„nalen. der MAydrographi £ &c. 1904: 
S Hz —— 
— 
m 
AITTDRE 
Re 
U 
Au 
3.8: &9| 58. Se| 9.1 [86 
. oe _6|-04 {-30| 17 27 
u LER 2a] 388.5 
A 705/06 3) „3.410.506 
MS ZA 
P- 8 DE M 
e® AO | 22 
bs 
KA ao! % 
PS ie 14 
BE 
3,7 -.5 4.5 
AB: 5 14:16 [15 | 14 
.. 2.0104 |-1.4:|-2.2 
la | 
A| 7 
£ 
“ 
De 
zz" 
la 
NE 
510.2 |-2.01-2 _ . 
4 A 
25133 ss 13.683136 Male * 
42,528 |-24 | 45 | 1-5 | 2:7| 1.8] 6] E77 
4 j u 
ES 
Da a7 | 17 | 7117 
08 1-02 [1.1 1-7 
ul Tiz 
Cr 
— 
zu zul187 
3 ZZ 241 -1.2 
ZA 
18.8 Sr Me 
11 24 |-13 
10,5| 15.8| 15: GA6 7 
2a Se SSR 
- A 
Ties 163 160280 Melss 
5 SE —o£ 
"1701621 | 14-2 
© Fr 91-34 
0a Ka 16a Male 
—03|-1.5 1-24 1-9.9 |-3.2|-1.2 11.0 |7 
A SR 1 6|E 
mes! 
ZA CA 
19.4 19.7 170 1877% BI 
4 DS] Sr L 
a ——— I, ! 
x AT 1 12.013. 
) dA SEPT.| 4 a Be 
a a9 | 8, 102/31.2/11.5/13.213,0 15: 
% | d ; CP h 20 1-3.0|-34 Y ZU TAT [17 | 3.0143 | 
"19.12. 1 [125/12 [957 gu) 10.2! 87 10.4 12.0'10.7 10.7 1.2/13.0 
Kine e 8. as | 20 ie DDP ER SEES 
” \ A 14-113 12.8 9311011120 ! mol 
L NL} 03 |-0:7 02123/35125] > 
l 14.0140 g 33.4 13.8 13,7 13.311867 
Ce 
4) 16.31 15,9 15.477 16.5/ 15,8) 14. 
SS SS Ms be ZZ A 1-08 M- .} 
*2.0 16.8175 
Wassertemperaturen im. Gebiet. der Neufundlandbank. im Jahre 1903. 
a 
a 
UM 
CE 
ol 
ILL 
“57 
ed 
12.0! 
0.6: 
eins 
f A| 031-0 
al 2! 1 n 
+62 
a Ge 
Ih2) 16112 
Cr =40 | 9 |-0 
SS © 
SE '9,8| 8.1 | 11.4/12.4 13,701M 
7 „CHT [43 | 1,3 | 141 EOS 
— — a 
. |”9|4 !62' En Sa 3) MC 
35 Sn Sr en 1 Pa £ | SPAN 
WO — N Ze 7 
As 13 105 10810 94 90/706: 54775 KA 
26 -2.2|-07|-03] 1.3 |-2.5 | -32|-5.0{—- 41 1-07 ss 2 Ad 
? A. 1 Sr 
„6! 13. 5A 13.2 13.3 15034 Me N | 135 
be EL ee 
Zn A „Z ZU 
4-7 15.3| 15.3 A6SAG0 13.0 17 rn “DZ 161, 
2.8114 Es - 4 1A 
| | 
09 
= DE il 
en IR Z 
22 13] PO 
KEZ 
A) SEES 
PARAT. 93 HLo| 1.0) 5.8, 33 5.51 
BG -03 -261-0.3 —5.3/-7.41-48|-6, 
32 180 13.2 15725 Ad 14:2 13.9 11.9 1342110.0 12 MAGol. 5d 
4] 15115 50 d 5 ACH en » m A * Bi A 26 
Ed KA A 1 ZA 
18.0 Hol 15.2.22476M 4.0, Mar76 DD 415.0} WE BUI6.0 157 15.0164 164 1551152 
391-335 20 0.3 Z ARE u > ZB 70.7 | 0:7 6 3 961.09 1-06€ 
fe AZ m 5 CRE 
03 2X -09 
5 ER EB al | un DEZ DEn 
170 Vo 16.0 16.0 16.5/ 165 16.0i 16.5/ 16.5} 16.0/ 16.0, 16.0! 16.e. "1er TZ6r Ze 16.5 
14 |-0 EG 6] 18 04 {09 | 16 1-07] 1 5) 12 | 63 | HA 07 
le | 
no on -0 4-0 & 
u JU 
Bar 
\a N 
JUL . 
PL 
En 
Te 
ü 
"da 
Al ©o[5.2| 18.0[ 2.4] 92’ 
* 7 1 z 
x 
15 
1 
AZ.0118. 
HQ7 4.7 
15.0| 150! 1Z0/15. 
3.2. ]—11-2.01-17 
nn 
| Se 7207 17.1 | 16.6721 1774 
2 AGs ereLo 7 21 12.0 |-281-1 
RT VE WA 
130/208, [1.0 Bs 2 12.2! 1.o/11.8117. 1841 19.5 176 
Ya 776) -5.3 a7 SF _ 0.3 1—4:9[-10.6|-3.2 44-341 1.9 
BCE 19.5 19.0 18.4178 Bin 15,5 14:4 174/205 17.8! 
01471-483138 2.:3|-2.61-2831-3,5| AM 45] 39/43] 2.71 2 ı 
22./178.22.0 21.1 119.3 19.2 19.9119.9.18.3 18,9/19.0 16.1 18.0 f 215 
09 [5.01 2.1|-3.2, 1 |-3.7|-3,0|-28| Ab! De | 717 [561730 z 45 
admzgzznageaı e2agme | moi 
HABE 5.711.217 „44-545 |-5- 
BC  FS 
Sc 
Le 
Pa 113.81: 
40|-2C 
nn, En . —+ 
BE 90] 116 5-3 10.9/ 162 | 15.3/ KM: 
59 02 —o3 DS sa 2 (6.1722 
; 2 CA kr 
5 Pin 215.0 16.6 17.4 18.3 |16.2/16.0/ Mr 
— „170.1 CS BZ -22 -0.5 171.8 [-18. 730 
9021170 | 15.5 M:3| 12.4 16,5 16.3 15.7 4:34 50 15.1 16.6 16.6| 16:3 16.5/ 16.5! TZ0 
OB [21 | 2.6] SH 3 | 15 | 5 20 LAD 05|9|22 29 -281-2.6[-22 
C G K ZZ 
ES 17.7/16:3162| 15152 180 1Zr! 166/145 16.0. 171 16:2! 18.0 EREN 
4.0 7271-43 | 451-489 1-43|-2.1 | 261-31}-4:5] -2.6|1.8,1 3.2 20 
21.5 1.5 19.8, 20.0 BA 19.3 164 16.5 19.3 183 MT MEN 84 Bo TZo 18.0170 
12 [33 |-2.71-2.71-3.5|-24] 561-517 |-2-61-3. Al 6] - Zi 24 726 Ar 2-2 |-3.! 
19,00) 1190 l i 
39 —3.A4-| 
1 1 
adidas zer. 
A j 756 29167155 
220 | 
ke 
220! 
24) 
OKT. 
a Is LA en | : 5 13 132 © 
ATS Kali 
"so N 2, 9.7) 9.7 /10.912.012; 
5 . nn Ara |-241 136 13.0 E30 
Tr - ; |5.s|6y/8.58.0l'8:s 9.9112. 16 | 16 
je | | (ESS 
A 10.2 10 |81|8.: | 6£ 8.1 82/14|n | 17700 112 
SI — 2-1 |-1.3]-3.3| 171731 | 26 * |——461-0.6|-5 4-72 ]-5. 
- Z ZA 
‚M9| n.6{ N.2/71.4 10,810. 8.765118 I 12 10_| 10 | 
= 6 2al-ı en 9 VB G6[-7.3 | 
>} - %el9 | 
57-07 
} 
‚A MOV 
5 135 u 
5.9 —0.8.0r 
| 6 3 7 8. aaa 
„IH O7 50318 |-2.01-29 22 
v CN 
57 3 ! 6.673162! 78/95 | 
Ko 03 A | -2213.713.8[-3.2-29 
LS - 
4A |73 746454560577 |8 17 a 
„ A OS 1.0 |-081-09|-1.6 170 9/—2.2/-3 4-36]|-91 
18.2 8.3 828.0) 8.5 82/7214: 18 : 
82/8; 32180 7 > % Ad | | 061 
1C 3104 9. 8.8 Ze! * ll 1213| » 
05-22 32-24 ' ED Ze 
4! KZ . 
x 
N = 
YA 
\ 
N 
Pl 
1 
> 
bi 
Tatel 
mt 
SE 
A N 
; no 
4 
Yo} ; 
14 ar 
‘145 Mei12.00 - 
Hit 
Veit m 
, . 03 ZZ Yo 
ua ZZ. 
ME? 
De DE "a 
+51-26]-97|-08 
P- AA 
. € Ze ZZ 
ZA 
A —— 
| 16.0 | 
-0.3| 
‚2 722.31 8.11 6.0 
72 [> 
+ 
4) + 
£ 
hr 
1 
2) 
ZB 
Em a 
VE 
BD 
A 
1-0$ re 
— a. SEHE 
At — F 
de .e|7.0|9.0 9.8 3185 
-531<3.6|-2.0 3.2 2.7133 
N. 
un 9.0 >. 109124 10.7/10-9 |12. di 15.5 
7,0131 4 Au7 [2.6121 16, 
et ce 129 03) genaue © IE 
34 En =1.51} z8 2.5 ]-4:5|-3,0-2.2} 
X N 180 1.0 14:2 12.0 a7/lns El 161 ko | 16.0] 
SS 1.8 |-0.6|-2.5 34148 1.9128 33a 
36:0| 14:0j 24:1) 34:01 73.9/ 15.5 139 1.7]\ 131/150 15.0 16.016.016. 
Ka Du AUI7 | 29 172.71 ZA 241706 071: 45 —8 452-390 
‘ Sa. - war 
Höfe eadng a8 ee mern mer 
1.5 —2.4|-2.3|-0.2]-1.9 | -1.7 e 35 341 -5.2/-4:5|-3.6|-2.8|-3.1 
18.7' 18.6 16.8! 16.0/ 17.6 {18.0 17.0 15.438312.0 12,5 17.0 19.4 19.7] 20.0 20.3 20: 
1.6 |-17 [3.4 |-3.0|-2.11-3.0|-3.6 2.9 EM —48 |-3.5 | -2.9143.5| 3.1 |-2.7 }-1.5 
ZA = A 
70; {22180100 18.120.4(20.4[ 777 19.6 19.5118: [159/174 1961199 
—1-5/-3.6|-75-11-4:7]-4.6[-25[-1.8|-4,5|-2:41-2-5| 40 1-6. 21-40|—3.31-2.9 
2. zo 21.e/21.9/21.0 21.4 19,5 16:3 21.0 15.0190 | 
2.313.901 1.21-2.773.7]- 231-191 -71.61-241- 2.417571 64 12717991756 
Ze 2a, ;  * | 
14 a 
21.8 f 
"al 60/10. 
+] € 1036, 
3.3 % 12. 
04 1-2.51-1.2 
—- 
f 
———- 
20€ 19.01 2° 
: 26-30 "0 
+ * em Do he 
31 De. 
.‚-I|1317 
1 
oa 
Da 
De 
„3x! 
20 2 113] 
al] Bin 
n 
ul EN 45 nn bw ; 
SEE EEE DENE EEE EEE SEEN EN 
1IHo Yeinen Zahlen, geben. die Diürrenze: Wert IDOe8s minus Norm alaertk: 0— SU RaH-, + XL Wenn: 
RE