) 14
11 Mar. 26 - 30 Arthropoda; Crustacea and Insects 14
12 Apr. 2 – 5 Nematodes and Minor phyla ** Easter Break** 16, 17, 18, 21, & 22
13 Apr. 10 - 13 Lophophorates 19
14 Apr. 16 - 20 Echinoderms and Invertebrate Reproduction and Development 20 & 23
15 Apr. 28 10:30 AM – 12:30 PM- Final Exam All chapters in
P & P and readings

Tentative Lab Schedule
BIO 301 Invertebrate Zoology

Term: Spring 2007

Instructor: Dr. Carolyn Lee Thomas

Texts: 1. Invertebrate Zoology Laboratory Manual 6th Edition 2002 by: Robert L. Wallace and Walter K. Taylor; Prentice Hall Publishers. Required textbook
2. A guide to Common Freshwater Invertebrates of North America 2002 by: Reese Voshell
published by McDonald and Woodward Publishers; Optional textbook

Meeting Time: Wednesdays 12:30 PM – 3:15 PM

Week Date Lab Activity Lab Exercises
1 January 17 Introduction to Class and assignments
Field trip on campus Preface
2 January 24 Protozoa and Use of the microscope 1
3 January 31 Porifera, Cnidaria and Ctenophora 2, 3, & 4
4 February 7 Platyhelminthes, Nemertea, Gactrotricha, Rotifera, & Acanthocephala 5, 6, 7, 8, & 9
5 February 14 Mollusca 10
6 February 21 Annelida 11
7 February 28 Lab Midterm Exam 1 - 10
8 March 14 ****Field Trip to Atlantic ***** ----------
9 March 21 Nematoda, Nematomorpha, Onychophora, & Tardigrada, 12 , 13, 14, & 15
10 March 28 Arthropoda: Trilobita & Chelicerata 16 A & B
11 April 4 Arthropoda: Crustacea & Uniramia (insects) 16 C & D
12 April 11 Echinodermata, and other minor phyla 22, 17, 18, 19, 20, 21, 23, 24, & 25
13 April 18 Lab Final Exam 12 - 25