Ann, d. Hydr, usw. 1933, 
*, Stokksnes-Ost, 
Normalgleichungen, 
8 b 6 ix % 
[33.000 [4 3.638] 4 2.789 | — 4.799] 104,599 | 
15.595] — 0.261/4- 39.177 1-4 90.357 
—— A 17.410|/4+ 4.224 [| + 40.262 
—— 1.329.381 '-9659.226_ 
| Zeit- 
Mondstunden | p | unter- | plx | le 
schiede 
m 
—4 20 
352 
27 | 
—1 121 
— 99 
LA 
Sm ' 8m 
177 | —1: 
1080 | 4" 
0.00 | —1. 
0.00 | +8.CC 
0.C0 | +4 9 
4+141 f 
40.43 t. 
0 ka + 
0 —* 
- 1.4 
1.0 
x x 
«1 nn, H,W, 
„8 
Plz = 
am . 
ir 
Ca 
Yes 
1.3 
PIE = 1849,30 
Ao =: + 0.24 
m (Ado) = + 0.27 
Bo = 058 
do 4 020 
no) = 0,37 
“1 
3 
E 
<< 
1 x 
A 
* zx@B x 
L 
{ 
= 
iz 
Trg 
' 
2 = * 
n(Ox) = 10.15 
zezeitenstrom: Restsirom: 
Rx = 005 Ro = 056 Ra = . 0.57 RR = 024 
M(Ry)= 40.13 M(Ro) = 4.0.39 M(Rgo) == +0,39 M(Rp) = + 0.27*) 
*) Anmerkung: Hieraus ist ersichtlich, daß der mittlere Fehler M(Rp) des Koeffizienten Ry größer ist als 
der Koeffizient Ra selbst, Der Reststrom wurde deshalb bei der weiteren Bearbeitung dieses Ortes vernachlässigt 
4. Stokksnes-West. 
Zeit- 7 N lgleich ; 
hd | Bl | ormalgleichungen 
schiec & b € Ix lo 
hm] 1-4 41.000 | 4 0.040 | 4 9.392 | — 46.201 | — 17.199 
— m + 19.197 | — 0.467 [+4 14.687 | — 57.956 
—- "——— —— 421.796 | — 19.068] — 32.204 
ff ————_1. 261.552 | 1 1146.245 
—— {' 
"alllımr, =— 919.229 
0 98. 2 On 1.072 
ee) Ao =— 001 
m (Ao) = 0.18 
Bo =— 031 
m(Bo) = 0.24 
Co = — 0.15 
m = 0,24 
Sm 
1.0.43 
2 
177 
0 - 
pÜlzz = 181 459 
— 4.78 ny = 9476 
LI5° dy =— CC 
"7 n(4x) = 0” 
024) By = + 007 
Pl ım(Bm =S+ Qu 
—0.74 I = — 0,09 
— 002 [m (0x) = 011 
Gezeitenstrom: Reststrom: 
Ry = 0.122 Ro = 0.34 Re = 036 BR = 0.09 
M(Ry) = 40.11 MR(o)= 0.24 M(Ro)= + 0.23 M(Rp) = 4: 0.08 
{ 
Mondstamam |» 1 2 
Mondstunden | mp | unter- 
schien 
5. Ingolfshöfdi. 
Normalgleichungen. 
a b 6 In vo 
1-1-105.000/4+ 5.855/-4- 6.619|-4 547.987 |— 281.014 
7 | —57.918|— 5,587) — 317.270[+ 982,564 
——— 4.47.098/-4- 312.202] — 1956.587 
"——— | 4A- 14.807,81” -186828.956 
Pla 
lo 
h 
his 5 v.H.W. 
%* 
a, H.W. 
_4 
— 8 
> 
—]} 
ir 
f 
+ 
Ab 
DZ 
LP 
LO 
hf 
> 
EÜ.Ec 
+ 1,16 
4.4" 
= 1.45 
SF 
a 
- 246 
DU] III = 9150.293 
7 = + 6 319 
N = OR 
(Ay) = T cn 
5x =— Dan 
2 (By) == 0DC4 
7x = + 0.05 
n(Cy) =: 0,05 
PU ]zIrg ==95 674.086 
NO =.4 1.031 
Ao = + 001 
n(40) =-& 0.10 
BO =* 0338 
m{Bo) = 0.14 
Do =— 040 
n(Co) = + 0.15 
© 
r 
A 20 
628 
u 
Gezeitenstrom: 
Ry = 0.07 Ro = 042 Re = 043 
M(Ry)=-40.04 M(Ro)= 40.15 M(Reo)== 4 0.15 
Reststrom: 
RR == 0.05 
M( Rp) = + 0.03 
Thiel, G.: Strombeobachtungen deutscher Fischdampier unter Island. 
5. Medalland-Bucht. 0 
7 Normalgleichungen. 
& b C ix lo 
+ 27.000 | — 0.928! 2.912 [+ 44.9001— 82.500 
Een + 13.835 | — 1,858 |— 1.103f— 78.998 
7 |+12,9381+ 6.04 + 2,878 
7 -4:224.186] 4 2428.408 | 
; Zet- | 
Mondstunden | p | ünter- Dix | Die 
schiede 
1 
bis5 ve HWW 
—h 
—£ 5 
—& 46 
— 1 30 
—03° 
+0 38) 
413 
+9 54 
+5 1cH 
{4 48' 
AL.5 30° 
Sm | Sm 
0.01 nn 
fs . 
4 0.59 &. 
+ 2 
+1.50  — 2.00 „pl = 149.374 
0.00 | — 2.50 my =+ 9493 
+0,56 | — 3.06 Ar =+ € 
—0.35 , — 1.35 Im(4y) =+ 0.07 
0.C)0 +025 ı By =+ 0CJ) 
L£CL +071 n(By) == Qal 
F1E7 —1.78 (Oxy = + 001 
1.00 +2.00 [tom = + 012 
1 & 5 
; Q * * 
«1m 
; H.W. 
„PÜNIIG =x 1690.974 
44 =— 0,33 
m(4do) =-+& 0.27 
Bo == 059 
m (Bo) = + 0.37 
OÖ FR + 0.01 
R(Co) = —+ 0.39 
> R 
1 A 
5. « 6 < 
Gezeitenstrom: Reststrom: 
Rx = 001 Ro = 059 Re = 059 Br = 0.37 
M(By)= 40.50 M(Ro)= 20.37 M (Rg)= 40.37 M (RR) = + 0.24 
7. Portland. 
Zeit- | d Normalgleichungen. 
unter- | Pix lo | 
schier @ b 6 In lo 
ar [183.000 — 4.841! -— 2.136 1 4197.294| — 533.005 | 
bh? + 74.784 | — 3.024 | 4 19.8821 — 23.081 
Lad, ——— 458,201 | — 24.143| 4- 6.236 
_8 4° "499,222 *-2876.588 ; 
220 
—14 
—n 201 
ı 24 
Mondstunden | p | 
h 
bis 5 *»,H.W 
Sm Sm 
2,33 | —5,97 
41,17 | — 5.84 
— 0.73 | — 02° 
43.08 | — RR." 
+2,21 
4 4.09 
163 
„4 
EQ.E0 
_ O6 
A 4.20 
.LOACR 
Ex x 
: 0 * „ 
) + 1n.H.W. 
x 2 
4 3 
3 + 4 
1 « 5 «* 
1 x Ö « 
& 
8 
pl = 189.057 
NN =-* 0.459 
ix = + 0.15 
n(Ay) =-— 0.04 
2x = + 003 
n(B N) = 0.05 
2x == -— 0.03 
2(Cxy) = + 0.06 
„DIS = 551.879 
MO = 0.783 
Ar =— 042 
m(4x) == 0.07 
Po =— 006 
m(By) =-—+ 0.08 
Ox =—-— 001 
‚m(Cy) =—+ 0.10 
7 
An 
— 8.2. 
—_ 92.24 
Gezeitenstrom: Reststrom: 
Rx — 005 Ro = 0.08 Re = 0.08 RR = 0.44 
M(RBy)=-1006 M(Ro)=- 008 M{(Rgo)= -4 0.07 M (Rp) = -+ 0.07 
* Vestmannaeyjar-Südwest, 
| j | in Normalgleichungen. 
Ta 
I a 5 6 ix lo 
+39.000 ( — 7.958 — 1.624 |— 9.5731 65.398 
"——— 41.22,972 | — 1.294 | 4 7.3341 — 43.053 
7 -+ 16.023 | 4 12.5561 4 35.878 
m | 42593 + 435.823 
T | Zeit- 
Mondstunden | m | unter- 
ichier- 
& 
bis 5 v,H.W 
0 
LO“ 
= 0.) 
LO. 
—_ CC S 
Lf 
dee 
1.24 
S 
4 
—( 
LA 
1 
Mr = 28.911 
"N = 0.17. 
ix =— 0,0. 
—> n(Ay) = 0(* 
A 
10, (By) > 0.C4 
“15 0y =-+ 0.08 
„0.14 |m(Cy) = 0.04 
T 
L 
Le 
[pl]ırıg = 201.412 
#9 = 0.473 
Ao =-+ 0.15 
m{(40) = 0.08 
Bo =— 012 
(Bo) =-— 0.10 
Jo = + 023 
m(Co) = 0.12 
{x 
R 
‚a 
„Ö 
5 42 
Gezeitenstrom: ‚ Reststrom: 
Ry = 0.09 Ro = 026 Re = 0.27 Rz = 0.15 
M(By)= 2004 M(Ry=+012 M(RY)= A011 M (Rp) = + 0.08 
Tafel 4) 
», Vestmannaeyjar-West,. 
ZeLrb- | ! Normalgleichungen. 
anter- | gly | glo 
schied“ @ 5 Zw % 
h m Sm | Sm 1-4 29.000 — 2.,393|— 7.385 | + 75.899 | — 255.701 | 
— 5411 — 141! —3.41 ——— +. 16.1991 — 2.069 | + 9.5491 + 148.600 
—A423]+283 | —2.& + 12,800 — 41.996] + 2.705 
—3 39 0.00 +0,37 ———— „+ 1067.89°  '. 2895.010 
—232] +0.77 | — 2,85 mn a 
—1 24| 41.06  — 1.06 | [pl]rz7x = 
—0 26| +3,54 | — 2.79 my = 
4037| — 106 | 3,18 Ay = 
— — m(Ax) = 
— _— — By RO 
4815| 0.00 |-—1.00 m(By) 5 4% 
429] — 1.03 | — 3.283 Öx = — 19 
£$ 341 41.289 —_ 4,97 m(Cy) = + 033 
Mondstunden 
P 
n 
bis 5 v, H.W.1 
‚„xx<i «x « 
* 3 « « 
2 
1 & x 
iO « & 
« 1 nn. H.W. 
€" * 
€ 
{pU]ız10 = 273.888 
Ag = — 1.02 
m{(4o) = + 013 
Bo = + 0.08 
m(Bo} = + 0.16 
Co = — 0.55 
mCH‘ = + 0.19 
+ 
& 
1 
a 
x 
3 
14 
Gezeitentrom: Reststrom: 
Rx = 020 Ro = 056 Ro = 059 RR = 1.04 
M(Ry)= 4033 M(Ro)= 4 0.19 M(Ro)= +021 M(Ra) = +0,13 
10. Reykjanes-Nordwest, 
a Normalgleichungen. 
a b 6 Iy Lo 
+ 49.000 | + 2,293 | — 3,532 | + 0.676 [ + 1.312 
——— +. 20.786 | — 1.621 | + 0.499 } + 0.049 
— | + 28226 | 4. 0.602 | + 0.030 
———\ + 0,108 + 0.053 ; 
Mondstunden | # 
‚ Mt- | 
unter- x | plo 
schiede 
1 h 
5 bis 5. vH. W 
Sm | 
— 1.50 
°T — 8.7 
4] +292 
30] — 0.36 
8) +0.01 
+ 0.96 
+20° 
U: 
+07 
+ 444 
+ 0.27 
3 
A x « 
® Q * * 
+3 1, H.W 
Z% 
== 
EG 
X 
(plz, = 0071 
MN = + 0,942 
Ax == + 0.14 
m(Ax) = -4 0.14 
By = 4 0.24 
OM m (By) = 4 0.21 
119 1Cx = +025 
— m(CN) = 018 
pr = 0.017 
NO = + 0.461 
Ao == +0,27 
m(do)} = -+007 
Bo = — 0.00 
m(Bo) = 40.10 
Co = +0,04 
‚m (Co) = -+ 0.09 
4 
iD 
+6 « 
D 
1, 
Gezeitenstrom: Reststrom: 
Ry = 035 Ro = 004 Re = 035 Rx = 031 
M(Ry)= 40.19 M(Ro)= 4 0.09 M(Re)= 4 0.19 M(Rg) = + 0.09 
1. Reykjanes-Nord. 
a Normalgleichungen. 
a d € Iy lo 
+28.000 + 2.614 + 1.914 | + 15.498 | 4- 3.287 
+13.468 | — 1.416 | + 2.766 | — 3.745 
——— —— + 14,526 | + 0.987 [| — 1,313 
————— + 19.877 | 4 4.423 
al]ıng = 2.508 
RO = 4 0.528 
Ao =-+016 
m(Ado) = -+0.10 
Bo = — 0.32 
m(Bo) === 0.15 
Co = -—0.14 
m(Co) = 40.14 
Mondstunden ) % 
Zeit- 
unter- 
Pe 
ix | mlo 
a En 
& bis 5 vH. W 
FF «4 
) << 3 
„x 32 
© 1i & 
1 «O0 «x € 
33 e«1L1nB.H.W 
LM £ 
\ 
L 
m 
RE . 
5m 
N.C‘ 
Ce 
di 
2.25 
3.21 
„cn 
1.19 
326 
0.9“ 
+00 
1.68 
141 
20, 
229 
„959 
— 1,3% 
Im 
& 
% 
5 
‘1 
„8 
991 
Gezeitenstrom: . Reststrom: 
Rx = 0.10 Ro = 0,35 Ra = 0.37 Rx = 0,57 
M(Ry) = 4031 M(iRO)=L014 M (Ba) =— + 0.16 M (Ra) = -4 057