Copyright@Rani_2013

1. Kelompok 1
Cy n t h i a e k a p u t r i
L i s n a k u r n i a s a r i
p u r wa n t o
(1204945)
(1203094)
Mu h a mma d d i k a h a r l i a d i
(1205720)
N a e l a t u n n i k ma h
Ra n i
s i t i
(1203091)
k h o e r u n n i s a
(1205785)

2. Contoh
Batang 2
Pola Percabangan
Nilai yang terkandung

3. Pola
Percabangan
Tumbuhan tak
bercabang
Tumbuhan
bercabang

4. Tumbuhan tak
bercabang
Model Holtum
Model Corner

5. Mo d e l
Ho l t u m
B
a t a n g t u mb u h
t e r b a t a s
T
i d a k b e r c a b a n g
P
e r b u n g a a n l e t a k n y a
t e r mi n a l
Co n t o h :
Ag r a v e , Co r y p h a
u mb r a c u l i f e r a

6. Mo d e l
C ot r n n eu r b u h
B a
a g t
m
t a k
t e r b a t a s (k o n t i n y u )
T
i d a k b e r c a b a n g
P
e r b u n g a a n l e t a k n y a
l a t e r a l
Co n t o h : El a e i s
g u i n e e n s i s , Ra v e n a l a
ma d a g a s c a r r i e n s i s

7. S u mb u
v e g e t a t
i f
e k i v a l e
n d a n
o r t o t r o
p
T u mb u h a
n
b e r c a b a
S u mb u
n et a
g
v e g
t i f
t e r d i f
e r e n s i
a s i
S u mb u
v e g e t a t i
f
b e r s t r u k
t u r
c a mp u r a n

8. S u mb u
v e g e t a t i f
Mo d e l
T o ml i
n s o n
e k i v a l e n
d a n
Mo d e l
o r t o t Mo d e l
r
f
C h a mb
e r l a i
n
L e e u we
n b e r g
Mo d e l
Sc h o u
t e

9. Mo d e l
S t r u k t u r
Tp or ma lb ai n gna n o n
s
e c
s i mp o d i a l
S
e
mu
p r
s e
T
P
t
n
o
b
i
c
k
e
a
u
s
l
p
l
i
u
c a u l o me r
d a r i b a g i a n
ma l
mn y a
u mb u h o r t o t r o p
e r t u mb u h a n d a p a t
t e r b a t a s a t a u t i d a k

10. Mo d e l
St r u k t u r b a t a n g
C ihm p o d i a l e r l a i
a mb
s
Me mb e n t u k s t r u k t u r
na r t i k u l a s i l i n i e r


S
e
d i
d i
s e
t
b
s
b
i
e
t
e
a
n
a
l
p
t
l
u
c a u l o me r b a r u
u k p a d a u j u n g
c a u l o me r
mn y a
T
i d a k a d a c a u l o me r
y a n g t u mb u h h o r i z o n t a l
S
e t i a p c a u l o me r
h a n y a

11. Mo d e l
S t r u k t u r c a b a n g
Ls iem p o ui wl e n b e r g
e d a
S
e t i a p c a u l o me r
me n g h a s i l k a n l e b i h
d a r i c a u l o me r b a r u
S
e
me
a r
d i
P
t i
mb
t i
me
a
e
k
n
p
n
u
s
c a u l o me r b a r u
t u k s t r u k t u r
l a s i t i g a
i
e r b u n g a a n l e t a k n y a
s e l a l u t e r mi n a l

12. Mo d e l
S c l h p e uc ta be n g a n
o r
P o
a
a
d i k o t o mi
P
e r b u n g a a n l e t a k n y a
l a t e r a l
Co n t o h : Hy p a e n e
t h e b a i c a

13. Kwan-Koriba
Pevost
Fagerlind
Petit
Aubreville
Sumbu vegetatif terdiferensiasi
Scarrone
Rauh
Attim
Nozeran
Massart
Raux
Cook

14. Mo d e l K w a n S
K tiorm u k td u ra l ba t a n g
ro i i b a
s
p

S
e
p e
me
d a
a r
b a
S
t i
mb
n g
r i
a h
g i
a p c a u l o me r
e n t u k b a t a n g
h a s i l k a n l e b i h
s a t u c a b a n g k e
l a t e r a l p a d a
a n d i s t a l n y a
a l a h s a t u c a b a n g
t e r d i f e r e n s i a s i
s e k u n d e r , p o s i s i

15. Mo d e l
S r
k u
b
P te uv t o r s att

a n g s i mp o d i a l

S
b
d
b

Sa l a h s a t u c a b a n g
t e r t u n d a p e r t u mb u h a n
v e r t i k a l n y a

Ca b a n g l a i n p a d a a wa l n y a
t u mb u h o r t o t r o p k e mu d i a n
me n j a d i p l a g i o t r o p
e
a
a
a
t
t
r
g
i
a
i
i
a p
n g
s a
a n
c a
me
t u
d i
u l o me r p e mb e n t u k
n g h a s i l k a n l e b i h
c a b a n g p a d a
s t a l n y a

16. Mo d e l
FS ar g k e urr lb ait an gd
 t
u t
n
mo n o p o d i a l
P
e r t u mb u h a n n y a
r i t mi k
S
t r u k t u r c a b a n g
s i mp o d i a l d a n t u mb u h
p l a g i o t r o p
C o n t o h : R o t h ma n n i a

17. Mo d e l
S
t
mo
p e
k o
r
n
r
n
u
o
t
t
k
p
u
i
t u
o d
mb
n y
Pe t i t
r b a t a n g
i a l d e n g a n
u h a n
u
S
t r u k t u r c a b a n g
s i mp o d i a l d a n t u mb u h
p l a g i o t r o p
Co n t o h : Go s s y p i u m
a r b o r e t u m, Mo r i n d a

18. Mo d e l
A ur b k rt ue v ait al n gl e
S t
u
r b
mo n o p o d i a l d e n g a n
p e r t u mb u h a n r i t mi k
P
e r t u mb u h a n c a b a n g
s e c a r a p l a g i o t r o p
S
t r u k t u r c a b a n g
s i mp o d i a l
C o n t o h : T e r mi n a l i a
c a t a p a , El a e o c a r p u s

19. Mo d e l
S c r a k rt urr o an ae g
S t
u
b t
n
mo n o p o d i a l d e n g a n
p e r t u mb u h a n r i t mi k
S
t r u k t u r c a b a n g
s i mp o d i a l d a n t u mb u h
o r t o t r o p
P
e r b u n g a a n l e t a k n y a
t e r mi n a l p a d a c a b a n g
C o n t o h : Ma n g i f e r a

20. Mo d e l
Ra u h
S
t r u k t u r b a t a n g
mo n o p o d i a l d e n g a n
p e r t u mb u h a n r i t mi k
S
t
mo
p e
d a
C
r
n
r
n
u k t u r c a b a n g
o p o d i a l d e n g a n
t u mb u h a n r i t mi k
o r t o t r o p
a b a n g d e n g a n b a t a n g
s e c a r a mo r f o l o g i
i d e n t i c

21. Mo d e l
S
r
n
r
n
u
o
t
t
k
p
u
i
t u
o d
mb
n y
C
b
t
r
n
a
o
s
o
n
t
t
p
g
r
r
o
t
mo
p e
k o
a
o r
b e
mo
C
At t i m
r b a t a n g
i a l d e n g a n
u h a n
u
t u mb u h
o p d a n
u k t u r
d i a l
a b a n g d e n g a n b a t a n g

22. Mo d e l
S r
k u
b a n g
t a
i
l
N teo uz tn er e r ta u m bn hsai nm rp io td m ia k
d n g a
p r
u


Se
b a
d a
b a
me
t u
t i
t a
r i
g i
n g
mb
a p c a u l o me r p e mb e n t u k
n g me n g h a s i l k a n l e b i h
s a t u c a b a n g p a d a
a n d i s t a l n y a s e b e l u m
a l a mi p e n g h e n t i a n
u h

S
p
s
v
l
r
l
r
h
u
n
i
a
e
e
e
a
t
a
t
s a t u c a b a n g t e r t u n d a
mb u h a n n y a d a n
j u t n y a t u mb u h
k a l

23. Mo d e l
M at s n s au r btu h
B a
a g t
m
o r
p e
d a
mo
P
t
r
n
n
o t r o p d e n g a n
t u mb u h a n r i t mi k
b e r s t r u k t u r
o p o d i a l
e r t u mb u h a n c a b a n g
s e c a r a p l a g i o t r o p
(m o n o p o d i a l d a n
s i mp o d i a l )

24. Mo d e l
S
t
mo
p e
k o
r
n
r
n
u
o
t
t
k
p
u
i
t u
o d
mb
n y
Ra u x
r b a t a n g
i a l d e n g a n
u h a n
u
S
t r u k t u r c a b a n g
mo n o p o d i a l d a n
t u mb u h p l a g i o t r o p
Co n t o h : Ca n a n g a
o d o r a t a , Du r i o

25. Mo d e l
Co o k
S
r
n
r
n
u
o
t
t
k
p
u
i
t u
o d
mb
n y
C
b a
c a
mu
me
n
r
n
n
g d i b e n t u k
a t e r u s me n e r u s
k e b e r a d a a n n y a
t a r a
t
mo
p e
k o
a
s e
n a
s e
r b a t a n g
i a l d e n g a n
u h a n
u
C o n t o h : H o ma l i u m

26. Mo d e l
C h a mp h a
g n a t
S u mb u
v e g e t a t i f
b e r s t r u k t
u r
c a mp u r a n
Mo d e l
Ma n g e n
o t
Mo d e l
Tr o l l

27. Mo d e l
C hr a k mup h aa ag gn a t
S t
u t
r b t
n
s i mp o d i a l d a n t u mb u h
s e c a r a o r t o t r o p .
B
a
c a
me
t u
s a
g i
u l
mb
mb
mp
a
o
e
u
i
n d i s t a l
me r y a n g
n t u k b a t a n g
h k e a r a h
n g .
Co n t o h : T h u n b e r g i a

28. Mo d e l
M ar n k g ue n ao at n g
S t
u t
r b t
s i mp o d i a l
o r t o t r o p .
B
a
s e
me
a r
y a
p l
g i
t i
mb
a h
n g
a g
d a n t u mb u h
a n d i s t a
a p c a u l o
e n t u k b a
s a mp i n g
t u mb u h
i o t r o p .
l d a r i
me r y a n g
t a n g k e
, c a b a n g

29. Mo d e l
B
t
k
k
p
B
d
p
t
s
Tr o l l
a
u
e
e
r
t a
mb
c u
c i
o k
n
u
a
l
s
g d a n c a b a n g
h p l a g i o t r o p ,
l i s e b a g i a n
d a e r a h
i ma l .
a
a
e
e
e
g i
r i
mb
r o
k u
a n p r o k s i ma l
s e t i a p c a u l o me r
e n t u k b a t a n g
r i e n t a s i s e c a r a
n d e r k e a r a h

37. NI L AI NI L AI
YANG
T ERKANDU
NG

38. Agave sp.
Ravenala
Canna
Jatropha multifida
madagascarriensis
Ricinus comunis
Hyphaene thebaica
Cerbera manghas
Euphorbia pulcherrima