|
Objective 4:
Photophosphorylation slideshow
Photophosphoryaltion
movie handout
Photophosphorylation Schematic
(diagram used in slideshow)
Electron Transport Chains
in Photosynthesis
Objective 5:
Where
do all the H+ ions come from?
Photosynthetic Phosphorylation
Objective 6:
ATP Generation by Chemiosmosis
Objective 8:
C3 v. C4 Plants
Objective 9:
The Plant Body
Ligustrum slide - available in Study Center, click here
to test yourself
What does a Ligustrum leaf look like anyway?
Zea microscope slide - available in Study Center, click here to test yourself
Kranz anatomy
Dicot v. monocot leaves
Poa slide - available in Study Center
Leaves: Minimizing Water Loss
Gas exchange in plants
Objective 10:
Functions and types of roots
Leaf demo - available in Study Center
Objective 11:
Primary growth of a root (11c)
Objective 12:
How old is that twig?
Lenticels
Twig Self Test
An example: Horse Chestnut Morphology
Objective 13:
Vascular
cambium and rays (13a,b)
Xylem and phloem in trees
Tree growth rings (13c), more optional info
Cork (13c)
Optional Supplementary Material:
The
Chemistry of Autumn Colors
Plant tissue slideshow
|
Xylem and phloem in trees
These photographs show freshly cut trees exuding sugary liquid from the
phloem.
This shows you the location of the phloem in the tree trunk.
Notice that most of the trunk consists of xylem.
In the top photo, you can see the rot at the center of the xylem.
A tree can withstand considerable deterioration of the xylem and remain
alive.
|
 |
|
