This infographic slide will display the steps of the water conduction in both monocots and dicots

1. WATER CONDUCTION
IN MONOCOTS AND DICOTS

2. PLANTS
NON-VASCULAR VASCULAR
MOSS
LIVERWORT
HORNWORT
RICCIA
GYMNOSPERM
ANGIOSPERM

3. Importance of
water
for growth, photosynthesis, metabolism.
For distribution of organic and inorganic molecules.

4. SYMBOLS
XYLEM
PHloEM
WATER
PGAL=Phosphoglyceraldehyde

5. DICOTS
CORTEX
PITH
VENTRAL
DORSAL

6. MONOCOTS
PITH
CORTEX
VENTRAL
DORSAL

7. Epidermis
cortex
endoderm
pericycle
Casparian strip
ROOTS

8. SYMPLAST
OSMOSIS
PASSAGE CELL
PLASMODESMA

9. apoPLAST
OSMOSIS
Cell wall

10. [H20] LOW
[MINERAL] HIGH
[H20] HIGH
[MINERAL] LOW
H20 H20
MINERALMINERAL
ATPATP
OSMOSIS

11. STEMS
VESSEL
ELEMENT
TRACHEID
pit

12. VENTRAL
DORSAL
EPIDERMAL CELLS
GUARD CELLS
chloroplast
stoma
LEAF

13. LIGHT
GlucosePGAL
2(C3) C6
K+ ion

14. CLOSE (FLACCID) OPEN (TURGID)
Turgor pressure increase

15. transpiration
Open (turgid)
vapor
heat
O2,co2
factor
light
humidity
O2,co2
guttation
At hydathode
High humidity

16. Transpiration pull
[cohesion]
ADHESION ROOT PRESSURE
forces

17. Thank you