Meteorologisk årbog - 01.01.1883, Síða 19

zs,
QRIM3EY (AKUREYRI). JANUAR. 1883.
Tkernio nvet&r. CeiLs iits. Euftújhukjraa JDamptryk/ J5 aroTTte-ter. VuidtnsJtetru qyStyrke. SkydaJcke NeM.
JJCUf 8. 2. 9. mm Ma/z. Múv. 8. 2. 9. s. 2. $ L 2. 9. <5, 2 9. S. 2. 9. hór /4 mriarkn.:
1. -9.8 - H3 -9,1. ~9.8 J2 1i V 89 2.1 11 1.7 1961 759,1 7S5z 3 4'£ 3 /Z£ 3 lo 10 10 klú
2. -9.V- -10 0 -12.9 ~lo.ú> -Sz -11.9 °)L 1o 88 20 1.1 I.S 53 5 55.i 5<j 0 ■YL 3 Y£ 3 Y£ 3 10 10 lo ~UT 9612
3. -n.i -iz.8 ~9.0 -Izz -8.0 -ISz 73 80 8s l.i 13 1.1 63,i 692 623 2 £ 2 £S£ 3 \0 lo 10
1. -*<* O.o 3.0 -os -96 ->9t 93 99 1S 3.0 93 59 53 2 53.9 521 SL 9 se 3 YW 1 tí lc lo • 3
5. -iz 2.8 o.s 9.0 -9.6 JL V 9l 33 9.6 5i 5l.i 958 90.7 J/£ 3 M£ Z £S£ 2 10 10 lo 2.2 •/.3**2
6. 3.2 S0 91 9.1 98 -3,2 8S 76 71 9.1 5o 91 928 908 91.7 £St 2 S 2 S 3 10 10 10 16 •1.2 Ö3
7. M.O 3.6 3.2 3 6 S.8 0.8 88 88 81 5.9 5z 51 596 57.8 59.0 r/ 9 W 3 0 lo lo 10 16 yLj3
8. 2.8 3.0 3.2 3.0 3.9 -0 9 9/ 11 15 S.i s% 55 527 551 60.0 £ 9 0 £//£ 1 it 10 16 • 1.23
B. Lb ¥¥ 3.0 9.0 9.8 2.0 81 81 8' 56 55 96 60.9 607 60 S 0 0 0 10 10 10 38 •1
ro. 3.2 3.¥ 3.6 3.9 6.2 1.6 8/ 85 88 97 So 52 586 56.1 56 9 £ 2 £S£ 3 S£ 3 To 10 5
// 3.0 3.0 3.2 3.1 S.9 3.0 88 88 85 So 50 91 55.1 99.7 52,3 St 3 S£ 3 £ 3 5 5 5
n. zz 2¥ M. 92 2.9 3.8 1-9 87 V 19 9.7 So Sz 97.2 950 93% J£ 3 £ 3 £ 3 10 io lo • 3 =13
. 23. 9.9 ¥.¥ $<+ 9.3 98 0.9 81 02 85 55 51 5.2 99.3 93.6 92.7 £S£ 1 S£ 2 S£ 2 10 10 10 ~28 •1
'ii. L't 3.9 3.0 9.i So 2.2 16 H 12 9.7 51 5.3 92% 90.7 366 S£ 3 S£ 3 £ 3 8 S tO =3
45. Lo f.O 3.7 59 1.9 Í2 72 81 56 9.9 96 28 9 30.9 32.7 £ 3 £ 2 Y£ i 10 8 8 06 •1.2 =1
46, 3.o 2.9 1.9 2.3 59 1.0 1S 99 11. 5.9 52 9.6 11.8 If.S 288 YS£ 2 £ / /r / 10 lo lo 39 •1.2 =3
iM -fo -7.8 ~3.S 9.6 1.9 19. 93 97 9.8 3.1 19 22.5 22.8 18.6 /r 2 A/rW 3 W/zi/9 10 10 10 09 •*ikZ3=l
M -2.0 -96 -16, -8.9 3.0 ~8o <9l 70 86 2.2 17 2.2 3Sb 38,9 91.5 3 /Z£ 3 £Y£ 2 10 10 10 IZ kl
4&: -'t.t -38 -1.0 -3.S -96 -/02 88 89 Í2 28 2.1 3.2 93 8 930 99s &/£ 1 S£ 1 S£ 2 10 5 0 5Í<3
20 -3.2. bi 2.2 O.Z -12 -68 80 07 89 21 9.S 95 50.8 558 S8.1 J£ Z W 2 S£ Z 5 5 10
2/. 2.V 3.8 36 X0 32 -3.1 ÍO 70 1& 9.S 9.7 58 536 52.7 5/i £S£ 9 se 3 S£ 9 10 lo 8
'Ú2 SM 6,6 3.8 7.0 2.9 8o 77 ss 59 52 51 521 91.7 97.3 SS 3 se 3 se 3 5 5 8
'22. 30 3.0 9.8 3.6 62 1:9 Í8 81 11 5.0 9.6 Si 93.0 92.9 302 Y£ 2 S £ 2 se 9 10 lo lo 36 • 1.2
LÁL ÆL i.s 0.6 -O.z 0.7 3.6 0.2 80 87 03 ¥.2 9.6 92 3.8 Ml 172 203 V/ 3 V/ 3 sw 1 io 5 8 3.8 *l
l.'f 1.8 1.0 1.9 2.0 -20 9/ 89 ssW 3
00 99 91 25 o 299 29.6 SSt/ 3 SSW 3 8 8 lo V±<3
26. .1.8... 1-2 0.2 0.0 ll 1.8 -20 77 73 69 9o. 37 3,2 19.5 26.3 27.1 SS£ 3 SSW 3 SSW 3 8 1 5 \i/3
27. OM 0.8 Ö.9 1.8 -2.8 73 77 03 3 S 3.7 3.0 32.2 395 37.8 sw 1 SW 3 — 10 10 10
25: -s% -99 -9.0 -9S 1.0 -5.2 03 00 09 25 2.9 3.0 31.2 367 39.7 J/S 2 j/e 3 £ 3 10 10 lo *3
2,9. -3> -So ~S6 -97. -2.9 -6.0 95 00 81 16 2.7 2.6 396 365 31.0 //£ 3 y£ 3 /Z£ 3 10 \6 io 0.9
30. -m -10.6 -129 -IO.S ~o.i - lo.o SS 03 73 1.3 1.6 1.3 908 90.8 936 YV£ 3 J/W£ 3 /zt 3 lo 10 10 *23
jL ^VS.Ö — ll. (p -13.8 *“A5Í' -16.2 87 07 09 l.z 1.2 16 95S 96.9 978 /Z 3 YY6 2 //£ 3 IÓ 10 io 06 *l.23
MúbL ~io ~os h °r ~o~r 2.i -3.6 89 85 8á 3.8 3.9 3.9 7m 7¥3.0) 7 9U %6> 1.9 Z.9 n u m
FEE IRUA R.
4. -i/.a -11.0 -96 -108 -go -156 81 11 89 1.6 /7 1.8 7S5,3 750.5 7536 //£ 2 M£ 3 /ze 3 10 10 10 19 XI. 23
2. — Í.á - í 6 -3.8 -57 -7.9 -13.9 86 82 80 22 2.5 2.7 60 8 625 62.2 J/£ 2 j/e 2 ssW 3 10 10 5 *l.2 \±{3
3. -¥'.8 -1.0 0.8 ~i.7 -3.0 -86 79 79 77 2.3 3.2 3,7 58 9 S7S SSi S£ 3 SS£ 3 SS£ 3 0 0 5 VÍ//3
1. 1.6 1.9 2.0 2.7 3 9 -Y.8 n 79 69 5l 9.0 3.7 99.7 Hú.U 963 S£ 9 S£ 9 S£ 1 8 8 8
5. 2,*í 9.8 2.2 3.1 3.9 -0.8 71 86 80 9z ÍXy 93 311 X72 292 £S£ 3 £S£ 3 sse 3 10 10 10 1.9 •XI 53
6. 1.0 1.0 1.8 1-1 52 0.9 19 99 80 50 St 9.2 90.1 92.8 97.g SSW 9 sse 9 SSt/ 2 2 2 5
7. H-.O 38 3.0 36 98 -09 85 88 88 52 53 So 35.7 31.9 11.0 £S£ 3 £se 9 SS£ 9 s 5 5 V±{3
8. Ll Si 2.0 .31 98 29 13 68 80 96 95 93 30.1 358 91.1 S£ 9 S£ 9 A'W 2 10 10 10
B. Ö.Z ö.z -16 -0.9 5.8 -1.2 76 13 70 3 6 3.9 3.2 H03 38. S 36.2 l/4/li % V/A'W 1 £ 1 10 10 0 Vdb/3
40. 0.2 öz 3 o l.l >8 -1.6 00 80 81 37 37 96 Z 3.1 Zl.i 27.8 £S£ 9 £S£ 9 £S& 3 10 /0 lo **/2 3
// 1.6, 2.8 36 2.7 3.0 -1.0 07 89 88 9.5 9-7 5.2 36 i 235 2 61 W£ 3 £Y£ 3 £ 9 lo 10 lo
42. 0M Oo 0.9 0.3 3.6 -08 03 79 83 3:9 3.7 3.9 39.3 352 27.6 S£ 2 0 £ 1 )0 s 10
43. I.Z )6 1.8 IS 2.2 -1.2 03 89 89 91 9.3 99 19.3 222 33.9 S£ 3 SrZ 1 SW l 10 5 5
'42 1.8 3.0 3.2 2.7 2.0 -1.0 88 V 8S 96 52 91 35.1 306 23.3 S£ 1 £ 3 £ 9 lo 10 10
ML. Lb 9.8 9.1 9.S 9.6 0.2 82 82 82 5z 53 5.1 18 0 205 328 sé 9 £S£ 9 ssW 1 s- 5 lo
46. 20 2 6 9.9 3.0 98 06 89 77 02 99 93 5i 923 38.i 37.0 S£ l S£ 2 S£ 3 10 It 10
47. 3.6 38 3.2 3.5 99 09 15
42 £.8 3.2 1.8 M 1.6 38 1-9 80 81 89 9.6 9.7 97 910 938 389 ssW 1 Y 3 se 3 5 5 10
43. 26 2.2- Öo 3.2 0.2 87 8o 71 9.8 9.3 3.7 28.0 3 00 305 v/sr/ 3 SSW 3 ssW 9 10 5 2
. 2Ö -0 8 6.2. O.o -02 2.6 -2.9 75 <7 07 3.3 9.0 90 17.6 25/ 307 SsW 9 y/sw 3 v/ 5 8 8 10
24. -19 -1.9 -1.6 -1.5 0.9 -36 86 79 70 3.6 31 3.2 32.9 390 35 3 v/ 9 WSW 9 r/svZ 9 8 8 8
22 -Í.'h -19 -3.9 -2.1 O.Z -99 86 86 09 36 3 6 3i 37.7 908 99.i Y 9 v/YW 9 10 t
23. -1.0 -1.0 ~3Z -0 3 ~lo -9.9 90 19 95 3.5 35 55 9%Z 39.2 3 65 SS£ 2 £ 3 vZ 9 10 lo 10 *2 «3
JL ii ~~!p o S8 -3,3 32 -20 00. 81 77 96 19 23 38 8 997 605 hV 5 M£ 5 /Z£ 3 lo 10 10 ;
ÆL ÖÓ 16 9.8 2.1 1.8 -7.9 03 80 06 3.8 9i 55 6/o SS9 967 SSE 3 £ 3 se 3 10 10 10 •XZ.3
26. 3.0 02 00 l.i 98 -09 81 87 81 9.6 9o 9,o 30 i 92.S 535 vd 9 vz 9 M 3 10 lo 10 1.8
27. -1.9 -0.2 12 - O.i 3.0 -18 86 81 83 3.6 31 9.2 585 619 62.9 Y 9 v/ 3 SE 3 10 lo 10
~23: 22. 29 9.8 3.i 2.8 -1.6 89 80 86 9.5 95 5.5 58.7 57.1 56 9 s& 1 S£ 2 v/ 9 5 0 ló
M,
30.
'JL
MiM OJ 0.7 0;Í 0.1 Z.l -u n 81 n ty to H 7 Uo 73 p im 3.0 2>.o _a i.s 7-9 li 7.8