Meteorologisk årbog - 01.01.1881, Qupperneq 21

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QRIM3EY (AKUREYRI).
MAI.
1881.
Tfiermo mstei Ccls ÍILG. Fu/jíýhsAtpwo Dampiryk' B ar 0 Trvetor. Vúidezi^Jfetn, ogSiyrke Sfa/d/rJrke, iL
vag 8. 2. 9. MúMa Maœ,, Mim. S. 2. 9. 8. 2. S 9. 2. 9. 9: 9. S. 2. 9. bör TifUlUx 'rfcri:
1. O.Z 1.6 0.6 /o 83 87 87 l.i 1.S 1.7 760.S 759.8 7607 Y 7 MYrl z M£ Z 10 10 10
2. - o.s -0.7 -0.8 -06 $/o 68 86 37. 3.1 3.7 59-9 60.8 6I.1 H71W 2 MYW 2 WYW 2 lo lo lo •23
3. ~ 1.0 1.0 O.o 0.0 87 83 30 3.S n 1.7 Sf 2 S(p 2/ S60 0 £Y£ 1 £Y£ 3 10 to 10 =3
i. 0.7 0.8 -08 O.i 73 90 90 39 11 39 Sli Sli S39 MS 3 M£ 3 MYl 3 lo to 10 =1.23
5. ~i.i 1.2 1.7 0 7 90 JJL 91 3.6 l.S l.S ¥85 1S7 isn £ 3 £ 3 £ 3 lo lo 10 =3
6. 1.0 0.8 06 0.8 19. 19 19 9.7 16 l.s WJ Sl. 7 ssn £Y£ 3 SY£ 3 SY£ 7 10 lo lo S/.23
7. o.C, l.í -0,8 0.6 87 87- P 1.7 11 3.9 630 6S1 67.9 M£ 3 M£ 3 M£ 3 lo lo lo
8. ~o. z 9.7 3,0 2.3 8 3 8S 81 38 59 S7 1.6 73.S 735 733 c 3 £Y£ 3 £Y£ 3 lo lo lo
9. s.z 8.2 S.9 63 89 9> 86 7.3 58 7Oo 69.3 77% £Y£ 3 0 YstY 1 8 8 10
íO. sr.z S.o 3.8 9.1 83 86 86 ss S6 S.i 7 06 6%n S2.9 sW X £ S£ 3 6 3 lo 10 lo
11 SM 6.0 90 98 86 83 8S 58 5.1 S.7 Slo 513 S58 SSW 2 YSW 3 w 3 £ lo lo
//. ~o.% -19 -39 -n 90 86 8S l.l 3.6 3.0 56,8 SQo SSo 58. S sl£ 3 3 M£ 3 \o 10 lo
13. -3.1 -2.6 -31 81 8S 81 39 3.3 30 55.9 55% gY£ 3 SY£ 3 £Y£ 3 \0 10 lo
./«. 0 0 -3.6 -0.8 -08 78 7 9 79 3.7 3.1 3.1 S6S 579 60.I £ 3 £Y£ 3 M£ 3 <0 10 10
/S. S8 -3.0 -9i 77 80 76 2.3 2.8 2.8 67.0 67.1 678 2 -Y£ / :Y£ 1 ío 8 8
/6, -OS 09 7S 73 87 76 ZS 3.2 3,6 6/. 1 Ml S8á> O 0 0 0 0 0
:M -0.9 1.7 -O.i 83 78 3.8 1.1 3.2 S7.7 568 S6% 0 0 0 0 8 8
M. ~2o -0 8 -1.8 - I.S 90 86 9° 3S 3.1 36 SS.7 S6l 56.9 0 0 M£ / 8 10 10
is: ~ 1.0 -09 -1,0 -0.8 87 87 82 3.S 3.9 3.5 S69 S6.9 57.1 sve. 7 SY£ Z £Y£ 2 8 8 lo
20 0.9 08 6.1 83 83 83 Mh h 36 £8.3 67.8 S7.8 ere 2 £Y£ 7 £Y£ 7 8 8 8
21. 1 2. 9.9 2 6 3.7 87 87 91 5.1 5i 5.0 56.7 57.7 16.S £S£ 2 £S£ 3 £S£ 3 8 8 8 • 3
22 31 -0.7 -0.7 1.0 97 <57 83 5.3 31 38 Sl.l Sll S9.7 609 -Y 7 -Y£ 2 SW£ 1 8 10 10 • 1.2.3
2,1 3.7 S9 39 90 81 83 82 1.7 5.6 1.8 633 67.3 0 £Y£ 2 £ 1 8 8 8 76
M. 31 S.o 3.3 M 88 83 97 S.7 51 S. 3 611 669 66n £V£ 7 £ 7 £ 2 10 8 8 =IZ
J&L 3.0 2.8 Í.7 21 91 91 V 5.7 5,1 19 66 8 658 ÍS 3 £ 3 e 1 £ 3 lo lo lo
20. 2 8 3.8 3.8 3S 88 88 88 1.9 s.y 53 61.3 62.6 618 £ 3 £ 3 £ 3 8 8 8
27. S.á ll.o y.2 M 6.9 99 9! 96 75 89. 8-7 63.1 63.1 &I.S £ 7 0 0 8 8 8
23 W9 S 0 3.2 87 86 92 81 S6 ss 60.7 61.8 639 0 J1W Z WW 1 8 8 10 •3 =3
2,9. S6> ll.o S8 7S 89 86 87 í>i 85 S.9 678 63.3 631 0 0 £ 1 7 0 S 0.6 =1
30. 8.6 19.6 8.0 V 11 79 73 6.6 75 5.9 61.6 60.1 676 0 SlY 1 0 8 8 s
3/. S.ó) 6.6 S9 6.s 79 83 89 (d.(d 56 60 S8S £1.7 S6.6 £ 7 W 2 W 3 8 10 8
MM. !ol u i.é> 2.1 8S 85 $6 U f.5 75Í, 75fl lSf.6 H Z.o ll 8.3 86 1.8 5.H-
JUNI.
1. 6.6 (j>tó S.9 6.7 7 8 78 77 57 5i 5i 7S69 7SlS 753./ sw Z W 1 £Y£ 3 S 8 10
2. 3.9 2 9 1.9 29 92 V 99 53 So 18 50.8 I9.9 57 2 2 M£ Z /1£ 7 10 10 lo
3. 0.0 1.0 02 0.9 90 81 87 1.7 1.3 1.0 SI.8 I92 I9.I í W£ 3 j%£ 2 10 10 /o
1. 0.6 19 0.9 0.8 83 80 87. lo 1.0 ¥1 18 0 17 S 19.0 1 WlY 1 1 lo lo lo •3
S. 09 -0.9 -0.6 —0.7 JJL 10 90 1.1 1.0 1.0 SZl Sl. 7 58.6 7 AOT£ 7 /rW£ 7 lo 10 lo 1.6 961.7
6. -0.6 0.0 -1.0 -O.S 7.9 77 63 2.S 3.3 21 608 6/7 639 2 MY£ 7 AIY / lo 10 lo 0.8
7. 0.8 S.8 3.9 3.3 70 75 82 3.1 S.l M 61.8 03.7 63.8 1 // / W Z S ?. 2,
8. 1.6 8.0 7.6 6.1 16 8S 7.0 1.8 6.8 S.S 611 63o 61.8 SW Z 0 S£ 3 8 8 8
9. 71. 89 6.9 7.9 6S 79 78 50 6.S 5.6 58 9 603 67.6 0 ■ 0 w z lo 10 S • Z
/0. 72- 11.8 n 68 b(p 70 Si 68 &.0 62.3 62.0 61.9 £S£ 2 £S£ Z 0 8 8 8
11 10.7 12.2 8.9 10.3 68 ss 77 6,3 58 63 S81 SSn Sls 0 0 £S£ 1 10 10 8
/2. M6 12.2 99 >09 os 7/ 67 58 7 S 59 SS.o Slo S5.o S£ 3 St 7 S£ 1 10 8 Z
13. 8.6 88 9,2 8.9 7/ 69 70 6> 0 58 60 S81 S8.8 S8.6 3£ / S£ 7 S£ Z 8 10 10
19 lOo >9.7 89 lo.q 7S 79 86 69 1S 7.0 59. S S9.9 ál.o S£ 2 £S£ £ £ 3 10 S 8
1S. 6.2 S.8 <ó.S 90 81 «7 69 57 59 60.9 &l.i 67.1 £S£ 1 £S£ 1 £ 1 8 8 0
/6. 19 n 6.8 7.?. 79 70 70 6.0 (s> / Si 617 61.5 6 59 0 £Y£ Z £Y£ 2 0 0 0
17. 9.0 S.O So 9,1 96.. 98 95 58 6<A 67 66.8 665 6SS MW z /iW l 7y£ 7 lo 10 10 =1-23
10 f.o S.O 3.2 9t M n 9S 6 0 60 S.S 61.3 6Z.S 679 0 0 W£ 1 /o 5 8 =1
19. 2.0 3o 22 29 87 81 1.3 1.6 S ! 66.1 658 65.8 /16 1 M£ Z ■Y£ Z lo lo 8
. 20 2.2 2.7 9.7 M 99 91 J96 S.l Sl 59 61.6 67.8 61.1 1 /1£ 1 M£ 1 10 S 2
21. 19 2.0 3.7 M 9.L 81 95 5o 1.6 S.s S8s SS.t 51.1 I M£ 7 YY£ 7 S 5 S
22 1-2 37 19 2.6 19 95 91 Sj SS f.o $1.6 S6s S6S ■*£. l Ml 7 £S£ 2 S 5 S
23. 9.7 S7 10.6 6.1 96 9S 97 59 63 8.7 S6.0 SS.t SSo S£ 3 S£ 2 0 8 8 s
11... 7.o 7.8 S6 68 7o 88 89 52 6.9 á>/ I80 1/9 36.3 £.S£ 2 S£ 5 £S£ 1 2 S 8
-J&. 7.9 108 6>& 8.3 96 90 96 79 8.6 6S 31.1 3U 31.1 S£ 3 S£ 3 £ 3 8 8 8 3S •
26. S.6 ...7:8 . .79 69 89 .13 6>i 7,3 .11 11.9 12S 5.SJ. y/ s-6 W' 3 sw l 8 S 5 75
27. 8 o 0)0 6o 7,7 63 86 8f Si 71 S8 11.3 ¥IS 116 S£ / S£ 3 £ / 2 S 8
23: S6 9.7 9.7 9.7 36 9.6 96 6s 5.9 59 11.8 11.7 17.0 M£ / 0 0 8, lo 10 60 • / =3
29. 99 9o 3.9 3.9 89 97 92 ss 56 53 SOS 533 SSi v/ 3 W 3 YWW3 lo 10 lo •13
30. 2>..l.. 3.8 2.o 3.7 92 8S 55 Si so S&8 .56.9 571 DnY 3 YrW2 /YC 1 10 lo lo
ty.
Mid/L H-.Oj (>./ H-.oj 5:3 83 83 85 5.1 5.5 755.9 1553 1551 1.8 Af A.(J 1-1 1.6 V m