Meteorologisk årbog - 01.01.1880, Qupperneq 20

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GRIM8EY (AKUREYRI). MARTS. 1880.
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2. -4.2. -7.0 -S.8 -6.3 -1.1 -7.o 76 7S 72 Z.Z io 1.) 92.o 9)1 9)2 £Mt 3 £Y£ 3 J/£ 3 to Jo lo ~)9
3. -3.8 -3.0 -2.1 -3.1 -2.6 -7.o 7S 76 77 26 Z.i z.1 90.6 3J 6 38.9 S£ 2 SC z £ ~3 8 á )o
1/, -83 -10.1 ~il. -1.S -1.8 -8.1 8S 77 7/ 2.0 l.S 1.5 99.S 988 5)1 3 3 MC 3 )o 10 )0 *li3
3. -I03 -10.0 -9.o -1.8 -7.8 ~)o& 77 39 78 ).s 'i 18 S9.3 56.8 56.6 y/c Z £M£ 2 £ 1 )o lo lo Tb
6. -7.0 -b.U -S.b -6.1 “ (d. (ó -lo.l 70 76 73 /9 2.1 2.2 57.2 555 59.6 S-St 3 SC 3 S£ 3 10 10 )o
7. -03 32 3.2 1.0 -0.1 -7.0 72 75 78 32 9.3 95 51. / 9&.I 93.1 Sí. 3 S£ 2 S£ ) to 10 10
8. O.o -1.0 -0.6 -05 .1,9 -0.1 87 1o 9° l.o ?9 9.0 377 90.1 92.7 5/ 1 J/£ 1 £Y£ Z lo 10 lo 36 • /X/ =2.3
3. -IZ.6 -88 -1.6 -6.7 06 -12.0 SO 72 78 0-1 2.1 32 S6.S 61.5 695 W7i6 1 W/k/ z H/ 3 10 3 10
ÍO. -3.4 -1.8 1.6 -1.3 -O.z -12.6 7 6 79 73 2.6 u 3-7 577 55,0 53.5 £ Z £ S£ 3 S£ 1 8 8 8
// SM 6.o S1 S6 56 -u 77 6f. 77 5' 9.8 5i 50. t 91.3 5)6 S£ 3 S£ 3 S£ 1 /0 8 8
72. 9.6 s.i 1.0 3.7 60 9 / 8Z 77 87 52 S.l 93 55.1 567 60.1 0 O Y£ 2 2 S 10
/3. -0 9 ).& / 0 0.8 S1 -0.8 37 80 80 3.1 9.2 V 65/ 65.0 43.7 M£ 2 <£ 2 £ 2 )0 8 8
i/t. n .1.3 1.7 99 -0.1 76 73 70 97 9.7 95 632 61.9 íl.5 S£ 3 S£ Z S£ / 8 8 8
VS. S-o 5> s.i S.Z So 39 74 79 30 S.O 9.1 59 63.6 69.3 62.6 s£ 1 S£ 1 S£ 2 & 8 8
/6. 1.0 1. 2 9.0 9.1 51 9.0 8Z 76 7Z SO 9.7 9.9 61.7 60.7 598 S£ / S£ / S£ / 8 5 0
M 3 0 SZ so 99 9.9 2.6 8) 80 83 U 5.3 59 S8.I 57.7 sp St 3 S£- Z £S£ 1 2 lo 8
M. 1.1 6 2 19. 6 o 56 30 74 89 71 9.7 5.1 6o Sl.o sp S%9 S5 3 £$£ 1 £S£ / 8 8 10
7S (o. 0 7.8 s.o (o.S 7.6 99 76 74 79 55 6.0 9.8 432 690 43.7 0 0 £ / to 8 2
20 8 2. JzÍL JSL 8.0 3.6 71 43 73 97 5,1 5.6 639 43.2 LoTf.l £ Z £S£ z S£* / S 5 10
27. s.s l&. 6z 7./ 8.1 .SJ 81 6l 72 55 58 5.i 6)5 bOO 57.6 0\ S£ 1 S£ / 8 8 5
22 11 3.1 z.i 3.5 11 3.1 82 «... 89 S.) 5.z 9.7 55.9 592 60.8 J5 1 V/ 2 ssv/ 1 )0 8 5 • 2
22. l.z 1.S 1.1 1.3 sz 1.8 16 19 17 51 5.1 5.1 &).& 61.7 61.6 S/£ 1 £ / £ / lo 8 10 3/
. M. 1.10 6.Z 5.1 5.3 98 3.9 96 16 1S 5.1 68 6.9 60.8 bl. 3 63.3 5 I £ / £ / )0 )o )0 •3
M Sí S.8 1.8 S.1 1.0 P iá 16 03 6.6 6.1 691 IdId.1 61.0 1 V/ / £ / 5 8 )0 =3
20. z.z 3.2 1.1 2.6 70 1.1 99 is 11 s.i 55 Sz 611 68.1 69.8 L Z <£ / £ / \o lo lo 5/
27. 3.1 1.6 3.2 3.7 9o 1.2 85 11. 97. 5.0 56 5.6 67-1 66.9 63.1 0 0 £ / 10 8 10
28 Z.O 3.1 Z.2 M sz Z.0 18 16 % 51 55 5.Z 6)8 60.3 5fS X£ 1 J/£ 2 J/£ 2 10. 10 10 0.9 • / =/.2
20. 2.0 1.0 1.2, 1.1 39 1.0 18 n 19 5.2 98 97 S8.8 60.6 56 S //£ 9 Af£ 9 ■Yf. 9 lo lo 10 O.z •X/.Z.3
30. 2.2 Z.Z 32- 15 3.8 1.0 n 18 ,15 5i 5z 5.5 950 9o.t 36/ t 5 £ 5 £ 1 10 /0 10 O.Z 0/.2X/
3/. 3.1 1.Z l.i 3.8 -1.9 92 8<J 16 5.3 5.6 5.1 11.0 18.9 286 £ 3 £ 9 S£ 3 10 ío 10 II. 2
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72. S.o b.o 1.6 1.Z 9.0 S.o 83 89 87 59 58 95 58 2 551 58.9 0 0 W Z 10 8 lo
73. 1.0 -0.6 -so - I.S 7.6 0.8 87 83 79. 9.3 36 2.9 60.6 616 661 1 J/ 2 Y£ Z lo >0 10
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73. SO, S.O 3.2 9.1 5.3 6.1 83 83 78 5.9 5.9 95 56 8 56.2 55.8 sv/ 3 v/ 3 w 2 s 10 lo
76. 11 S.O 2.2 39 5.8 2.0 76 79 89 9l 98 9,s 550. 59 4» 596 0 0 £Y£ 3 s 8 /0
77. 1.8 .3.6, 1.0 25 6.1 1.8 38 75 80 90 95 9,3 .59.1 532 si.9 £A7f 3 f 3 £ 3 5 8 "
18. 2.0 2.8 1.1 1.1 1.0 1.9 80 88 V 9.3 91 5.o 5)2 91,2 966 £ 3 £ 3 £Y£ 3 io /O lo 5/23
73. 1.1 1M 3.6 3/ 3.6 1.1 V 12 88 9b 5.7 5.2 9/8 90J 39.2 J/£ 2 £Y£ 3 £ 3 lo lo 10 •*/.2 =23
20 4.2 1,1 2.2 39 S.Z 11 86 81 V 5.7 S.5 9.1 9)3 90.1 90.6 £ 3 £Y£ 3 &Y£ 3 s 10 10 06 523
27. Ztn n /2. /•9 1.6 19 15 n 5.1 50 9.7 91.1 99.0 JM£ 1 1 Y/ 1 lo )0 )0 •/.3 =2.3
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23. Z.O 36 )-1 1.3 31 Z.O 87 88 87 9.6 S.z 99 959 969 5)3 y/aW 2 £Y£ 2 SY£ 1 10 g lo •/3*3 =1
M -S.1 -Z1 -3.0 -3.6 3.6 -59 87 77 72 .27 2.1 2.6 5J1 6%1 66/3 J/ 2 WY>/ 1 WYt/ 2 /0 5 8 1.8
M 1.6 z.6 1.1 )°) ).6 -5.6 87 80 83 95 95 9.z 67.9 65.7 63.S W 2 sv/ 3 SStV 2 8 5 5
20 U <()0 96 ±i 1o -1.6 U 72 73 9o So 9b 61.9 61.1 6Z.S WS8/ 3 Y 1 j/£ 1 5 5 lo
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28 h.U 9.2., 6 z 7.3 6.8 96 89 80 78 (d 1 &.1 55 659 657 68.0 W7M 2. 0 S£ / 8. 10 10
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37.
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