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<!--This file created
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version 2.0-->Plant
Physiology
Biology 215
Spring 2003
Instructor: James C. Pushnik
Office: Holt 301 J Office Hours: T 2:00-3:00; Th 12:30-1:30
Tel/ Fax : 898-6362 Email:jpushnik@csuchico.edu
Text: Plant Physiology, Third
Edition, Taiz and Zieger, Sinuaer Press. 2002
Lecture : Holt 261; Tuesday and
Thursday 11:00-12:15 Laboratory: Holt
268; Thursday 2:00-4:50
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|
Date
|
Topic |
Reading |
|
|
Introduction : Plant and Cell
Architecture |
|
|
1/28 |
·
Organization of Plants and Cells |
1-26 |
|
|
Energy and Enzymes |
|
|
1/30 |
·
Energy Flow through Living Systems |
Web-site |
|
|
Water and Plant Cells |
|
|
2/4 |
·
Water and Water Potential |
33-45 |
|
|
Water Balance and the
Plant |
|
|
2/6-2/11 |
·
Water Absorption ·
Transpiration |
47-63 |
|
|
Plant Mineral Nutrition |
|
|
2/13-2/18 |
·
Essential Mineral Nutrients: Nutrient Deficiencies and Symptoms |
67-84 |
|
|
·
Treating Nutritional Deficiency |
|
|
|
·
Root-Microbe Interactions |
|
|
|
Solute Transport |
|
|
2/20-2/25 |
·
Membrane Transport and Ion Uptake |
87-107 |
|
|
·
Membrane Transport Proteins ·
Ion Transport in Roots ·
Soil Properties and Nutrient Content |
|
|
2/27 |
Examination 1 |
|
|
|
Photosynthesis: The Light
Reactions |
|
|
3/4-3/6 |
·
Photosynthesis in Higher Plants |
111-141 |
|
|
·
Structure, Bioenergetics and Light-dependent Reactions ·
Regulation and Genetics of Photosynthetic Systems |
|
|
|
Photosynthesis: Carbon
Reactions |
|
|
3/11-3/13 |
·
Calvin Cycle: Photosynthetic Carbon Reduction |
145-168 |
|
|
·
Photorespiratory Carbon Oxidation |
|
|
|
·
CO2 Concentrating Mechanisms and Synthesis of Sucrose and
Starch |
|
|
|
Photosynthesis:
Physiological and Ecological Considerations |
|
|
3/25-3/27 |
·
Leaves and Photosynthesis |
171-190 |
|
|
·
Leaves and Gas Exchange |
|
|
|
Translocation in the
Phloem |
|
|
4/1-4/3 |
·
Distribution and Translocation of Photoassimilates |
193-219 |
|
|
·
Sink-Source Interactions |
|
|
|
·
Phloem Loading and Unloading |
|
|
|
·
Assimilate Allocation and
Partitioning |
|
|
|
Respiration and Lipid
Metabolism |
|
|
4/8-4/10 |
·
Respiration: Energy Retrieval |
223-255 |
|
|
·
Lipid Metabolism |
|
|
|
Assimilation of Mineral
Nutrients |
|
|
4/15-4/17 |
·
Nitrogen assimilation |
259-279 |
|
|
·
Sulfur Assimilation |
|
|
|
·
Phosphate Assimilation |
|
|
|
·
Cation Assimilation |
|
|
|
·
Oxygen Assimilation |
|
|
4/22 |
Examination 2 |
|
|
|
Regulation of Plant
Development
|
|
|
4/24-4/29 |
·
Patterns of Plant Development |
313-372 |
|
|
·
Phytochrome: Biological and Photochemical Properties |
376-398 |
|
|
·
Blue Light Control of Stomatal Movement and Morphology |
403-420 |
|
|
Plant Hormones |
|
|
5/1 |
·
Auxins |
423-456 |
|
5/6 |
·
Giberellins |
461-488 |
|
5/8 |
·
Cytokinins |
493-515 |
|
5/13 |
·
Ethylene |
519-536 |
|
5/15 |
·
Abscisic Acid |
539-588 |
|
5/22 |
Examination 3 (10:00 - 11:50) |
|
|
|
|
|
Grading Procedure and Policy:
The course grade will be determined on the following
basis: There will be a total of 400 points possible, which are distributed
between the lecture and laboratory.
Examinations
300 points
Laboratory
100 points
· Lecture examinations: There will be three-scheduled mid-term examination each worth 100 points. The format of these examinations will be short answer and essay.
· Laboratory grade: The laboratory will contribute 100 points toward the final course grade. The points are distributed as follows:
Experimental write-ups (5 at 10 points each) 50
· Laboratory reports will be due 1 week after the completion of the experiment. No late write-ups will be accepted.
Poster Presentation of a Class Experiment 25
Laboratory Notebook 15
Attendance and Participation 10
· Late Assignments and make-up examinations: No assignments will be accepted past the due date. Arrangement for make-up examinations must be made in advance. There will be no exception.