[Seite 1]

127 7

7/15

2 a

12 8 0 / 2 0 GG aarrtt ee nn

ssttrr aa ßß ee

/ 2

401,10m PN KS l tr ra ØØ .t: . a. 1 ::n5 90 u8 m,5 s4 6 x m hybr 4

id 0

a 1,05mPN KS l tr ra ØØ .t: . a. 1 ::n5 90 u8 m,4 s3 7 x m hybrida400,95mPN KS l tr ra ØØ .t: . a. 1 ::n5 80 u8 m,4 s2 3 x m hybrida

400,95mPN KS l tr ra ØØ .t: . a. 1 ::n5 90 u8 m,4 s1 3 x m hybrida

400,89mPN KS l tr ra ØØ .t: . a. 1 ::n5 90 u8 m,4 s0 4 x m hybrida

NN eeuu

ee OO bb eerrmm

aa yyeerrssttrraa ßß ee 12 7 7 / 4 0

7 7 / 19

12 7

7 / 2 3

12 7 7 / 2 0

12 5

3 12

7 6 / 8 Wie A s ns e a n a a t A n s - a R a u t d e e n ralansaat Ge A h c ö e l r z c li a s m te pestre

1 4 8 401,15mPN KS l tr ra ØØ .t: . a. 1 ::n5 80 u8 m,2 s5 8 x m hybrida Ansaat B - 50/50 Acer campestre 9 1

11 10

401,14mPN KS l tr ra ØØ .t: . a. 1 ::n5 10 u8 0,4 s6 m 9 x m hybrida 31

30 12

7 7

2a

c

7 6

/ 5

G

An

rä

s

a

e

a

r

t

/ B

D

l u

-

m

A

e

u

n

enlandschaft

Acer campestre 'Elsrijk'

13 12 400,82mPN KS l tr ra ØØ .t: . a. 1 ::n5 10 u7 1,6 s9 m 4 x m hybrida 29 / 2 4 70/30 Acer monspessulanum 14 401,20mPN KS l tr ra ØØ .t: . a. 1 ::n5 80 u8 m,4 s7 9 x m hybrida 28 2 12 5 Ansaat E - Auenlandschaft Acer platanoides - Vkg 4,5,6

1 6

18 17 16 15

401,30mPN KS l tr ra ØØ .t: . a. 1 ::n5 10 u8 4,6 s9 m 3 x m hybr 4

id 0

a 1,24mPN KS l tr ra ØØ .t: . a. 1 ::n5 10 u8 2,5 s8 m 3 x m hybrida 400,82mPN KS l tr ra ØØ .t: . a. 1 ::n5 10 u7 1,6 s8 m 4 x m hyb 2 ri7da

12 5 7 /

7 / 12

7 4

3 a 4 1 A

B

0 n

ö

0 s

s

% a

ch

a

u

B t

n

F lu

g

- m

s b

e

n

grünung

A

l

m

nu

e

s

la

i

n

c

h

a

i

n

e

a

r lamarckii

21 20 19

400,76mPN KS l tr ra ØØ .t: . a. 1 ::n5 10 u 2

7 1,6 s 5

7 m 3 x m hybrida 24

/ 2

4 a

7 6 /

A B n lu s m a e a n t - G K r - ä uter-Klimarasen

A

'B

m

al

e

le

la

ri

n

c

a

h

'

ier lamarckii

401,20m 23 22 401,28mPN KS l tr ra ØØ .t: . a. 1 ::n5 10 u9 0,5 s0 m 3 x m hybrida Ansaat H - Blumenmischung Amelanchier rotundifolia

18 GGaarrtteennssttrraaßßee

401,25m G 40 4 1 4 a 0 , 0 2 1 1 7 , , 2 m 3 7 0 m m 401

s

,21m 401 4 , 0 3 1 4 0 4 , 0 m 2 0 t 1 9 1, 4 m ,220 981 mm,3 4

0h

m

1,18m

1 401

5 o

,23m

f 401,32 4

m

01,15m 401,36m PN KS l tr ra ØØ .t: . a. 1 ::n5 10 u9 1,5 s1 m 7 x m hybrida t s e tä m d p te o b rä a r u e l ic A h u e s s E t n e t ll w u i n c g k s lu fl n ä g ch sf e lä L c G h S e // 400,69mPN KS l tr ra ØØ .t: . a. 1 ::n5 10 u7 2,6 s6 m 5 x m hybrida 34 400,73m 33 PN KS l tr ra ØØ .t: . a. 1 ::n5 10 u7 1,6 s5 m 7 x m hybrida 32 NN eeuu ee OO bb eerrmm aayyeerrssttrraaßß

ee

12 5 7 / 9 12 5 7

/ 8

12 7 4

/ 3

12 7 6 / 4

12 7 3 / 3

5 ( A A (

D

6 4 n n

P

0 0 s s

a

/ / 4 6 a a

-

0 0 a a

S

) ) t t I J

t a

- -

u

S B

d

o l

e

u n

n

m d

fl

e e

ä

r n

c

m

h

m i

e

s is c c h h u u n n g g B C C

C C

e e e

o o

t l l

r r

t t u

n n

i i s s l

u u

a

s s

a o u u c

m s

t c s i

a

l

a

i t i d

n

s r

s

a e

g

' l D n

u

is t

i

o

n

a o

e

li r s

a

enbos'

401,32m GTSK3 besLin

DPb - Staudenfläche

13 0 2 401,34m 15 6 besLin 12 5 7 6 DPc - Staudenfläche C 'F o la r v n i u ra s m st e o a lo ' nifera

/ 1 13 0 2 GG aarrtt 1 ee 3 nn 0 ss 2 ttrr / aa 2 ßß ee BN KSt er r ØØ .t:u .. 5 ::la1 80 8 m, p 5 7e m ndula FN KS a tr r ØØ .g:u .. 5 ::s1 10 8s5,6 y5 m9 lv m atica 401 4 ,4 0 9 0 m ,96m G Ha e 401,3 4 7 01 m , u 6 m 2m 401 4 , 0 3 1 1 7 , m 3 4 0 5 0 m 1, s 54m 6 7 4 e 01,5 9m d i 1 n 9 e TN KS i 4 tr rl 0 s ØØi. 1 a: , .. 6 5 :: 2 c1 90 m PN KS o r 8 m, l r tr r 5 a 4 Ø d Ø .t m : a . a. 1 :: t n5 a 10 c u9 7,6 s3 m 9 x m hybr h ida CSF a 4 L 0 C 1 1, . 7 A 5 4 V m C 2 S PP F E L f S 1 2 . E 5 L C 1. A 5 S t V A 2 L C r A C u C V t S S 2 F C 4 F L 0 S 1 L 1 , F 5 1 . 4 C L 5 . C m 5 1 A S . V F 5 2 L S C 1 E S . L 5 F 1 L . 1 5 .5 1 SA S L E 4 r L 0 u 1 1 , t 5 S . 7 5 A P E m P M L E 1 C O 2 . S 5 N C F 2 C L S S 0 S 1 F 2 E F . L 5 L L 1 1 1 . S . 5 . 5 C 5 E C S L A S M 1 F O F i L . s L V 5 S 1 c 1 1 A . h . 5 5 5 L 0 r S u E 3 t L1 A . C 5 O C S V C A F 1 L A V 5 1 V 2 0 . 2 5 SE C S L S 1 A 4 F . L 5 L r C 1 u A . C t 5 V S C 2 G A F S D M L1 F I O L 2 . C C 5 N 1 5 C A S . 2 S V 5 F 0 4 F L 2 0 L 5 1 C 1 1 , . 4 S 5 1 . F m 5 S C L E A 1 C L V . A 5 1 2 V .5 2 CA 4 6 A C 0 C V 1 O S , A 2 3 C V F 3 V S m L 1 2 1 F 5 P L . C 0 P 5 1 S E A . F 2 5 O L C 4 C V C 1 0 S S 1 1 . A , F 5 2 F 5 V 4 L C L m 0 1 2 S 1 S . E . S 5 F 5 L L E 1 1 L . . 1 5 5 A .5 C C O S A V F V 1 C L 2 5 A 1 0 C . V 5 S 2 FL S 1 E .5 L1.5 CSFL1 Q C . F 5 S R FL1.5 OC C A S 2 F 5 4 L 01 1 ,3 . 0 5 m 401,40m 401,20m besLin Q Q FR PH25 401 A ,2 C 4m AE A 2 O 5 V1 4 5 01 0 A , Q 3 A 0 O O F m V R V 1 1 O 5 5 C 0 0 A A 2 A O 5 O V 4 V A 0 1 1 1 O 5 , S 2 5 V 7 0 C E0 m 1 A L 5 B S U 1 0 U E . 3 5 L D 1 A O . C 5 2 A .5 E25 Q A Z F C S R A E3 E 5 25 ZSE B 3 UDO B O 2 U C . D 5 A C O 2 A 2 5 U . C 3 5 AU3 BU 1 D 5 O2. Z 5 6 A S C E A 3 6 E25 401,2 Z 6m Z S S E E 3 3 4 Z 01 S , G Z 1 E 2 T S m 3 S E 40 K 3 1 3 ,14mCAU3 CAU3 CAU3 GTS Q K C F 3 P R AU1.0 OC G A C T 2 P S 5 A K G Q U 3 T P 1 S H .0 K 2 3 5 CAU3 40 S 1 A , E 0 O 7 L A m 1 V O . 1 5 V 5 1 0 5 4 4 S S 0 0 0 1 E 1 C E , , 2 2 L P L 0 0 1 m m A 1 . A . U 5 5 B O 1 4 U . V 0 S 0 1 D 1 E ,0 O 5 L C 5m 0 1 2 S . . F 5 5 L1 O .5 C 4 S 0 C A C 1 E Z , A 2 1 S L B S 5 V 5 F m 1 U E 2 Z L . 3 D 5 1 S O . E 5 G 2 C 3 C T . A S 5 S V F K 2 L S 3 Z 1 Q E S .5 P L E 1 H 3 . 2 G 5 S 5 T E S L S K 1 E . 3 L 5 B 1 C U . S 5 D F O L S 1 2C E . S . S 5 5 L A E E 1 V L L . 1 2 1 5 . . 5 5 C S S Q W E F P L L H 1 Q 1 2 . . F 5 4 5 5 0 R 1,15m ass SE e L1 S G . E 5 T Q L S 1 P K . H O 5 S 3 2 C E 5 A S r L 2 E 1 5 L . C 5 1 S . F 5 L1 s . S 5 EL1 S . E 5 L1 Q p . S 5 P E H L C 2 1 S 5 . F 5 S L C 1 E S . L S F 5 1 S L E i . Q 1 E L S S 5 S . 1 S L F S E E 5 E 1 . R S E L E L C 5 L . S b 1 1 L E L Q e 5 S 1 e 1 . E 1 . L P 5 F 5 . s . 1 L . S 5 H L 5 C 5 L 1 . S E 1 2 i 5 S . n L Q E . C 5 S 5 F 5 1 L B P S E L . 1 S H U 1 L F 5 . E 1 . L 2 D 5 5 L 1 . 5 lO 5 1 . C 5 C C 2 . S S 5 . S S 5 F E C F F Q p L L L L P 1 F 1 1 1 A O R . . S . . S 5 5 U C C 5 4 5 E E 0 1 S S A 1 L C L , . E F 1 2 1 0 1 S 6 K L L . 5 m . F 5 1 1 P 5 L . . A C 1 5 5 S l 7 P .5 E A O C L S U C C 1 S E 1 P A . a F L . A 5 2 L 0 1 U 1 5 .5 1 A.5 . O 0 O C V P 4 C 0 M 1 P 1 A , A 5 2 A C 2 0 0 U H P t m 5 1 A 3 . U C 0 1 A . U 0 z 3 PM M A A H L 3 4 B 0 2 1,1 0 3m STO K R P 3 A 4 7 01,20m A 4 M 01, O 19 N m 20 ALAba2.5 PMAH3 MALB20 15 6 6 F S O T / R O 3 A R 0 M 3 1 ON20 KPA7 P M M A A L H B 3 20 CM A S A L T 4 A O b S R a T 3 2 M O . A 5 R L 3 B20 STOR 4 3 01,08m FOR30 GDI25 401 b ,1 e 3m sLin MA 40 L 1 B , 4 1 0 7 2 1 m , 0 16m KPA7 KPA G 7 K D P I A 2 7 5 A FO LA R M b 3 a 0 A 2 L . B 5 20 MALB20 401,06 C m 40 M 1, A 22 P 4 m P P E M 2 A 4 H 01 3 ,20m KPA7 GDI M 2 A 5 LB20 PPE M 2 ALB20 400,97m GDI25 PN KS l tr ra ØØ . G t: . a. T 1 ::n S 6 10 u K 0 8,8 s5 3 m 1 x m H h I y F b E r 2 ida OCA25 401,05m PN KS l tr ra ØØ .t: . a. 1 ::n6 10 u0 5,6 s6 m 6 x m hy S b E r L id 1 a .5 A A O O A C O V V P P P 1 1 V A E 5 5 1 U C 2 0 0 C 5 1 S 0 S S . F 0 S F E L L E L 1 1 C 1 L . S . 1 5 . S 5 E 5 . F 5 L S L 1 A E 1 H . C O L . 5 5 I 1 S V F . F 1 E 5 1 L S 2 5 1 0 E 4 2 . S L 5 0 E 1 1 L . , 5 1 5 0 . 0 5 m 7 AS / OE PN KS C VL l tr r P a Ø 1 Ø 1 . A t: M 7 .5 . a. 1 5 U :: 0 A n6 10 1 C L u0 0, . B S 3 s 0 7 m 2 1 F x C 0 L m 1 h A . y V 5 b 2 O r C id A a C 2 S 5 FL1.5PPE C 2 PAU A 1 O . V 0 1 C S 5A A E 0O L V 1 V 2 . 1 5 50 AOV15 M 0 S P S A E L C L B 1 A 2 . V 0 5 2 l A a O c V150 n h AC u AE t s 25 n a e t g t ä G m T G S T H S 2 O H t 0 C 2 g A 0 2 d 5 e e p SE t L m S 1 E n . L 5 1 G S G . E T 5 T P e S L S o P 1 H H E . 2 5 2 2 0 0 . s b r H AO A pV O 1 V ä 5 1 0 5 a e 0AOV i O 1 C 5 r r A 0 G 2 e u D 5 I s 2 G 5 D e I2 t 5 l l e p i l c A l G l e TSH h 2 a 0 r u G A a T C S A H e tE 2 2 0 5 s n z M A C C A g O P S L s A V F B U L 1 2 1 1 5 0 E . . 0 5 0 a A O O C V t A 1 4 2 5 0 5 0 b 0, n 8 e 5m e PN KS l tr ra ØØ .t: t . a. l 1 :: n M n5 10 u A 7 0,6 s L 3 m 2 l B x 2 m w 2 , h 0 0 y % b u rida i n c AMON g 20 k s l 40 u 0, f 81m l PN KS n l tr ra ØØ .t: ä . a. 1 ::n5 10 u7 0,2 s2 m 8 1 x m h 2 y g b c r 7 ida 2 h sf e lä L c 400,81 G m h PN KS l tr ra ØØ .t: . a. 1 ::n5 10 u7 1, S 6 s e 1 m 1 x m hybrida // N 4 e 00,82 u m 43 e PN KS l tr ra ØØ .t: . a. 1 ::n5 10 u7 0,7 s0 m 1 x m h O ybrid b a 8 e 42 r m a y 4 e 1 40 r 0,86m s PN KS t l tr ra ØØ .t: . a. 1 ::n5 10 u r 6 0,6 s9 m 7 x m 4 h 0 . ybrida 3 1 9 0 38 400,83mPN KS l tr ra ØØ .t: . a. 1 ::n5 10 u6 1 1,6 s8 m 2 x 2 NN m hy 7 b 3 r 7 i ee d 4 a uu ee OO bb 36 eerr 4 mm 00 / ,8 4 5 0 m 6 0 aa ,83m yy PN KS l tr ra ØØ .t: . a. 1 PN KS :: ee n6 10 l 3 tr ra u Ø 2 Ø 2, . 5 t 6 : s2 m . a. 1 7 :: x n rr 5 10 m u6 h 1,6 s7 y m ss 1 b x m r h id y tt a br rr ida aaßß 401, ee 01m 1 PN KS 2 l tr ra ØØ .t: . a. 1 ::n5 10 u6 4,6 s6 m 6 x m hybrida 14 3 1 b 2 7 3 12 7 2 / 12 12 7 2 / 9 12 7 3 / 4 12 7 2 / 3 11 12 7 2 / 5 12 7 2 / 4 4 12 7 3 / 2 1 12 7 2 / 3 S c 2 h ei pl s t r 1 . 2 7 2 7 / 12 7 2 / 2 7 a 8 12 6 8 / 9 12 10 6 8 / 6 D D D D S R t P P P P a a s d e f g u e - d - - - n S e S S S - n t a t t t o f a a a l u d ä u u u d e c d d d e r h e e e n W e n n n fl f f f i ä l l l e ä ä ä c s c c c h e h h h e n e e e fläche C C F G ' G ' G ' G H ' K L M M O P P S S S F i r o a o o o a l l l y s q e o o h k u a e e e e r p m t r r m u u y r r a n x r d d d r y y u u l u l y o i e d b i r i n l l a i i i d n s s n o u t t t e l a t r e u u s s s o m a i u z e p s u a a a m r i i i s c c m a a a a s ' s s t e l l a a l e p b b u n a t a i l b o s t t t ' v i r r e a a b r r r i s s d p i a r g e i i i a r p t e a a a n u i r ' s r e i l n T n a l r c c c u a s p a i s r ' i c y t a a a u s ' f a n t e d o a p y n n n c n a r i l r i t t t o m i f i S a a h h h c l i o c c o o o a e u r u i s s s n d l f a a l s s i u a t s a a ouci' 12 5 7 / 2 TN KS i tr rl ØØi.a: .. 5 ::c1 10 o9 1, r 6 2dmm ata 4 4 0 0 0 2 ,8 ,1 9 6 m m

400,43m 401,3 TN KS 5m i tr rl ØØi.a: .. 5 ::c BN KS 1 80 o t er r 9 m, r ØØ . 4 t 0d :u . 3 . 5 a ::l m a1 t 70 a 8 m, p 3 9e 8 n m dul FN KS a a tr r ØØ .g:u .. 5 ::s1 10 8s2,5 y 4 8 m 0 4 l 1 v , m 3 a 9 t m ica AMO 40 N 1,6 2 5 0 m 400,92m

397,59m PPE2 M AM AL O B N 2 2 0 0 OC 40 A 0, 2 62 5 m CMA4 QFR 4 4 0 0 2 0 , , 1 9 6 P 2 m m MAH3 397,45m STOR3 OCA25 401 P ,2 M 9m AH3 QFR 400,63m FOR30 401,18m 402,20 4 m 00,93m KPA7 397,61m ALAba2.5 402 4 ,1 0 9 0 m ,36m FOR30 12 5 7 / 14 400,91m 401,97m 397,21m 402,20m 4 hw0 öid0 he, e 6r 0lamger KPA7 401,93m 400 4 ,8 0 0 0 m ,38m 402,40m 397,19m 401,90m 4 4 0 0 0 2 ,3 ,2 9 5 m m PMAH3 KPA7 400 4 ,9 0 8 0 m ,37m 402,10m PM F A O H R 3 30 P 4 M 00 A ,4 H 0m 3 400,85m

397,12m KPA7 ALAb 4 a 02 2 ,0 . 9 5 m 400,40m 4 S 02 T ,1 O 7m R3 ALAb 4 a 0 2 1 . , 5 29m PN KS l tr ra ØØ .t: . a. 1 ::n6 10 u0 0,3 s8 m 5 x m h F y O b R ri 3 d 0 a 402,25m 4 A 00 O ,8 C V C 1 A m C S 1 A O S F 5 V V L 0 F 2 1C 1 L . 1 5 S A 5 . 0 F O 5 L V 1 1 S .5 5 E 0 C S L S 1 E A . E L V P 5 L 1 2 P 1 . E 5 . 2 5 AOV150 OCA25 CMA4 AOV150 STOR3 AOV150 GT 4 S 0 A 2 H , O 1 2 4 V m 0 A 1 O 5 V 0 150 CS C F P L A 1 U . O 5 1 C . A 0 A O 2 V 5 1 A 5 O A 0 V C 1 A 5 E 0 2 A 5 O A C C V O S P 1 V F A 5

4 L 1 U 0

0 1 5

0 1

, .

6 0 . 5

4 0 A

m

O O C V A 1 A 2 5 M A 5 0 O O V N 1 2 C 5 0 P C 0 A P U A A U 1 A O . 1 C 0 . V A 0 1 E 5 2 0 5 SEL1.5 OCA25 OCA25 400,72m PN KS l tr ra ØØ .t: . a. 1 ::n6 90 u2 m,4 s0 2 x m hybrida 400,79mPN KS l tr ra ØØ .t: . a. 1 ::n6 10 u2 2,5 s1 m 3 x m hybrida 12 5 7 / 3 5 6 12 7 2 / 8 12 7 2 / 7 6 9 12 6 8 12 6 8 / 4

12 6 11 8 / 7 12 6 8 / 10

P P P Q Q Q S S

S

o r r a a

a

u u u u u p l l

l

e e e i i

i

n n x x

x

u r r r u u c c c l a e

p

u s s u u u l l

u

s b a s s s a m

r

a e

p

t v f p r r a r a o

u

e i h a u h g b

r

m e i m

e

a n n u l u

a

l l e o r o e l t s a s b to

397,21m 397,40m 400,14m

2,50 400,47m 12

5 8

9 a 8 / 8

S

a

l

m

ix

b

t

u

ri

c

a

u

n

s

d r

n

a

igra

397,51m 400,25m a

Sorbus torminalis

12 7

400,15m 6 / Tilia platyphyllos

400,21m 12 6 16 12

Ulmus laevis

8 6

/ 8

400,24m 3 / 5

Viburnum opulus

Donausteg

400,16m Zelkova serrata

12 400,09m 6 8

/

13 2 399,97m

400,31m 402,35m 12 7 2

/

400,49m 10,8% 402,10m

396,68m 1 Planerstellung 05.08.20 Ni

397,27m 397,25m 396,31m 396,73m 398,12m 396,65m 396,84m 397,90m 396,85m 397,91m 9 12

6 7 /

2 339966,,6666mm

INDEX ÄNDERUNGEN D 26 ATUM GEZ

399,96m 399,67m 399,52m 12

5 8 / 1

7 6 / 9 440011,,9933mm Alle Maße sind vor Baubeginn zu prüfen!

400,35m 400,17m 398,81m 398,53m 398,46m 12 6 2 14 440022,,1144mm StØK .: r 0 ØJ , . 4 u : 5 g 1 N l m 2a m r n.

44 : s

00 1 r

22 5 e

,, 5 g

00 1 i

99 a

mm

339966,,6622mm

A

s

H

o

l

i

l

n

w

e

w

i

M

e

a

i

B

s

ß

e

:

a

d

n

e

g

n

a

k

b

e

n

s

in

d

v

o

r

m

de

A

r

u

A

ft

u

r

s

a

f

g

ü

n

h

e

ru

h

n

m

g

e r

u n

e

v

ig

e

r

n

zü

v

g

e

l

r

i

a

c

n

h

t

d

w

e

o

r

r t

B

li

a

c

u

h

l e

z

i

u

tu

ü

n

b

g

e r

m

p

i

r

t

ü

z

f

u

e

t

n

e

.

i le

U

n

n s

(

t

e

im

nt

m

sp

i

r

g

.

k

V

e

O

ite

B

n

T

o

e

d

il

e

B

r A

§

b

w

.3

ei

)

c

.

hungen

StØK .: r 0 Ø m .:0 N m r.:40089 440022,,0055mm V V e o r ll s s o tä rg n u d n ig s k le e i i t t u d n e g r e n Le w it u u r n d g e e n n a u u n s d d M en at U er n ia te la rl n a g g a e b n e d n e k r a V n e n r s k o e r in gu e n G g e s w tr ä ä h g r e r ü b ü e b r e n r o n m om m m en e n w . e F r ü d r e L n a . g D e e , r T a ie k f t e u n e l l a le g e S , t and der

399,62m

400,21m 400,65m 400,61m 399,14m 398,78m StØK .: r 0 Ø m .:0 N m r.:40089 440011,,7711mm 440011,,9922mm 440033,,0055mm

B

V

S

a

e

u

r

c

s

h

o

s

e

r

c

g

r

h

u

r

li

n

tz

g

e

s l

u

ei

n

t

d

u n

d

g

e

r

n

g l

i

e

s

i

t

c h

zu

en

m

f e

Z

s

e

t

i

z

tp

u

le

n

g

k

e

t

n

d

.

er Aufgrabung beim örtlichen Versorgungsträger zu er

e

fragen bzw. durch

13 399,11m 399,11m

440000,,3377mm Große Kreisstadt Donauwörth

g

3 6 /

10 399,27m

400,03m 399,84m

400,37m 440000,,1199mm

339999,,9955mm StØK .: r 0 Ø m .:0 N m r.:40089 440000,,2266mm 440011,,4422mm 440011,,3300mm 440011,,5533mm

440011,,3344mm 339966,,7744mm

R

st

a

t

d

h

t

a

@

u

D

d

sg

o

a

n

s

a

s

u

e

w

o

ö

e

rt

r

h

th.de

d

l

a

400,29m 400,42m 400,32m 399,79m 398,66m 440000,,0022mm 440000,,3300mm 440011,,2233mm

Donau

440011,,3333mm

spitz

StØK .: r 0 ØJ , . 1 u : 8 g 7 N l m mar n.: s1 r 5 e5 g 44 4 i 00 a 11,,1133mm 339966,,3399mm vertreten durch die

u

n

1 0 0 " 0 B r m e n ² n 399,0 e 0m " C E F -M a ß n a h m e n Z a u n e id e 400,39m 40 N 0,1 4 1 0 m 0, e 29m P u NI1 p S 8 S A T L R f 1 S 8 l t S r a 1 S P U 5 U 4 P 4 S 0 0 L 0 U S 0 n T 0 S A , S t , 2 R 1 T E r 9 3 t 1 m S R S 1 m r 5 1 z t S 8 T r 0 5 R t 1 P S r 0 S N 5 1 u P 0 t I 5 U r 1 S 0 S 1 S S 8 P P 5 n t A U r U 0 L 1 S S 1 5 t 8 t g 0 r r 1 1 5 5 S0 U 0 P S L U P A S U E t S S 1 r 8 t T 1 S r R 5 1 P S 0 S 5 U T S t 0 S R r T S 1 t S R T r 5 t 1 S R r 0 5 t 1 S r 0 5 t 1 r 0 5 1 0 50 U 4 L 00 A ,0 E 2 S m 1 P 8 US A t ce r r 1 p 5 lat 0 a S no P id U es St A r A c 1 e c r e 5 r p s p 0 e s u e d u o d p o l p a l A t a a c t n a e u n r s u p s seudoplatanus 400,44m 400 4 , 0 2 0 1 , m 21m 400,55m Acer p 4 l 0 at 0 a , n 2 o 9 id m es 4 A 0 c 0 e , r 4 p 2 s m eudoplatanus 400,5 3 5 9 m 9,68m 400,29m 40 4 0 0 ,5 0 3 ,5 m 3m 4 ,0 0 F 400 u m,46m ß - u40n0,46md R a 400,37m 399,50m 398,44m 399,32m 398,24m 13 3 6 / 5 339999,,9966mm 440000,,00 44 77 00 mm 00,,2299mm 440000,,00 4 00 0 mm 0,50m 4 44 S 0 00 t 0 11 Ø , ,, K 5 00 .: r 0 11 0 Ø m mm J , . 4 u : 7 g 9 N l m mar n.: s1 r 5 e6 g2 ia 440000,,8844mm 440011 44 ,,11 00 55 00 mm ,,5500mm StØK .: r 0 ØJ , . 7 u : 6 g 1 N l m 5 4 a m r n 0 .: s 0 1 r 5 , e 7 6 g1 9 ia m 440011,,1100mm 12 6 3 440000,,1188mm 399,58m 440000,,0077 3 mm 99,01m400,10m 399,29m StØK 3 .: r 9 0 Ø 9 A , . , 5 : c 5 6 8 e 9 N m m r m r n.: e1 g 3 5 u 9 5 n 9 9 d , o 87m 440000,,8899 4 mm 00,22m 339999,,9966mm 400,15m StØK .: r 0 ØT , . 7 i :l 2 1 ia N m 3 m t r o .: m1 4 5 e 0 5 n 0 8 to ,2 s 9 a m 440000,,6677mm 440000,, S 55 t 55 Ø mm K .: r 0 ØJ , . 5 u : m g 1 N l 1a m r n.: s1 r 44 5 e 44 00 5 g 00 11 5 i 00 a ,,00 ,,99 00 22 mm mm StØK .: r 0 ØA , . 7 : c 44 2 1 e 00 N m 3 r 00 m r p ,, . 55 : s1 22 e5 u mm 5 d6 oplat 44 a 00 n 00 u ,, s 9922mm StØK .: r 0 ØJ , . 5 u : m g 1 N l 2a m r n.: s1 r 5 e5 g 44 7 i 00 a 00,,6622mm 339977,,0000mm 339966,,7755mm 339977,,0000mm Pl i L S T G l h 6 t a a n e a e a 9 p n n f l D n l n o 1 i d v t + d @ d 2 a s e L + e 4 s 0 l c r s d A s c 9 f h 4 t a o g h h a r 9 ( s n a e u a f I 0 s t a r i ß h 9 d s e ) t u e s G e 6 0 a e r h w n r 2 l 6 7 b O e c o s 2 e h i 7 c | e m 1 R r i h 8 r t 8 g t e e a 4 9 N 6 h r k u 1 - 6 2 l 4 t I 6 l u 0 D 0 a 5 K 2 a n r 9 2 o 6 7 d 8 n p 6 D D s . a a 0 d t o u r t E r e n t a w g a N ß ö u i m e r K w t 2 b o h E ö b b r 2 L t 0 h n 28 G s mbH g r

c h d w 400,28m info@gdla.de u

s e n

400,17m 400,21m 400,29m

e g

400,29m 339988,,5500mm 4

33 0

99 0

99 ,0

,,44 1

m

mm

400,15m StØK .: r 0 ØS , . 4 : a 5 1li N m 2 x m r a .: lb 5 a 1 3 'T 8 ristis' 40044,000400m,,0044mm www.gdla. k de

Fachplanler Brücken

400,23m

sbpa

schlaich bergermann partner

K

399,49m

400,10m 400,10m Schwabstraße 43

B

399,99m 399,99m 398,41m 7

te

l

+

9 4 7 9

S

tu

t

t g

a

r

t

71-0

e

399,95m 400,22m s ta stuttgart@sbp.de

n d www.sbp.de

s

w

a

ld

400,10m 399,99m

399,37m PLANNUMMER/PLANNAME

MAßSTAB DATUM REFERENZHÖHE

400,14m 400,18m 400,16m