Meteorologisk årbog - 01.01.1903, Qupperneq 57

65
JACOBSHAVN. 1903. JANUAR. Bar.M. á la lat. 45°.
Dag Jifíurometer ThermoTneler Celsvus JJsampiryks Tvfitig/udsgrvd iíndfíis Rdn.og Styrke Skydakfcc Ned Ajvmrerkninyer.
8. 2. 9. 8. 2. 9. Maaá Mítv. 8. i*. 7. 8. 2. 9. 8. 2. 9. 8. 2. 2 hör
1 7 50.«! ISOfi 752,1 '■Itt -nx -/o8 -9% -18.1 ).5 1.6 — 8s 85 — L 2 c 2 t 8 0 0 0 v±y
2 59. ? Sí,l S88 Si.Z, ~IS.S ~/í% - 138 -/0.0 -/57 l.l /fi 1.3 e/ 6/ 83 L 3 t 3 t 2 0 0 0
3 Sí.O 53 1 ~I9,I -IZ.% -13.8 -//.S -U.7 >X • /,3 1.8 83 80 9/ t 3 c l t 3 0 e 0
■f SO.O) sn.s 598 -/5.3 -léfi -/1.5 ~u$ -/4.2 l.l /./ /fi 81 85 «r l 2 L 3 L 1 3 6 0
.5 57,1 58.1 St.s -12.J -/3 0 -13.8 -/«$ -/4,0 /,5 /.V 1.8 85 68 88 t 2 L z i Z 0 j ð vdv
6 SÍC 00,3 lfib,ó -10$ -iý -8.3 -8.0 -181 1$ 22 /.9 73 9/ 89 í í 6 z S z 3 6 5
7 8l.<f S8.0 5t 1 -150 ~/l% -/4,9 ~6ý -n.s u /0 /0 11 65- «5T t 1 0 0 0 0 8 *±v
6 5 ( 81.3 -15.1 C-izo) -s$ -n.s -/%% u - 2.9 %l — 80 0 l 0.1 0 1 - 7 «*t3
9 Sí 1 St) 91.0 -i.% - 4 0 -l.í - 8$ -m II 2,3 3.9 78 18 89 0 0 0 8 3 8 yí±V
10 93.3/ 93.1 9o.k -u - I.o l.l iý -6,7 3.6 3,9 9,0 89 80 8/ &l 3 6L 8 SSL ý 3 5 5
11 m 39.0 15.8 18 50 2.0 22. — 2,2/ 3/ 2,6 3.4 4/ 39 49 61 3 6L 8 6S í. 9 6 7 $
12 93.8 91.0 95.1 -91 -7% -8.8 />$ -i% zý 2.1 /.9 73 84 44 Sw % l 1 t 8 & 7 / 5,3 ioe,*'
13 91.6 35.8 28.0 -12% -18.0 -/42 -81 -/2.7 /. 3 1% A9 18 78 74 L 1 í 2 0 % 3 8 1.7 «0 '/*r
/f 23S /0.1 15%, -Itfi -13.0 -/5% -/«$ -70% /.2. iý 73 68 77 X 3 6 X 0 6 7 %
15 M.s 38.tf 35.3 -18% -/4,6 -/34 -2,5 ~/4.2 u o.l /9 67 4r 04 s 2, 0 s / 9 5 9 ■ 0 * ”1
16 100 3 58 37,0 -m -70 -6,2 -/30 -/47 49 1.8 /,/ 8 3 6-9 38 c t 2 t 3 i 3 0
17 39,3 35.1 50.1 82.0 -u -10,0 -l/fi -3,0 -/9.2 /-9 1.3 /9 75 49 7/ 7<T C í £ / t 3 $ 7 0 «0 ")*' ✓'S/
18 9 il Sll -9,6 -9,% -ll.í -1.0 -11.7 /,3 /r /.3 60 7/ C 3 í 2 t 4 9 3 9
19 99.0 39.8 zq.z -It.l -z.8 9fi -6,0 -/52 /2 2fi 50 61 7o 79 /y 3 fii / it 5 5 6 7
! 20 210 2ll 20.8 *,% -IX -tfi 6,o -/2,1 3.0 2.0 /.8 Sl 96 98 66Í- 1 SH 5 L 8 7 9 3
| 21 33,9 33,5 S05 -n.o -/51 -/5% US -11.0 /.3 l.l 1.0 69 62 76 Ow 1 SíW 3 l 1 fo i> 9 0,3
22 9)X 81.1 9to -/02 -w -I8.% -10 -m 0.6 0% 0.7 17 78 80 l 1 í 1 L Z z 3 z
23 iU 30.1 H.3 -22.4 -2.3$ -21,1 -/ís -23.2 0,5 0$ 0.1 n> 82. 6ár t í 1 t 2 1 3 3
27 9S.3 98X 92.,1 -Í/.4 -23.0 -28% -19$ -281 3.4 0$ 0$ ?6 82. 73 l 3 l z C Z 5 3 Z
j 25 9/S 8t.<( 88% -25% -2 8.0 -’ts.l -26% O.S" 0$ «.5 81 62, 81 í. % t 2 L 1 3 9 Z 0 5
26 91.9 97,5 90s ~28í -26,0 -ififi -zt$ -24,21 o,r 0.8 0.8 61 80 79 t Z í 2 L / 7 3 0
Tl' 93.fi 8lfi 93.% —23,4 -25% -zoo, -230 -23,1 -47.1 «$ 0.1 0.6 18 79 89 0 ffíw Z Xw 3 5 7 (0
28 97.1 Soý 68,1 -71$ -29,8 '20,i -ZS.% 0$ 0.8 «X io 77 73 sw 2 áw / s / (p 7 Z
29 Sfj.U (t/fi 44f, -515 -33$ -38.9 -2V,S" -325 - - - - l / L / l 2 Z z 1
30 09.1 K3 Ous -38.% -3 5.1 -357 -32,5 -3S% - - — - 0 5 / 0 0 / 0
31 ASfii l/lft 57.7 - 30 tU -351 -38fi -33.3 -34.7 - - - - - - 0 0 0 0 0 0
AfideU 190.1 195.1 780.0 —Is$ -ÍSfi -/5.0 -10$ '/66 /.V /.8 1.6 76 76 77 1.1 /.8 /9 35 3.9 30 7.6
' FEBRUAR Ba r.rrd. á la lat. 45°.
1 79i% 7V* Z 188% -237 -24.1 -21% -IZ.S -37.2 fil 9 S z X 3 1 1 i %o*/^
2 9ZJ 91.9 910 83?) -2 21 -78.0 -25% -20$ -26/ X l « X 1 & 1 6
3 9iö 59,1 So.8 5T6 -27.7 -240 '222 -2/.S -282 0 s 2 s 3 5 1 8
■i 59.9 '30.7 -31.8 ' 33.6 -7S.0 -307 t í s 1 s X 8 8 3 vdh/
5 sfn 59.8 S7Í -38.1 -38,1 -3Sfi -300 -352 0 0 0 z 0 0
6 S1/ 592, Sl.t -iúfi -30.2/ -79.1 -30.0 - 3S% 0 0 0 0 t 3
7 9íl S0 6 91%, 50.1 98 o -222 -/58 -/6ý -/6.0 -35% 0 0 0 6 1 8
» 5z,3 -/3.7 -20.0 -22,9 -12,0 -22 2 Sw % Sw 1 0 10 7 0 1.9
9 95,s 99.8 99.5 958 S9.& -2 8.8 -20.1 -zsý '/3.7 -202 6 s 2 0 8 3 8 *fínr3
10 908 ~is,í -/3.4 ~)8% -200 - 282 0 0 0 (0 7 á>
11 SV ss.i 95,0 99J OS.i S7.I -iz% -/9.o -10.1 -II6 -256 l 1 0 V % 7 V 7 *°Hl*2f*
12 Snfl So.8 93.% -13.1 -//.% -/oý -10 0 -/6.0 0 9 0 7 4 %
13 51.0 'tofi -6,9 -20.0 *■” li/fi - 8o ~/V2 0 0 ÍW 1 7 8 9 *l>
17 59. S Í&.8 -tbfi -21$ -5% -/4.7 Sw z s 3 s l 7 r 9 3.6 *"|2
15 bft.la 05.8 Slfi 'I3fi -2ZS -toj -/6o -24.2 X 1 X Z X í 0 0 z «1*3
16 93.1 8o,s ii>8 -12.8 '-9.1 -/2.6 -D.3 -27.2 X s XfiL 9 0 7 £ 5 *Vz|a->‘v'
17 32.2. 22.8 26,1 íl.Z, 2S.0 3 6 i.s il 8.6 -/42 — 9.2 SL 3 SL z SL 2 5 3 3
18 /8.7 -u -18 -9.2 So S 1 S 1 6 1 /0 /0 /0 = Kwra
19 /fe,e /8í> lis 30.3 —/l.o -H.8 -//.% -6$ -//.2 á 1 X 1 0 /0 8 /0 *K3 =K/"
20 270 27.1 -n.8 -nn -/66 -10.6 -/7.7 0 0 0 ■*i 7 9 J&. *-
21 isn 37.) 8o<t -/1.8 -/7.7 -/y -lUo -/9.2 s 1 ÍW 1 Sw /, 7_ L 9
22 9cfl 93 0 V3.3 -Z3ý - 220 -25.3 -17.0 -237 0 0 ■0 3 6 3
23 9t.s 38.8 36,3 -26.4 -27.2 -3/, 6 -21.0 -284 0 « 0 7 8 0 <x>"Z*2l' v±V
27 319 37.2/ 3st m -31.1 - ififl -Us -iso -JJ.2 0 * 0 0 z 0
25 33 9 32.3 30% -17.0 -29,5 -336 0 0 0 z 8 / Mlwr» v±v
26_ 2«.« 21.5 ítfi -23.% -23 0 -29,o -230 -32.7 0 0 0 3 $ 9 00 Kftfu
27 3Z.0 3 2.8 13.S -21.8 - 58 - 1.0 '19% -26.7 0 áC 3 SL l 5 7 2
28 hfi 31.5 9I.S -7.8 -8? -loý - 8fi - 22,7 Sí, 3 l 2 S % 5 3 8 *>*J oox/a-.
29 30
31
Midtk 193 5 19$.t 1835 '■10% -/6.7 -195 -/5.7 -lí'/ fo 1.0 io 53 5% 98 M