II2 FRIDTJOF NANSEN. AMUNDSEN’S OCEANOGR. OBSERVATIONS ETC. M.-N. KI. 
L lity [+ 3; = 5 17 lity | n à > 
pe aar Ree oe £ à| BE E 3 Og DEG and Me as à = Å 3 
our | Wind à = 5 = o our FA Wind 2 = 2 = o 
April 1901 | ee] May 1901 M.|°c.| 9 
20 am. oa | 0 |-19 |[3287]5| 2647* | 9, 8 p.m. |-60°E05 0 |-14| 3461 
Kr ON 0 |-20 3478 | 2803 | - ; 0 |-18| 3451 
EE AN | aco p= 12 midn. 0 |-18 3451 
- 2 p.m | 0 |-19 [3460 | 278711 3, 9 a.m. 0 |-18 3461 
er RE | 0 —1"7 )44 | 978311 - 4 - 0 |-18 34:72 
å 1 2 19212 | EG 0 |—1:8| 3461 
Sr || LOL 1.:9.21.8270°1, 2736 ©, 2,8 -70°SSE1 | 0 | —19| 3461 
Sire JON? | OS | rl e's ee 0 | —1°7) 3408 
2 | | | 0 |-19 13464 |2790 1. 9 . 5* | —18| 3412 
- 12 midn. | Os SE sane ee Ady ee th ee 0 |—19 3463 
302272. m: 0* |-18 13448 | 27°77? |, 70°20' N 6 
ae 5*|-18 |3456 | 27852] - 12 noon | 48030 E 0 |-17 3443 
- 4 - 0. |=19. 3444" | 2775.28 = 40 0 — | 5* | 41:8] 3469 
=e 0 |—19 3444 | 2775? - 9 p. m 0 | -17| 3432 
= er Wiis | OS ge = Core 5* | —1'8| [3536]? 
Eeg NME NES ETS 0 | 20 3464 
1020 u OM LUE 267 a0 ve.’ > 0 | —1:9| 34:48 
: | 71°10' N 48 13450 | 977921 - 6 - 5* | —1'8| [35°36]? 
EE PE ac ae Ge —85°ENE2 | 0 | —90| 3468 
- 4p.m 0 |-18 | 34-44 2174 2 10 0 |-18 3461 
= = SE Tt iG) = 5* | —1:8) [35°35]? 
= tod AES 1977 SW 35210 16 | 3437 | SARS © x Above k 
oi 5* |-1'8 |[35'26]? ser 0-42 we Laon, 
- 10 5 OD =P | 977 * - 12 midn. | 0 |—9:0) 3466 
- 12 midn. 0 |-15 |3463 | 27895, 4 9 a. m. 0 |—1'8 3461 
So 5* | —1:8| [35:32] 
May 1901 JE 0 | 2:0 [32:82] 
= = i Le D: 5 
1,2 a. m. 0 |-13 3264 | 27903] : 6 A. 
parte 0 |—1-4 | 34:32 | 27:63 3 LA eel 
d | FAE | Me Le 18° SSE 2 0 | —19 3444 
6 = OA 15 sb 27902 - 10 % 0 —1:7 3454 
= & = —15° WNW 3 MASE: 3460 2786 * 10 | 5* 18 [35°29] 
- 10 > ane | 0 SE 3454 97:81 * à | 69°56: N | 14 
- 12 noon || = 0 |—18 13473 | 279747 ° rå noon. | 47°30' E | 0 1-19 
on mn 01-19 (3461 | 27874] - 2 rm 0 Te 
| GP EE Hoi. | | 5* | 17) 3250 
"A Å 0311278279728 VEN 9 å | 10* 17, 3447 
- 6 = | | 0 |—12 |34:58 | 97-84 4 EA = | 0 7489 34:46 
se) (|-60'N1 0 |—12 18470 | 27944 |, 69°40' N | 
- 10 - 0 |—03 |3480 | 27994] - Sie aes (i by st m2) | 0 | =1:9) “Siow 
SOS 5*|_04 |3£81 | 280041 _ Lo Noter 9 = 
Kia 10° 1-04. 13474 | 27944] 25 0 | ee 
- 12 midn. | 0 |--04 |3483 | 28004! 19 | Be 31.63 
DDR NN: | 0 |-01 13483 | 28:00 # ‘Tae 10% 
- 4 - 0 |—01 |8490 | 2806 41 _ : | ; 
- ahs | 0 |-01 [3488 | 28044] ; 12 midn. ke ne 
11-65 NOS | 0 102 (SSN 800 = | 3476 
10) | - | 0 | o2 13481 | 28004! © 5 | 0 [33:97]3 
FE ON “il. el : eat eee —1°9) [88° nål 
M49noon | 2 0 |-03 (3475 | 27914) - 8 - |—99°ENE2 | 0 |-18| 3479 28085 
GONE | oe PO D Å 0 |-18| 3447 27778 
SOA UD 1: 0 |-03 3475 | 2794 | 69240! N or ll 
GE 5* |-04 13674 | 2794 | - 12 noon |} 47565 0 |-18 3472 u 
a b Ved | ar | 94:74 | 97-944 EPen mi Generert Nike = 
6 | 4538 E | © |-085 |3474 | 27 © 4 Pe | 5: | 18 [3528]? 25-4914 
1 Formation of ice-sludge on the surface. Sea gray. ? No formation of ice-sludge on the surface. Sea 
gray. ° Sea grayish brown, * Sea gray. * Small ice-needles floating in the water may have come into the 
sample. ° Through ice-sludge and “pancake-ice”. 7 Through an open lane in the ice. $ Through open lane, 
As the thermometer indicated —20* C. and even —24* C. it was considered untrustworthy and the readings 
were not recorded. * Through ice-sludge and pancake-ice. Sea gray. :° Through a belt of dense pancake- 
ice, !! Lying in tight ice. 
