Plant Form and Physiology: Stems
This text discusses stem anatomy, growth in stems, and stem modifications.
Topics
abscisic acid
ABA
abscission
adventitious root
apical bud
apical meristem
auxin
axillary bud
bark
bulb
Casparian strip
chromophore
collenchyma cell
companion cell
compound leaf
corm
cortex
cryptochrome
cuticle
cytokinin
dermal tissue
endodermis
epidermis
ethylene
fibrous root system
gibberellin
GA
ground tissue
guard cells
intercalary meristem
internode
jasmonates
lamina
lateral meristem
lenticel
megapascal
MPa
meristem
meristematic tissue
negative gravitropism
node
oligosaccharin
palmately compound leaf
parenchyma cell
pericycle
periderm
permanent tissue
petiole
photomorphogenesis
photoperiodism
phototropin
phototropism
phyllotaxy
phytochrome
pinnately compound leaf
pith
positive gravitropism
primary growth
rhizome
root cap
root hair
root system
runner
sclerenchyma cell
secondary growth
sessile
shoot system
sieve-tube cell
simple leaf
sink
source
statolith
stele
stipule
stolon
strigolactone
tap root system
tendril
thigmomorphogenesis
thigmonastic
thigmotropism
thorn
tracheid
translocation
transpiration
trichome
tuber
vascular bundle
vascular stele
vascular tissue
venation
vessel element
water potential
Ψw
whorled
plants
annual ring
guard cell
modified stem
plant form
plant physiology
stem modifications
stem anatomy
stem growth
stem