80 
Oligocän 
sd 
Cfq 3 
§ £ 
p: 7 
£3 
sg 
'S s 
O c-t- 
O © 
PS P - 
o 
cg ? 
© © 
£. 7 
go: • 
3 
Ul 
SJffgQ 
ck ®. 5 2= 
(5 & P 
b d 2. s. 
P M £ 
B § ö 
w o. P 
B S 
C/2 g. 
. . P c+- 
v B g 
W M. P ö- 
3 B § © 
Qi 
K 
CO P 
B'S. 
&§■ 
£,crq 
«ji CO 
B ® 
W *Ö 
® g - 
© 3. 
a ® 
c- 3 
O o 
B 3 
^ 3 
B ,8 
CO 
so 
3 
a 
s CD 3 
O Cß 
, t? 3 
' © . 
Ul 
c 
<4 Ul 
UZ cb 
- O. Ol . : r-t- 
W Es S g 
3 3 ä O 2, 
® 3 gK J 
3 W ? § 5 
J-* P ® r ffq 
g 3 3 ® 
2 D ft "! 
Po® 
W ® 
fä 3 
52 » 
© p 
1-1 3 
£ ® 
o 
3 
CO 
5° r? 
2 3 
: <» 
OP 
2 . ® 
® 3 
3 - 
D 
*3 -rt- 
I s g 
3.3 
m>e 
CD 
oi 
CB 
B 'S. 
> 
? 5 ; 
” SD 
£K 3 
Ö5 
o 
>-! 
a 
a 
s» 
3 
a 
crq 
co 
o 
CK 
3 
® 
2. N* 
o 
3 
W 
d 
W-ö £> ® 
® ® 2 . B 
^|Sl| 
srs 
Q* 33 
Cr crt 
© © 
^ p- 
p © 
fe-a W 
P O O 
00 M H» 
n H» 
© 
Cß 
Cß 
s- Qi Qi 
33 j2ii cß 
H 
SD 
B 
Cß 
9 © 
i=s P 
Qi 
g «■ 
D- P © 
Qi ® Q* rr 
© ^ © 
-• m 
H 
o 
P 
ctq 
^ H *. 7 . 
B ©* © 
. p ö 
H M . g cß ? 
_. g 3 2 ö § 
2 . 3 3= &>Ö ® 
® i» ®-® ®.® 
2 ?• 3 - P< 2 . P* 
^ © 2 * ©* k_i 
'% 1 . 1 ? £ 
£ tü 
a *5 p a? 
3 c« a vj 
g $ W -3 
3. <rt- o> 
3 < B 2 
® o p g 
oB 1 S 
tO QiC 
P © 
:f p 
3 3 SK 
P Cß Qi 
© (T) 
Cß 
Cfl Om 
Q 'C ? 
►ö •-* 
^ ©- © 
p p 
I © o 
> P 3 
® a £ ® 
® ® ® < 
>2 g • 
1 2 p s ^ 
" B - £ 
£ £T B 5 - 
cm ® “■ g. 
£. & s 
^ © 
<1 
O © © 
c 
o 
p 
P? 
O O 
£ ^ 
00 
P 
73 
o 
p 
9 | 
GQ 
C 
o 
p 
- r^- Cß i-i W P 
— ö 1 i->. © (—• 
9Sig>?S3 
® sK ® a 
g S a 
^ 2 .® 
Cß 
W ™ £ 
g 3 ajg 
■so M , 2 
cB?B 
01 2 .cm 
B § 
p 
cd 
p 
p 
Qi 
W 
©- 
cw 
©* 
p 
p 
p 
>7 
02 
P: 
Qi 
p 
P 
Qi 
Gliederung des OligOCäns (z. T. nach E. Kays er). 
