Meteorologisk årbog - 01.01.1881, Qupperneq 11

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BERUFJORD. JANUAR. 1881.
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8. 2. 9. MMM Max.. Min, 8. f. 9. S. 2, s S. 2. ,9. $, 2 S. S. 2; 9. bör
1. 3.7 33 0.3 19 69 -8.2 100 93 92 6.0 S.9 9.3 739.7 739o 733.S SU 2 sw 3 ’ 0 8 8 S 3 2 •2.3163 =23
2. -0.7 . 09 0.3 O.Z 99 -1-6 88 6$ 7/ 3.9 39 33 39 7 93 9 97.2 O w 2 w z 2 2 2 -*/
3. ~0.7 -0.1 -27 -1.1 22 -26 81 8/ 71 3S 3.7 M 968 96.2 £2.2 sr / JT 2 JT 1 8 8 2 *±/
W -1.7 -2.7 1.7 -0.9 -2./ 7 6 79 85 3.! 2.9 95 S?. 7 6/5 62.2 srn' 1 0 s 1 £ 8 8
'3. 9.3 6.3 S.7 S.9 -3.6 P 88 91 S.8 6.3 6.2 393 S6S £7.9 svi 2 SW 3 JW 2 8 8 S 3.S •/. 2 =/.2J±/
6. -0.1 -01 -0.1 -OS Í2 -0.6 85 92 12 39 9o 9o <°1,9 73.7 79.7 sz 3 £ 2 £ 2 S 8 !o 0.6 •23 =113
7. -o.i -l.i -1.3 -1.0 -O.i -1.8 92 9& 72 9o 9.1 3.8 7%Z 78.0 776 ss / 0 0 s <r s =/2
8. 0.7 0.1 -O.S o.z 19 -2.6 92 89 88 9.S 9.1 3.7 798 7 9.0 73.9 M l ) JT 1 s £ 2
9. 1.1 -23 -X3 -2.0 (1 -1.6 93 87 80 9.8 35 25 7 95 76o 77o yr / £ 2 jr 2 8 r S =23
fO. -7.7 -8.3 LL9L zlL JúL -85 S9 76 63 1.9 1.8 II 7S.i 75i 796 sr 3 yr 3 JT 9- 8 8 2
// -16 3 -13.9 -n.fl -Mo -7.7 -16 3 9o 50 91 o.s 08 0.8 795 72.6 70.8 M 3 yr 9 jr 9 2 2 s
/2. -ll.i -8.7 -2.S -99 -l/.o -16 3 LS 69 69 1.2 15 /S 70 3 683 L(o,ö M 3 rr 2 JT 9 2 8 2
83. -136 -IIM -23 -9.1 -8.1 -IS6 93 69 93 0.7 iz 1.6 69.8 68.7 67.6 M 9 rr 3 0 2 2 8
10. -109 -1/3 -/27 -1/6 -2.3 -13. S 59 65 61 l.l 1.2 ! 0 67.6 6%o 61.6 Jr 3 /r 9 JT 9 2 2 Z
M. ~I39 -IV. 3 -19 7 —IV 3 -10 6 -l 31 58 57 56 05 0.8 08 6I.0 685 68.7 ■S 3 JT 3 JT 9 8 8 S
16, -179 -16.3 -/37 "/á. 0 -13.9 -177 ~ 51 50 - 0.6 08 627 69 2 £8.3 M S yr 9 JT 3 S 5" s
Æ -IZ.i ~1A -10.2 -I/.6 -179 63 68 63 1.1 i.S 15 690 696 72/ ir 3 nr 3 MT£ 9 S 8 8
M. ~IZ.3 ~9l -8.3. -IOi -89 -12 6 97 68 88 0.8 15 1.9 73* 73.3 726 M 3 rr 3 JT 2 2 2 z
19; -79 -ss ~8S -7.3 '19 -/23 65 56 10 1.6 /.7 1.6 los 68.7 70.8 s 1 ■M / JT£ / r 2 2
20 -II. 3 -II.6 -H.3 -1/9 -SS -11.6 65 1) 7/ i% /3 /3 7 9S 73. * 73.1 /r& 1 0 0 10 2 2 =/. 1
21. -2.1 -fs. "S9 “*á/ -12.8 79 7/ .68 2/ 28 1.5 73.3 72.6 7Si Jr 1 Jf 2 0 2 £• 0
22 -II. 3 ~8S -9-1 ~9A -2.1 -128 65 70 6? /2 i.6 I.S 70.1 69.6 68.0 0 0 0 2 S 2
23. -2.7 -2S -23 -zs -27 -II. 3 79 n 79 27 3.0 3.1 62.8 62./ 60.3 M ' /r / 0 S 2 1 *±/
.M. -87 -129 -I9S -13.1 0.1 -72 7 8 6/ 2.1 1.0 - 61.1 £8.6 6/3 <£ t £ 2 3 8 8 10 962.3 =23
ML -13. / -ZZS -22 7 -Zlt -69 -2 3i ~ - - - - 69i 637 6S.0 yr 3 3 jy 3 8 S 2
26. -'lZ.6 -10 3 -227 -21.1 -10.6 -23/ - - - - - 6S1 63ö 6Z.0 s 3 rr 3 JT 3 2 2 1
27. -20.7 -19.3 -227 -10.3 -100 -2ZS - - - - - - GO. 3 £7-/ 558 sr 3 rr 2 Jr 3 2 2 7.
26. ~16.7 -16.3 -/J.3 ->7.i -169 -209 19. 51 99 06 06 os S0.3 7£8 97 0 S£ 3 aM£ 9 MW£ y 8 lo /0 0.3 ■hl.13 =12
29. -H.7 -I8S -/6.3 -17.8 -13.8 -188 - 5i - - 0.6 98 0 77£ 99.7 S S JT 5 10 10 10 29 5123 =/.2
30. -'73 -H-3 -/.3 ~IO.o -109 -18.7 11 ás 89 Ö.5" 1.1 3.S 9o.i 7/7 77.6 irs 9 JT£ 9 s& 3 10 io /0 8.2 ■9I.Z3 =3
JjL ~3S S. 7 - 7S -S;6 0.0 -/7.3 83 85 83 2í z.s 2.1 57.2 60.S 63.7 £S& 3 /ri 3 JT£ 2 10 io 10 85 WI.13
MidcL -9.0 -8.3 -8.Z -8.5 ~S,0 -IZ.o - - - - - - 763.3 1IA-.1 Vb Z.9 2.z £6 56 y.7 iU
FEE 5RUA R.
1. -fi 3 -IflS -13.3 -109 -35 -8.1 .74 1>1 68 /.8 13 1.1 76?2 7676 168.6 / WW£% 8 8 8 12 51.2.3 =113
2. -119 -IZ.l -/39 -130 -9.7 ~Sl 6-3 63 50 Ö9 H 0.8 675 67.3 68 8 yr 3 JL. 3 rr 3 8 8 2
3. -IV-. 7 -I9S -139 -195 -7/7 -157 Í.6 H% 50 öí 0.1 0.8 68.7 67/ 67.3 3 M 3 /r 3 5 5 8
0. -ll.i -89 -I09 -163 -//.' -IS.3 11 75 66 i9 /•7 1.3 65.3 63S 621 2 A / 0 8 8 81 *±/
6. -/0.3 -9.3 -IOS -lO.o -fis 73 /00 67 l-S 22 1.3 60 3 57.9 58.9 jw / jrs / JT 3 8 10 £ 09 5Z. 3 \Lt
fi -16.3 - tS 1 -/C3 -Kft -16.7 <r/ 72 0 6 10 675 3 jrS£ 0 ■£1.13 =23
7. -129 -7.1 2.JS -9-8 -/2.7 -16.1 7 8 79 l.i 2o 16 595 SOS Hl irsí / jTSS 1 jr/r& 2 10 8 10 £1.13 =113
8. -2 3 ~S9 -6.1 -lo -68 -IZ.7 76 80 18 n 23 ?. / 59i 551 58 2 JT 2 jj 2 0 8 6 lo £ n =13
9. -?3 -8.1 'A 7, -8 0 -69 -99 76" 77 78 l.6> 19 2,1 £73 55.1 52S "Jri 2 M£ / M£ 2 lo 10 lo 06 £123 =/.23
10. -63 -2>9 _y., -9Z -s,z '99 í// 81 «7 2.9 3/ 27 57/ SZ. 3 £3.1 S£ 2 0 £ / 10 8 \o o.s £1.23 =113
11 -0.1 Si —/ö / -Si -0.1 -55 ?2 90 67 iz 2-8 15 77* 79* 52.1 £<£ 2 vr 1 £ 2 lo 8 8 £1.2
12. -o.l 2-7 1.0 -0.1 -125 92 96 ?2 9.6 ív- 9S 375 2«,<r 27 0 £ 3 SS£ 3 S£ / lo 10 8 n.o •Z3*/.2=2-3
13. -63 -83 -19.7 -9.8 2.7 — 6.3 7? 76 ¥7 Z.l l.i 0.7 905 9<)S SLL S 1 £ 2 0 S £ 8 9.6
10. -lo. 7 ~S.l - 1.3 -6.1 -5:2 -19.7 66 76 77 1.3 2.3 2S 51.1 555 S8.S yr 1 0 0 8 8 8
16. -33 O.S l.l -0.6 -3.Ö -lo. 7 57 92 96 3.1 9.9 9 8 50.0 9&.i 92.1 s& 1 £ 2 0 íö 10 10 28 •23WI.2~I.13
16. 1.3 I.S 3.1 1,6 2.2 -3.3 92 loo 93 9.7 S.i 5.3 905 398 39.0 <£ 1 S£ / ssW 9 8 lo 8 21.1 • 1.23 =1.13
17. I- 7 09 2.1 I.S 3Í 1.0 íí- 96 Jí" 9.9 9.7 9.6 73.2 76 6 7 9.0 0 £S£ 1 SS£ 2 8 8 8 S.S • Z. 3 =23
16 -09 ).! 0.7 03 2.Í -19 76 89 Í9 3.3 99 93 £6 9 £9.* 591 M£ 1 0 s 2 2 £ 10 3.9
79. 19 Z-i (9 2.2 2.2 -2.0 93 93 9.7 S.Z 9.1 Sl.7 £6.f SS-i S 2 s / 0 8 8 10 18 = 23
20 t.oj 39 -09 /7 2^ 1.6 93 89 ÍS *-1 51 3.7 SS<) £79 67.9 S 1 sW 3 JT 2 S S S 2.9 =/.2t±»f
27. rJ.f -1.1 1.3 -/.é 92 -9-9 86 76 96 2-7 3.1 98 72. S 73./ 11.7 yr 1 0 £ 2 S 8 10 • 3 =3
22 17 2S (9 2.0 1.8 -5.0 93 93 96 9» S.i 5,i 7/5 72/ 110 S l 0 s / 8 8 8 3.9 • 1 =1.2.3
23. 1.3 19 OS il 2.S 0.8 Í5" 93 92 9.3 y.7 95 675 69.o sw 1 S£ 1 0 .1 8 S 0.8 =/23
20 OS -3.3 -8.1 -36 2.6 -0.6 79 65" 9.1 2.6 16 6S± 69.3 73 8 yr 3 ~r 9 JT 9 8 8 2 •*23 =113
yJL -n.i -99 ~9.1 -10.6 o.s -121 63 61 61 l.i /.3 1.3 76.7 77.3 76.1 s 3 jr 3 JT 2 2 0 2
26. -1(9. -73 -99 -7,7 -9.6 -/33 5iS 78 77 1.0 2.0 2.6 76.7 76.6 75.9 M 1 0 /r Z S 5 s
27 -113 -9 7 -109 -</.ö -39 ~/23 62 (jí 66 l.l 1.3 1.3 76» 79. * 79 8 JT 3 3 /r 3 Z 8 s
26. -n.i -11.3 -10.9 -119 -9.7 -/27 63 58 5-9 l.l 1.1 1.1 72/ 72.2 7!.o M 3 JT 3 JTjT£ 3 8, 2 8 373 =3
29
30.
31.
MúkL ~&.z <S- a-' 1 .. -5/7 7<£ M 1&> Z.S iq u 759.8 75^6 759.9 u •4. ú> 1.2 73 1.9 &I.0