Meteorologisk årbog - 01.01.1911, Blaðsíða 28

38.
GRIMSEY (AKUREYRI). 1911 Bar.réd. á la lat. 45°.
Dug DfiroTneter Tkermometer CeTsvvLs JJumptrykj Tagtitjfiuhgmd VindensJfetfLog Styrke SkydaJcJce Ncd A nmspTkninnpjr
8. 2. 9. 8. 2. 9. Maa Mitv. 8. 2. 9 8. 2. 9. 8. 2. 9. 8. 2. 9. ior
1 7 S3.g 755.Z 7S7. 3 3.7 . I.o 1.5 5.2 o.4 4.9 5. z 44 82 85 85 m 3 NNC 3 NNS 3 <f 9 10 ‘T3
2 UJ 60.6 S9.<f 3.1 s-s 6.0 5.2 - 0.2 S.o Sz 5.4 JS 7? 78 HW 3 1V 2. 0 8 7 6 0-3 • /Vt'*
3 S'kl SI.1 17.3 6.5 14. z II-7 7.3 Z.3 S-7 I0.6 9.o 80 88 88 esc 3 S 3 £ 3 7 2 9
8 v?./ 98.7 19.3 7-7 13. z 9-7. /6.1 4.1 6-7 18 7.8 8C 88 27 vf z IV 1 0 8 1 2
5 no -/7.7 18.8 ?.Z. I3S 9.9 IS.O 4.4 7-3 9-7 7.7 84 85 24 0 0 0 £ C 7
6 49.2 SI.S SS- 3 4. I fZ'Z 9-S 14.1 S-3 7.2 8.1 7.8 84 8C 22 VJ 1 W 1 W 1 7 7 2
7 S7.5- 60.0 ' 61.6 9.2 I0.4 9.4 /3-7 S-7 7.6 6-7 7. / 89 72 80 c 1 0 6 10 7 6
8 (3.5 6z-7 (t/. 0 II-1 /3.9 9.8 /2.0 S-S 85 10.4 7.1 86 88 27 0 0 0 7 8 9
9 iÍO-7 633 (f.z. /3.9 17.0 Iz-Z 16.1 C-z. /02 iz-l 1.3 87 84 21 0 £ 1 € z 7 6 9
10 66.5 69.8 £6.0 I6.z l z.l 19-7 18-7 7.6 10.8 17.3 IS. 6 79 87 9/ w 1 0 C 1 C 8 Ý
11. (7.2 QboO (58 /6.1 19.7 15 i Zl.l 88 IZ-I 14 Z le.7 87 83 80 0 0 2C '' 1 4 z 3 o.z # <W/
12 £5-3 69. S 61.9 lí-S 19.2 IC.Z 22.2 9.0 lz.3 13-1 ll.o 78 71 80 0 0 W 1 z 3 4
13 65 7 67.3 68-7 9-z 9-z 6.8 21.9 68 7.4 7.5 5.7 86 87 77 14/ z IV 1 w z. 7 S 3
1't 71.6 69-7 68.7 S.<9 7.7 8.2 II. 3 4.3 57 S-l 68 83 65 2S Niti 2. N l IV 1 9 1 9
15 t>H8 65.1 66.6 7.7 7.S 4.6 9-7 S’l 6- 3 63 4.8 80 8Z 76 N / S 1 £ 1 7 2 , 8
16 ('f-.S 63. t (p/>6 1.7 G.z 5.7 8.4 Z.8 s.s 6.0 58 S'6 86 26 í / C 1 C 1 1 9 9
17 59.8 59. \ S9.1 2-5 z.9 Z .4 7.2 1.9 4.8 s.z S’O 87 1! 91 m 3 m 3 m 3 10 lo 10 O.z • 'TtfS
18 £2.1 (2,-t 6z.9 3.5 3.9 2./ 4.3 A-Z flo 5S 48 85 9o 81 m z m 1 m 1 /0 10 10 2.7 •~*zr3
19 (3-3 6Z-Z 6zM 64 3.2 7.2 68 1.0 6.0 7.0 6-3 84 87 23 8 1 0 0 7 7 7 Z’l f AV
20 6z-3 63.1 (2.5 9. z 9-7 7.7 9.4 z.8 ?./ 7-3 6.7 81 23 86 € z 0 0 £ 7 7
21 SO.o 55.9 51.5 7-7 98 7.7 II. z 4.3 C.s 7.4 6.8 83 82 88 € 3 £ 4 c ■ 4 (> 7 1
22 StG Stf-,8 55-6 1.7 5.2 3.S 11.1 Z.2 S’Z 58 s,4 81 89 1l N 3 N 3 N 3 7 lo 10
23 55.9 57.1 57.6 3.9 4.7 3.8 6.0 1-9 5.4 S’8 s.s 88 9o 92 NN8 3 Ntl£ 3 NNC 3 lo 10 10 2-2 • *Ht 3
27 58.8 58.7 59.5 2.5 2.6 Z.o 56 0.3 5.1 s./ 4.9 93 13 9 3 m 3 NNl 3 m 3 bO h lo 4.5
25 59.7 SfM S8.7 3-Z 3-7 2.0 4.0 0.4 S’Z S’5 90 9z 14 NNS 3 NNC 3 NNC 3 10 Í9 lo •5-7 •"'1*2
26 S8.8 57-f 57. S 3.9 4.Z 3.S 47 o.z 57 S.8 S.6 93 13 1S m z CNC 1 CNC z lo 10 10 3.2
27 S7.8 S7.<f- 56-7 5.9 7.2 4.9 6- 3 /3 S’8 6-5 S-7 84 86 89 £ l € z SWC 3 7 2 10 4.1 ,/w =t3
28 553 S9-.S 56.3 (5 9.2. 7-7 8.4 2.2 64 7.3 6-8 88 9/ 88 £ z £ z 0 /0 lo 8 00 /*|<L rr /M/
29 61.0 61.1 6S-S 7.9 14.2. I08 1.1 3.8 U 10.4 78 86 87 23 S 1 £ 1 e / 7 .É e
30 (5-5 63,6 61.1 9.S 13.2 8.5 /6-1 4.1 7.2 9.7 69 8Z 87 84 0 C z c 3 6 7 <p
31 SS.S 53.) SS-7 7.7 )0,z 7.2 IS’Z 4.1 7.1 8’3 6.4 9o % 34 £SÍ 4 C5C 3 s 1 \0 10 7 O.Z.
MÍ(UL 759.8 759.5 759.8 7.7 9.8 7 -7 II. 2 3.6 6.9 8.1 7.0 85 86 8& 1.7 1.5 1.5 7-7 7.6 7.9 Z5.4
Al JGUST Bdi r.réd. á la lat. 45°.
1 760.o 760.0 ?So.6 7-7 lo.z 8-7 11-3 4.3 6-7 7.8 7-t 86 84 26 0 0 c 2. £ 6 7
2 57.8 S6-3 54.9 7-7 8-2 7.2 11.2 S’2 68 7.3 7.0 89 V 93 e 4 cse 1 CC£ 3 lo lo 10 2*|AZ7’3
3 55.7 55-3 51.8 6.9 8.4 6-9 9.3 4.2 6-7 7.3 6-7 1o 89 9o 0 0 S z lo 10 10 =7*1*243
+ SI.9 SZ.o St.o 6-7 7.2 6.z 9.2 4.6 (■7 7.0 6-S 91 93 93 ÍN£ 3 c 3 c 3 lo lo 10 0.3 •MMf2 r= <w-
.5 51.6 S/.9 SZ.1 6-1 6.3 S>o 8-3 3.8 U 6 7 6-z 1S 94 95 S 4 s 3 C Z ).o 10 10 o.z s* r •
6 51 -6 S0.7 99.0 1.9 S-z 4.8 7.1 z.S 5-7 6.0 58 87 9 0 12 £ 2 e 3 s 3 lo lo 10 2.5 •rnt 3
7 ds.6 fs.s 17.1 1.9 s. 2 4.4 6.3 2.2 57 Æ S’4 87 86 87 NW 3 NW 3 NW 3 9 8 8 0.9
8 S0.3 SI.1 53.9 7.S /0.7 7.2 8,0 2.0 67 8.5 64 88 90 84 W l W 1 c 1 7 1 (
9 57.7- S9.0 (0.1 7.7 lo.) 8,0 Iz.o 4.S 6.1 8.4 6.7 81 9! 83 S l s 1 N 1 1 10 4
10 6t. 7 61.3 64 3 68 7.7 8.9 II- 7 S’ 2 6.4 6d 7-3 86 77 87 IV 1 W 1 0 7 2- 7
11 66.3 67-1 68-3 6.5 lo-3 II. 2 9.S 3.8 (■3 7.1 8.8 87 85 89 W l W 1 w h 5 G> 7 0.5
12 68.3 (7.8 67.9 IO.Z 98 8-8 lz.3 6.S 8.1 7.7 7.4 87 84 88 IV 1 w 1 w 1 8 7 (p
13 69.6 69.2. 7o. 3 1-1 II. 2 98 II-7 6.S 7.7 7.7 8.0 86 78 28 W 1 w 1 w z 7 r S
17 7 o.o V 4 70.8 9-S 9.6 8:8 IZ.Z 6-4 7.8 8.0 7.5 88 29 89 w z w 1 w 1 8 9 8
15 66.9 654 641 9-z. lo.6 8.4 10.7 6-6 6.1 7-7 68 80 8! 84 w 3 1V 4 w 2 3 4 3
/6 • (A’-ft) 65-0 n 9.5 6.3 11.2 58 (.3 7.4 63 74 84 88 w 3 NW 1 N 1 4 3 /0 = p
17 6+.1 (í.O (2-3 58 S.o 58 I0.4 4.0 6.0 69 6.0 87 86 27 c / S 4 S 4 10 8 9 sr /u
18 ('33 63.1 7-2 9u> 7.5 9.7 38 6.6 7.2 68 87 24 29 CSS 3 css 4 css 4- 8 6 lo
19 (t.t 6z.o 60.9 1-9 7.5 s.o U 3.2 57 68 SS 87 81 84 NW z NW z NW 1 10 10 7
20 61.5 62-3 63.5 7.9 9.2 7.4 8.7 3.5 6.7 7.4 (-4 85 26 23 € 3 € 3 S 3 7 7 8
1 21 69.6 (3-7 63.8 SZ- 6-2 4.9 I0.6 3.4 S-6 6.0 S.6 84 86 26 w 3 W 3 \W 3 8 9 1
22 62.6 6/. 7 Ct.z 1.9 6* o 4.7 7-8 3-3 65 63 67 87 % 29 HW 2. NW 3 NW 2 lo /0 1
23 59.3 58-6 57.9 4o S.9 48 7.0 1.8 53 62 S-7 87 9o 29 N 2 N 7. N 2 lo 10 10 0. z |Ai>
27 57.8 57.6 58-2. 1.0 u 4.4 68 2.3 S-3 66 SS 87 87 89 N 1 N 1 N / lo lo 10 '
i 25 ST$%o 57. r Sp.z. 1.2 7.5 4.4 6.1 Z.4 S’S cs 5.6 81 25 26 C z e 1 S 1 lo 6 7
26 se-i 513 53-7 s-s 8.2 6-o 8-8 3,2 S-8 68 58 86 2s 25 s z c 2. S 3 7 6 7
27 S3.2. SZ.3 52.3 58 M 6.z 9.7. Z-1 6.0 6-8 S-7 88 8z 2/ € 3 € z C l 2 7 6
28 Sz.s S3.5 SS-Z 1-*- ss Z-7 9-1 Z.S Sz 5-1 4.8 84 28 25 S 3 C 3 C 3 2 1 9 •Y3 =*zt
29 S6.9 56.1 56.1 38 8-z 3.8 68 1-1 53 7.0 48 87 87 20 Z 3 € 2 S 2- lo 7 C 0.3
30 Sz.8 18.3 1z-l 3-7 8-2 S.2 9- 2 2.0 4.8 6-8 58 80 23 27 2 1 C z S 4 6 S 9 •t3
31 26.8 (27.o) (30.Ö) 68 /2.0 9.(7 9.3 3.7 66 9-Z 7.4 88 89 87 S 4 í 3 S z lo 8 7 0.4 #/W
MiddU 7S8-1 757.7 757.f 6.4 8.z 6.5 9.4 3.8 (■3 7-t (■4 87 27 87 2 •/ z 1 z./ 8.2 7.6 7-9 7-Z