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Biology 211

Flowering Plant Taxonomy

Fall 1999 Lecture and Laboratory Schedule

DATE

LECTURE AND LAB TOPIC

READING

Sept.

8

Introduction Chap 1 (scan 2-3, App. II)
 

8-9

LAB: Review of Plant Morphology, Plant Collecting Techniques, Introduction to Terminology; Family Recognition Chap 4-5
 

10

Review of Vascular Plant Morphology and Life Cycles Pages 54-58, 82,85-86, 128-132
 

11

SATURDAY (Sunday option?) FIELD TRIP - meet at noon, return by 5pm  
 
 

13

Philosophical Bases of Taxonomy and the History of Plant Classification Chap 11
 

15

Subclasses of Flowering Plants: Class Magnoliopsida (Docots) Pages 137, 158, 171, 183, 232, 300-301
 

15-16

LAB: Use of Keys, Identification, and Student Collections; Family Recognition  
 

17

Subclasses of Flowering Plants: Class Magnoliopsida (Docots) Continued Pages 137, 158, 171, 183, 232, 300-301
 

18

SATURDAY (Sunday option?) FIELD TRIP - meet at 9am, return by 4pm  
 
 

20

Subclasses of Flowering Plants: Class Liliopsida (Monocots) Pages 337, 347, 353, 364, 372
 

22

Taxonomic Characters; Morphological and Anatomical Characters Chap 13 (p. 436-446)
 

22-23

LAB: Local Field Trip, Family Recognition, Identification, and Student Collections  
 

24

Chemical and Physiological Characters Chap 13 (p. 446-456)
 

25

Scanning Electron Microscope orientation and use in pollen studies (Tentative special session)  
 
 

27

Palynological and Embryological Characters Chap 13 (p. 456-460)
 

29

Cytological and Cytogenetic Characters Chap 13 (p. 460-466)
 

29-30

LAB: Family Recognition, Identification, and Student Collections.  
Oct.

1

EXAMINATION (Through Sept. 29 Lecture)  
 
 

4

Traditional Approaches to Classification  
 

6

Numerical Phenetics - Classification by Overall Similarity  
 

6-7

LAB: Family Recognition, Identification, and Student Collections.  
 

8

Numerical Phenetics (continued)  
 
 

11

FALL BREAK  
 

13

Examples of Phenetic Classification; Problems with This Approach  
 

13-14

LAB: Numerical Techniques - Phenetics; Student Collections and Family Recognition  
 

15

Cladistics - Reconstructing Evolutionary History  
 
 

18

Cladistics (continued)  
 

20

Examples of Cladistic Classifications; Problems with This Approach  
 

20-21

LAB: Numerical Techniques - Cladistics; Student Collections and Family Recognition  
 

22

Paleontology, Phylogeny, and the Origin of Flowering Plants Chap 12
 
 

25

EXAMINATION (Through Oct. 22 Lecture)  
 

27

Patterns of Phenetic Variability and Population Biology - Guest Lecture  
 

27-28

LAB: Student Collections and Family Identification  
 

29

Patterns of Phenetic Variability and Population Biology (Continued) - Guest Lecture  
 
Nov.

1

Speciation and the Species Definition Problem  
 

3

Speciation and the Species Definition Problem (continued)  
 

3-4

LAB: Herbarium Technique: Specimen Mounting and Labeling; Family Recognition and Student Collections  
 

5

Polyploidy and Hybridization, Introgression  
 
 

8

Polyploidy and Hybridization, Introgression (continued)  
 

10

Infraspecific Taxa  
 

10-11

LAB: Practice family recognition exam; Student collections  
 

12

Examples of Species Delimitation  
 
 

15

Genera and Families - Discussion  
 

17

Flora and Floristic Analyses; Biogeography  
 

17-18

LAB: PLANT COLLECTION DUE  
 

19

Flora and Floristic Analyses; Biogeography (continued)  
 
 

22

Flora and Floristic Analyses; Biogeography (continued)  
 

24

THANKSGIVING RECESS  
 

25

THANKSGIVING RECESS  
 

26

THANKSGIVING RECESS  
 
 

29

The International Code of Botanical Nomenclature and its application Chap 2
Dec.

1

Nomenclature (continued)  
 

1-2

LAB: Practice family recognition exam  
 

3

Nomenclature (continued)  
 
 

6

Nomenclature Problems  
 

8

Taxonomy and Nomenclature in the Future - Possible Changes Ahead in Taxonomy  
 

8-9

LAB: FAMILY RECOGNITION EXAMINATION  
 

10

Review  

Final Exam: Exam group 2