Dybde hvorfra Prø- 
ven hentet- 
L æilgde (Depth f mi which the Sam- 
Nordlig 
Bredde. 
i North 
Latitude,) 
frn 
I pies wer 
collected.) 
No. 
Stat. 
No. 
tn-een- 
wich. 
(Longitude, 
frpm 
Greenwich.) 
Engelske 
Favne. 
( English 
Fathoms-) 
Meter. 
(Metres.) 
281 
' 304 
75 
° 3 ‘ 
4 
" 5 i' E 
300 
549 ’ 
282 
304 
75 
3 
4 
5 -i 
1735 
3173 
283 
305 
| 75 
i -5 
7 
56 
O 
O 
284 
306 
75 
0 
10 
27 
0 
O 
285 
306 
75 
0 
10 
27 
1334 
2440 
286 
310 
74 
56 
13 
50 
0 
0 
287 
310 
74 
56 
•3 
50 
1006 
1840 
288 
316 
74 
56 
16 
29 
0 
0 
289 
316 
74 
56 
16 
29 
129 
236 
290 
321 
74 
56.5 
19 
30 
25 
46 
291 
323 
72 
53-5 
2 1 
51 
0 
0 
2 92 
323 
72 
53-5 
2 1 
5 1 
223 
408 
293 
326 
75 
3 i -5 
17 
50 
0 
0 
294 
326 
75 
3 i -5 
17 
50 
123 
225 
295 
328 
75 
42 
15 
39 
0 
0 
296 
328 
75 
42 
15 
39 
200 
366 
297 
331 
75 
5 i 
13 
5 
O 
0 
298 : 
332 
75 
56 
1 1 
36 
1149 
2 IOI 
2 99 
334 
76 
12.5 
H 
0 
O 
O 
300 
334 
76 
12.5 
14 
0 
403 
737 
301 j 
335 
76 
16.5 
14 
39 
O 
0 
302 
335 
76 
16.5 
H 
39 
179 
327 
303 | 
•339 
76 
30 
15 
39 
O 
0 
3°4 ( 
339 
76 
30 
15 
39 
37 
68 
305 
342 
7 *> 
33 
13 
18 
0 
0 
306 
342 
76 
33 
13 
18 
523 
956 
307 
344 
76 
42 
1 1 
16 
0 
0 
308 
347 
76 
49-5 
7 
47 
0 
0 
309 
347 
76 
40-5 
7 
47 
1429 
2613 
3 10 
349 
76 
30 
2 
57 
0 
0 
3 1 1 
349 
76 
30 
2 
57 
1487 
2719 
312 
350 
76 
26 
0 
29 W. 
0 
0 
3>3 
35 ° 
76 
26 
0 
29 
300 
549 
3 H 
350 
76 
26 
0 
29 
1686 
3083 
345 1 
352 
77 
56 
3 
29 E. 
0 
0 
316 , 
352 
77 
56 * 
3 
29 
300 
549 
3 1 7 ' 
355 
78 
0 
8 
32 
0 
0 
318. 
355 
78 
0 
8 
32 
948 
1734 
319 
357 
78 
3 
1 1 
18 
0 
0 
320 
359 
78 
2 
9 
25 
0 
0 
321 
359 
78 
2 
9 
25 
416 
761 
322 
361 
79 
8.5 
5 
28 
0 
0 
323 
361 
79 
8-5 
5 - 
28 
9°5 
1655 
324 
362 
79 
59 
5 
40 
0 
0 
325 
36 2 
79 
59 
5 
40 
459 
839 
326 
363 
80 
0 
8 
15 
0 
0 
327 
3^3 
80 
0 
8 
15 
260 
475 
328 
— 
Veil KoraknvriH'. 
(TU* Kortk I «landa t 
0 
0 
329 
— 
Magdalenebay. 
0 
0 
330 
368 
78 
43 ' 
8 
20' 
0 
0 
331 
368 
78 
43 
8 
20 
3 1 5 
576 
332 
— 
78 
34 
9 
22 
0 
0 
333 
372 
78 
9 
14 
12 
0 
0 
334 
373 
78 
10 
14 
26 
0 
0 
335 
Mumtlnicon of Advciittinv. 
(Knlrnncc to Advimt liny.) 
0 
0 
Aflæste 
Egen- 
vægter. 
(Specific 
Gravity 
read.) 
1.0273 
1.0273 
1.0272 
1-0275. 
1.0272 
1.0274 
1.0275 
I .026q 
1.0275 
1.0275 
1.0 283 
1.0 284 
1.0276 
I.O 284 
1 . 027 Q 
1.0282 
IO 286 
1.0275 
1.0 277 
1.0270 
1.0276 
1.0 267 
1.0273 
I O 277 
1.0277 
1.0 283 
1.0277 
1.0278 
1.0274 
1.0277 
1.0270 
1.0279 
1.0276 
1.0272 
1.0274 
1.0275 
1.0280 
1.0261 
I.O280 
1.0 276 
1.0278 
1.0272 
1.0274 
1.0275 
1.0276 
1.0284 
1.0283 
1.0268 
I .0266 
1 .0286 
1.0262 
I O 258 
1.0250 
1.0250 
Temperatur. 
(Temperature.) 
Egenvfegter. 
(Specific Gravity.) 
Saltmængde. 
(Amount of Salt 
measured.) 
Under 
Afla*snin- 
gen. 
( IF hen read. 
I 
H avet. 
(In Situ.) 
t° 
Ved 
1 7 .° r> 
17 .° 5 
At 
17.0 6 
17.0 6 
Ved 
t.° 
4 ° 
At 
t° 
40 
Ynængde. 
(Amount of 
Chlorine.) 
Efter 
Arceo- 
meter. 
(By the 
Areometer.) 
Efter 
Chlor- 
mængde. 
(By the 
Amount of 
Chlorine.) 
14-9 
—0.8 - 
I .O264 
I.O278 
1.929 
3-48 
3-49 
14-5 
— i -5 
I .0263 
1.02775 
1.940 
3-47 
3 - 5 i 
■t 8 
5-3 
1.0263 
1.0272 
1.947 
3-47 
3-52 
. I 4 I 
5-4 
1.02645 
1.0274 
1.929 
3-49 
3-49 
14.9 
— i -3 
1.0263 
1.0277 
i.920 
3-47 
3-47 
I4.7 
5-5 
1.02645 
1.0274 
1.936 
3-49 
3-50 
13-8 
— 1.4 
I .0264 
I.O278 
1-932 
3-48 
3-49 
. * 4-7 
3-6 
1.02 595 
1.02705 
1.903 
3-42 
3-44 
14.6 
1.9 
1.02655 
I .O278 
1.930 
3-50 
3-49 
9-7 
0.2 
I-O2575 
1.027 I 
— 
3-40 
' — 
9-7 
7.8 
I.O2655 
I .0272 
1.947 
3 - 5 ° 
3-52 
8.9 
i -5 
I O265 
1.0278 
1-933 
3-50 
3-50 
8.9 
4.8 
I *02 575 
I.O267 
1.904 
3-40 
3-44 
8.7 
1.6 
1.0265 
I.O278 
1.930 
3-50 
3-49 
. 9-9 
4-7 
1.0262 
I .0272 
1.908 
3-46 
3-45 
9.8 
—i -3 
I.O2645 
1.0279 
1.942 
3-49 
3 - 5 i 
— 
— 
— 
— 
1-935 
— 
3 50 
6-3 
— i -5 
I.O264 
1.0279 
— 
3-48 
— 
13-7 
6.0 
I.O264 
1.0272 
1.923 
3-48 
3-48 
! 3-7 
1.0 
I .0266 
1.0279 
1-935 
3 5 
3-50 
! 5-5 
5-4 
I .0262 
1.027 I 
I- 9 I 4 
3-46 
346 
13-4 
1.0 
1.0264 
1.0277 
1.940 
3-48 
3-51 
12.7 
2.6 
I 0254 
1.0266 
1.867 
3-35 
3-38 
13.6 
0.9 
1.02615 
1.0275 
1.924 
3-45 
3-48 
12 4 
6.2 
1.02635 
1.0272 
1.936 
3-48 
3-50 
I 2.2 
— 1 .0 
I.O263 
1.0277 
1-933 
3-47 
3-50 
6.2 
5-2 
I.026l 
1.027 I 
— 
3-44 
— 
II -3 
4-4 
1.0262 
1.0272 
1.924 
3-46 
3-48 . 
1 1 .6 
— i -3 
I.O263 
1.02775 
1-935 
3-47 
3-50 
1 1 .2 
3-8 
I 02585 
I.O269 
1.898 
3 - 4 i 
3-43 
1 1-3 
— i -5 
1.0262 
I.O276 
1.946 
3-46 
3-52 
10.9 
3 -o 
1.0254 
I .0266 
1.872 
3-35 • 
3-39 
10.9 
— 1. 1 
I .0263 
1.02775 
1.922 
3-47 
3-48 
10.8 
— i -5 
I .0260 
1.0274 
1.916 
3-43 
3-47 
12.8 
3-9 
1.0259 
1.0270 
1.908 
3 - 4 i ‘ 
3-45 
14.0 
— 0.8 
I.O263 
1.02775 
1.928 
3-47 
3 49 
10.3 
4.9 
1.0258 
1.0268 
1.890 
3-40 
3-42 
9.9 
— i -3 
I.O263 
1.0277 
1.927 
3 47 
3-49 
10 9 
5 -o 
1-02455 
I.O2545 
1.797 
3-24 
3-25 
5-3 
4-3 
1-02575 
1.0268 
— 
3-40 
137 
0.8 
1.0265 
I.O278 
1.925 
3-50 
3-48 
1 1-5 
4.2 
1.0263 
I.O2735 
1.906 
3-47 
3-45 
12.9 
— i 7 
102595 
1.02705 
1.928 
3-42 
3-49 
13.0 
5-2 
1.02615 
1.027 I 
I- 9 I 7 
3-45 
3-47 
12.8 
— 1 .0 
1.0262 
I.O276 
1.922 
3-46 
3-48 
10.9 
4.6 
1.0260 
1.0270 
• — 
3 43 
7-7 
1 . 1 
1.0264 
1.0277 
i -945 
3-48 
3-52 
4.1 
2.7 
1 02595 
1.02 7 I 
— 
3-42 
12.3 
2.2 
102545 
1.0266 
— 
3-36 

1 3-0 
4.6 
1.0254 
1.02 635 
’ — 
3-35 
8-5 
1.6 
1.0267 
1.0280 
1.936 
3-52 
3-50 
1 1.9 
4-5 
1.0248 
I.O258 
— 
3 27 
5 -o 
4.1 
1.0236 
I .O246 
— 
3 -i 1 
12 5 
4.0 
1.0237 
1.0247 
’ — 
3-43 

5-3 
4-7 
1.02285 
1.0237 
— 
3 -oi 
— 
