Ann. d. Hydr. usw, 1934. , 
H. Rauschelbach: Hochseepegelbeobachtungen im südlichen Kattegat im August 1931. 
Pabelle 16. Zusammenstellung der Beobachtungen A, der Berechnung r und der Fehler v für die vier Reihen Z, //, //I, IV der Ankerstation des „Poseidon“ und der Reihe H von Hesselö. 
u Wr *— — N * N — —— N — - — m — 
er ; ; | , ; ı ] , ; 
| ht | h.17 | h. II | hA IV ] r„7 ] 17 | FAT | IV v7 DM HE | hr HN a FO HE PA | IV v7 DA ; Z vv | AH nF 5 „MH 
I A A EZ Ze s a Hm —- en — DZ a Be 
ay  @ | @ 5) 6 ° 0 8  @ (10) | Ay (14) a5) | Od  @®& | © (10) | an” ! 02 | a% (14) a5 | a6 
Tafel 24. 
m ‘m | dm dm = “u im „a ‚m dm aim n dm 
22 | +1,25 ] +1.22 | A1.16 | 0.73 +0,78 | '-0.83 | 40.8 0.49 | 0.47 140.39 | +0,30! +2,90 | 3.06 -0,16 
.16 | 1.09} 0.98 | Ho0.95 | H0.88 | 40.89 | 0.89 | 40.88 | 0.28 | 40.20, +0.09 | 40.07, F3.10 | -+3.15| -0.05 
2.92 | 0.87 | +0,82 | +0,80 [| +0.85 | +0.81 | +0.76 | 40.69 | +0.07 | 0.06 | 40.06 | Lo.11| 13.10! +3.10 0.00 
0.70 0.56 -L0.50! 40.461 0.62 | -F0.53 | 40.44 | 0.34 | +0.08 | 0.03 | +0.06 +0o.12]-+3.00 | +2,92 | 10.08 
0.25 | 0.10 | —0.07 —0.19 | 40.24 +0.12 | +0.01! —0.10| 40.01 | —0.02! —0.08 | —0,069 +2,60 +2,62 | —0.02 
-0,24 | — 0.36 | —0.53 —0.62{ —0.22 | —0,33 | —0.44 ' —0.54 | —0.02 | —0.03 ! —0.09 —0.08| +2.20 | +2,27! — 0,07 
7171| —0,85 | —0.96 | — 1.08 | —0.64 —0.73 —0,81 —0.87 | —0.07 —0.12 0.15 —0.21 | +1.70| +1.94 0.24 
16| —121 —1,.27 | — 1.25 | —0.93 | —0.97' —1.00' —1.02 —0.23  —0.24 —0,27' —0.23| 41.30 +1.71 | —0.41 
1.18 —1.09 | —1.06 | — 1.04 —1.02 | —101 —0,98 —0.94 —0,16 | —0.08 — 0.08 | —0.10| F1.30' +1,63 —0.33 
95’ —0.88 —0.80| —0.69| -0.89 —0.82 —0.74 —0.66 —0.06 —0.06 —0,06' —0.03| 1.60 * 1.73 —0.13 
»57 -0.45 | —0.40 | — 0.29 | —0.56' —0.46| —0.35 —0.23 —0.01| 0.01 —0.05| —-0,.06| -1.90 
3.13 -—0.03| 40.04 | H0.14 1 —-0.12' 0.00 0.12 +0.23| 0.01 | —0.03 -—0.08 | —0.09| 2.20 
227 '-0.35 | +0.52 | 0.56 | 0.34 }0.45 0.54 +0,63 | —0.07 | —0.10' —-0.02| -0.07 | +2,60 | 
2.68! -0.73 +0.73! 0.76 | F0.71 +0.78' -0.83 0.881 —0.03 | —0.05 —0.10 | —0.12| '-3.00 
-0.83 | -0.91 | +0.97 | 41.01 [| 0.91 | +0,93 | 10.93 -0.92] —0.08 | -—0.02 }0,04 | +0.09| 43.20 ' 
1LOI 0.98 +0.92! +0o.91| Fo.90 +0.87 0.82 +0.77| +o.11 +0o.11 *Ho0.10| H0.14| - 3.40‘ 
-0.86 | +0.89 | +0,84 | 40.76 | H0.71 | +0.64 | +0.56 0.47 | F0.15| -H0.25 0.28 +0.29| }3.50 
2.68 | 40.60 | 40.54 | 0.46 | Fo0.39 ı 0.30 | H0.21 0.12 | H0,29 | +0.30 140.33 | 0.34 | -3.20' 
0.38 | +o0.22 +0.10 | +0.13 | H0.04 | —0.12 —0.18| 0.34 | +0,26 0.22 LO3I1| -3.10 
2.061 —0,12' —0.28' —0.27 | -0,.24 0.29 —0.33 —0.36| 0.18! 0.17 10.05 0.09 >60 
-0.26 | —0,33 ' —0,37 | —0.18 | —-0.37 —0.38 | -0.37 —0.35' -0.11|-+0.05! 0.00| -0.17 
—0.09 | +o0.12 | —0.12 | —0.08 | 0.32 -—0.28| —0,23 0.17] 10.23 +0.40 Ho.11,| '-0.09 
+0.06 | 40.19 | 40.29 | 40.32 —0.101 —0.02| +0,06 10.15! L0.16| +0,21 +0.23 0.171 - 
+0.46 | L0.52 | 0.65! 0.51 | H0.23 +0.33| -0.41 40,50 +0.23| +0.19 10.24 | -0.0I1 
0.44 | -H0.53 | +0.73 | 0.81 | +0.58 }0.66| 0.73 0.791 —0.14 | —-0.13 | 0.00] —-0.02 
+0,81 | +0.93 | F1.02 +1,07] F0.84 +0.88| -0.91 | 40.93 1 —0.03 | 40.05 Ho.11! 40.14 
41.05! +0,89 | +0.89 +0,81 | 40.93 +0.92| H090' 0.86 ko.12 —0,.03 —0,0I1 | —0,05 
0.67! 40.63 40,53 | +0.46 | L0.81' +0.75| F0.67 10.581 -0.14' —0.12 —0.14!| —0.12 
+0.42 | -E0.35 | -0.31 | 0.20 Lo.49 +0.39 | F0.27 10.16 0,07; —0.04 0.04 | -0.04 
L0.04 0.00 0.101 —0.22* -0.04 —0.08 0.21 0.33" 60! +0.08 0.11 O.II 
—0,34 | —0.47 | —0.70 | —0.79 1 -0.44 —0.56| -0.66 —0.76 -0.10° 40.09 -0.04 -0.031 -2.20' | 1.06 
—0.81 | —0.88 | 0.96 | — 1.04 | -0.85'—0.92 | -0.99 —1.04 -0.04  +0.04 ' 10,03 | o.00| F1.90| +1.71 
—0.99 | — 1.05 | — 1.07 | — 1.03 | —-1.08 —1.10| —1.10 —1.09, -0.09. 40.05 10.03| H0.06| -1.70| H1.SI 
—0.92 | —0.90 | -——0.94 | — 0.82 | 1.07 —1.03| -0.98 —0.91 FO.15 | -F0.13 | +0,04 | +0.09| F1.70 | 1.51 
—0,79 —0.63/ —0.53 | —0.41 | —-0.83 —0.74 | -0.64 —0.53 +0,04 | To +0.11 | +0.12|--2.00 | 41.71 
—0.34 | — 0.25] —0.11|—0.02] -0.42 —0.30 | -0.17 —0.05| -0.08 | -+0.05 | 40.06! 40.03 | 42.30 | + 2.08 
+0.08 | +0.25: }0.29 | -+0.35 | -0.08 +0.20| '-0.32 40.44 0.00 +0.05 -0.03  —0.09| - 2.70 153 
+0.47 ] +0.56 | H0.73 | +0.81 | -0.54 10.64 10.73 +0,81 0,07 —0.081 0.00 | 0.00 | - 3.00 237 
Fo.83 | +0,84 N RA | -+0.931 -0.96 +0.99 -0.04| -—-0.09 -—0.14| —0.16 3.30 3.30 
10.82! 40.73! 10.73 | 40.69 | -1.00' 41.00 10.98 1.0.95 -0.18 | —0.27 -0.25 —0.26| 3.301 -246 
b0,58 | +0.42 40.33| Fo.25! -0.91 40.86 -0.79 0.72. -0.33 | —0.44 -0.46° —0.47| 3.20 '-3.42 
L0.12| +007 | —0.06 | —0.12] -0.64 +0,55! -0.46 +0,37 | —0.52 | —0.48 -—0.52 —0.49| -3.00| -3.21 
—0.24 | —0.30 | —0.41 | —0.491 0.27 0.18! H0.09 0.00] —0.51 | —0.48 —0.50' —0.49| H2.70| 12.00 
—0.56 | — 0.71 —0,77 | —0.87] 0.08 -0.16| —-0.22 —0.28]| —0.48 | —0,55 —0,55 | —0.59 | 2.20! 42.59 
—0.91 | —0.96 | —0.97 | —0.97 | -0.33 —0.36 | —0.38 —0.39 | -0.58 —0.60 0.9 —0,58] -1.80 | +2.35 
3.04 | —1.05' — 1.02 | — 1.05 [| -0.39 -—0,38 | —0.35 —0.32' —-0.65| —0.67 -0.67|—0.73| -1.60| +2 12€ 
—0.99 | —0,85' —0,78 | —0.77 | -0.27 —0.21| —-0.14 | —0.06 -0.72| —0.64 064 —0,71| -1.70| 42.34 
—0,67 | —0.56' — 0,54 | —0.49 | 10.02 +0.10| +0.19 +0.29 -0.69| —0.66 0.73 | —0.78| 2.00| F2.55 
—0.35 | —0.28 —0.18 —0.06| H0.37 +0.47| +0.55. L0.62 -0.72| —0.75 -0.73° —0.69 2.30 | +2,84 
-0.14 —0.16! —0.07| 0.00| Lo.71. F0.77 | +0.83' +0.8° -0.85 | —0.93 0,90 | —0,88 -2.40| +3.11 
F0.05 | H0.10 | 06.18 | +0,22 | 0.91 | 410.93 | +0.94 | +0,97 0,86! —0.83 —0,76 | —0.71| -2.70| +3.27 -0.57 
0.25 | +o0.271 | 0.20 | 40.09 | H0.92 ! +0,88 | 40.83 +0.77 -0.67| —0.67 0.63 | —0.68 2.90 | +3,27 -0.37 
—0.02 | —0.10 | —0.15 | —0.26 | 40.70! F0.62 | 0.52 | 0.47 -0.72|-—0.72 -0.67' —0.68 2.70 | +3.07 -0.37 
—0.34 | —0.37 | —0.46 | — 0.49 [ 40.31 +0.19| 0.07 —00° -0.65|-—0.56 0.53 —0.43 2.40 | +2.71 0.31 
—0 54 | —0.55 —0.65| —0.721 -0.18 —0,31 | -—0.43! —0,5° -0.36| —0.24 -0.22 | —0.17 2.20 +2,26 -0.06 
—0,80 | —0.89 | — 1.01 | — 1.13 | -0.66 —0.76| —0.85 -—0.93 -0.14| —0.13 0.16 —0.20| -1,80 | -4+1.82° -0.02 
—1.23 | —1.26 —1.38 — 1.42 | - 1.00 1.06 | —1.10| —1.17 -0,.23|-—0.20 0.28 | —0.29 140 +1.50| —0.10 
1.47 —1.49 | — 1.47 | — 1.41 | - 1.14 113 | —LII|—1,08 -0.33 | —0.36 9236| —0,33 1.20 | +1.38 ı —0.18 
129 | —1.13 | — 1.06 | 0,851 1.03 --0.96| —0.88 —0.79 -0.26|—0.17 -0.18' —0.06' -1.30; +1.48 | —0.18 
6.81 —0.74' —0.58 —n,52| 0.659 -0,58| —0.47' —0.34 -0.12' —0.16 -0.111—0,18 -17,70| +1.80 1 —0.10 
Si 
52 
53 
54 
55 
56 
‘g 
Mm 
‚A cm a 0.04) 401 
= ! —0.14 -0,22' -—0.09 | 0,04 | 40.17 
-0.42  —0.31 Ta TS a2 10.29! 0.41 +0,53 ] +0,63 
+0,08 1026. 0.25 10.85 40,73 +0,81 | 40.88 ' +0.94 
Io Te | 1 ' 4101| F0,98! 41.01 | -+1.03! +1,03 
Sn , 51.02! +0,99 +0,96 }0.91 
0.98 | 1.01 | L0.92 40.99} 1.02 OD 9 todo Loxgı 
SR ME DE ar aR[IR m 
0.71 0.66 ! e . . 0.05 | —0.04 -—0.12 
70.45 +35 ; Ki es Me —0.31 —0.35 
10.02 | —0.03 ' —0.05 ‚22 —0.38 0.39 -—0.40 -—0.39 
—0,14 | —0.21 —0.21 —0. > da 
ı — —0. —0.29 0. 
-0,20 | —0.17 ' —0.05 ) Te Ze io —0.02 0.06 
xx en 1525| +0,72 -0.15 -0.24!-+0.33 0.42 
TE EEK TE ae, 
0.77 | 0.88 40.97 | Li Kon 0.84 | 40.88 L0.91 
-L1I6| +1,31 +1.35 AL 3 of -0.9% 10.92|-H0.90 10.87 
1.44 | 1.38 FL , toys L0.283 10.781 +0.71 . +0,63 
1.16 +0.99 | +0,89 On 0.54 40.44 -+0.33 +0,22 
70,58 | 40.54 | 10.43 0.11 | -0.10' 0.02 —0.15 —0.27 
10,29 | 0.14 | — 0.01 — “Sol 39 0.51 —0.62 0.7. 
021 —0.35 —0.51 | —0, ® a. 
i . —0, —0.97  — TA 
-0.80 | 0.97 ° — 1.03 DS a a Tre 1.17 
—1.25 | 1.27 —1.29 | Z085 to! —107 —1.03 1 —0,97 
—1.20 | — 1.12 —0,99 | 0.48 —0.90 —0.81 —0.71 -0.67 
0.75 | —0.68 | ae es —0.49| —0.37 ! —0.25 0.14 
0.35 —0.32  —0.2 Pa "0.05! 0.13 | F0.26 -0.38 
—0.18 ‚0.13 | 0.00 To 10.49 | -E0.60 | +0.69° -0.78 
de 106611008 ton ZOM6 | 1052| 1057 1:00 
0,53 . ; ® 1.0 +1.02 -1.00 
-0,84 10.77 | +0,77 zo 63 or Ze 10,87 2.80 
70,55 0.48 +0.41 | L0.42 9. | 9a‘ 0a8 wat 
' bi -0. 0.64‘ -0, ; 
10,37 +0,30; 7238 1028 Fo ee I +0.18 -0.00 
40.27 +0.18| +0.1 | — 5 10.06 —0.08 -0.15 0.27 
70.12 7009  yel Be —0.27 | —0.31 —0.35 0.3“ 
70.47 —0.51 | —0.50 | —0. —0.38 | —0.38 —0.36 —0.3 
—0.58 —0.51| —0.50. ad „0.30 | —0.25 —0.20° -0.12! 
04 Zoi8 Zo0a i Foroa —0.06 | 40.02 10.10 -0.10' 
—0.23 —0.1 Sn 4 U L0.27| +0,36 F0.44 -0.52 
U kom | Mb "4100| +0,60 +0.67 +0,73 PM 
0.64 9. x ı 0,86 D.67 
-1LI6 11.24 4+1.39 1.45| '-0.82 7004 vB 0.75 
10.86 | +0,83 #0, 7 
E56 155 11, De 0:65 Ta 40.54 ' 0.45 
FI.15 -0.99 TO | +0,24 +0.35 | 40.24 +0.13 +0.02 
170.53 0.40 7038| 0.15 —0.10 | —0.22 —0,33  —0.44 
F0.15 +0,10 | —0.0 > —0.55 | —0.65 —0.74! —0.82 
—0.25 -0.39 6 | il 0.89 —0.95 —1,00 | —LO03 
—0.70 -—0.80 08 ; Mt —1.05 —1.06 —1.05 —1.02ı 
-0,92 -—0.90 | —0O. £ Ze 0.98 —0.93 —0.86 0.79" 
—0.74 —0.58 | —0.4 T2l—o 70 —0.60 —0.50 | —0.38 
—0.22 —0,08| 40.09 +0. 27 —0 15 —0,02' Lo0.10 
10.19 +0,25 | +0,40 +0.50 | -0,27 —0. + 10,54 
} 0.44 | 40. 
L0.44 | +0,51 | 40,65 ' I +4 DO 10,80! -0.86 
2 00| 1740| 1L249| 7140 Too!‘ 12005 vos, Lass 
433 Tr a1 +128 "99 40.97 -0.95' L0.91 
43 ZI) Tu De ba +0.80 0.731 F0,66 
132 | 7 nn 9 0.58 10.49 HF0.41 +0,32 
1.04 | 0.96 | FO, 0.29 0.23 +0.14 +}0.06' —0.0° 
0.67 | F0.56 | +0,43 Loos —=0,09 | — 0.16 —0.22 |] —0.27 
aeg 0er 70261-005200 —028 as] mom 
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m 
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Det Ze —0.17 | —0.09 . 321 De 
ae oe Zei —0.02 13.50 122 Teer 
Teen ' Loos —0.04 | +0.08 73:50 1805 005 
7. tous -+0.08 | 0.14 73:10 Se 
40.05 : ad +0,31 | 0.30 23:40 AL 
0.179 79. 340.25 +0.25 ; PA a aA4t Ona6 
+0,31 ! + 5 0.26 | +0.20 v2, SE 
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