FS561 – Physiology of Woody Plants  Fall 2009

OBJECTIVES AND REFERENCES FOR SEPTEMBER 29:

Course Introduction, and  Evolution and Distribution of Woody Plants

 

NO Required Reading - but see chapter 1 of your text (Pallardy's book) for overview of wood, angiosperms, gymnosperms

 

 

Useful supplementary information:

 

Raven, Evert and Eichhorn, 1999, Biology of Plants.    (a great general text, available in the library)  Also see the associated web site at http://www.whfreeman.com/raven/

 

Useful online references:

 

The Plant Kingdom - an introduction - a very cool animated tutorial.  It is aimed at the undergrad level

    but is very nice for anyone who would like a quick and appealing overview

The Green Kingdom

The Plant Kingdom

"Wood"  (a nice summary of different kinds of wood structures)

Plant Tissue Systems: Dermal, Ground, and Vascular

Plant Meristems: An Historical Overview

Learning Objectives:

After this lecture and any supplementary reading you find necessary, you should be able to:

  1. Access and use the course web site to stay informed about expectations, requirements and assignments for this course
  2. Define "wood" and give examples of woody plants
  3. Describe the major divisions within the plant kingdom (only to the level of detail provided in the lecture) and identify which contain woody plants
  4. Use the following terms in a way that demonstrates your understanding of the meanings:  xylem, primary vs. secondary xylem, phloem, vascular and non-vascular plants, lignin, cellulose, conifer, gymnosperm, angiosperm
  5. Describe major differences in structure and life history between woody and non-woody plants and speculate (providing a rationale) how these differences in structure and life history may relate to differences in growth and physiology (e.g., rates of photosynthesis, acquisition of nutrients, carbon allocation, defense against pathogens and disease, growth rates, reproduction and fecundity ….)
  6. Describe how the temperature/moisture characteristics of forested biomes differ from other biomes