Organismal Biology II (BIO 212)

Course Outline


Lecture Text:
Neil Campbell, Biology, 4th ed.

Class Meets:
MWF 9:20-10:10 am

Attendance and Honor Code:
Students are expected to attend both lectures and lab on a regular basis. Students in this course will comply to the University of Richmond Honor Code.

Goal of Course:
As the title of this course is Organismal Biology; consequently, it should be clear to you that the goal of this course is for you to become familiar with the diversity of living organisms. We will primarily focus on animal diversity, since you have covered most of plant diversity in Organismal Biology I.

You will learn some of the basic concepts, essential terms, and kinds of questions that scientists ask when working in organismal biology. While learning the diversity of organismal life, you will learn general ecology, behavior, anatomy, evolution, adaptations, physiology, and behavior of the organisms studied. For most of you, this will be your first opportunity to learn about the wonderful diversity of animal life. Indeed, because of the great diversity of life, the course has a lot of material to cover. As a result, the course will move quickly and sometimes it may be difficult. I hope you will take advantage of this opportunity to learn about the diversity of organisms with whom we share the planet. Furthermore, I am optimistic that you will find the content stimulating.

Finally, as an organismal biologist myself, I hope my lectures will transmit to you the excitement and enthusiasm I feel every time I learn about a new adaptation or characteristic of the animals on which I do my research. Hopefully, this may motivate some of you to pursue a life long career of studying organisms.

Class Format:


SYLLABUS
Organismal Biology II (BIO-212)
Spring 1997

DATE LECTURE
January 13 Course introduction
January 15 Review of Systematics and Classification
January 17 Diversity of Fungi
January 20 Plant structure and growth
January 22 Plant transportation and nutrition
January 24 Animal tissues
January 27 Parazoa/Eumetazoa, Radiata/Bilateralia, Acoelomata/Coelomata dichotomies
January 29 Parazoa: Porifera (Sponges)
January 31 Radiata: Cnidaria (Medusae/Sea Anemones)
February 3 Acoelomata: Platyhelmynthes (Flat worms)
February 5 Acoelomata: Platyhelmynthes (Flat worms)
February 7 Exam I
February 10 Pseudocoelomata: Rotifera (Rotifers)
February 12 Pseudocoelomata: Nematoda (Roundworms)
February 14 Coelomata: Protostomata: Mollusca (Snails)
February 17 Protostomata: Mollusca (Snails)
February 19 Protostomata: Annelida (Segmented worms)
February 21 Protostomata: Annelida (Segmented worms)
February 24 Protostomata: Arthropoda: Chelicerata (Spiders)
February 26 Protostomata: Arthropoda: Crustacea (Crayfish)
February 28 Protostomata: Arthropoda: Crustacea (Crayfish)
March 3 Protostomata: Arthropoda: Smaller Groups (e.g. millipedes)
March 5 Exam II
March 7 Protostomata: Arthropoda: Insecta (insects)
March 17 Protostomata: Arthropoda: Insecta (insects)
March 19 Smaller Phya/ Lesser Protostomes (tardigrades/onychophores)
March 21 Deuterostomata: Echinoderms (sea stars)
March 24 Deuterostomata: Echinoderms (sea stars)
March 26 Origin of Chordates/Chordate characteristics
March 28 Deuterostomata: Protochordaes (amphioxus, sea squirt)
March 31 Deuterostomata: Protochordaes (amphioxus, sea squirt)
April 2 Exam III
April 4 Agnathas/Chondrichthyes (lampreys/sharks and rays)
April 7 Osteichthyes (bony fishes)
April 9 Amphibia (frogs/salamanders/caecilians)
April 11 Amniota: Reptilia: Chelonia (turtles)
April 14 Amniota: Reptilia: Lepidosauria (lizards and snakes)
April 16 Amniota: Reptilia: Archosauria (crocodiles and birds)
April 18 Amniota: Mammalia
April 21 Amniota: Mammalia
April 23 Principles of Animal Behavior
April 25 Principles of Ecology