Meteorologisk årbog - 01.01.1909, Blaðsíða 18

26.
MARTS
GRIMSEY (AKUREYRO. 1909. ' Bar.réd. a la lat. 45°.
Dag Barorraeter Tharmomeler Celsius Djmqúryh fugtighcdsgmd VuidaisJdeln.oy Styrke; Skgdœkh Ned- Anmreikninitpr.
8. 2. 9. 8. 2. 9. Maac, Múv. 8. 2. 9. 8. 2. 9. 8. 2. 9. 8. 2. 9. lör
1 773-v 772.3 770.9 - 3.2 - 2.0 -3.8 o.s - 9.7- 2-8 2.9 zS 78 7 9 73 € 2 £ 2 £ 2 8 7 8
2 69-7 69.S 70.7 -S,6 -s. 3 -6.5 -0.9 - 6.9 2-3 z.y 2-2 77 78 82 M6 3 £M£ 3 £/1Z 3 lc /0 10 0.1
3 71.7 7I.S 7/.o -9-0 -7.8 -2.3 -96 -10.0 /■7 /•9 /•9 7 S- 77 73 (d£ 9 tdg 3 £M£ 9 9 10 !0 o.z.
9 69.0 66-7 6S.6 -r.z ~6.l -7-3 -6.9 -9-9 1-7 2-3 2-/ 7) 79 81 MT 3 £M£ 3 tMí 3 2 9 10 0,2.
5 63.9 62.8 82. - to -9.0 -6-9 -7-8 -S.Z -I0.9 I- 7 2.Z 2./ 75 37 23 m 3 edt 3 CM£ 3 fo /0 /O 0.3
6 C'L'ö 60.7 Gz. 1 -5-5 -5o -H.l -S.O - 9.3 2.5 2-1 Dl 87 <f6 89 Í7Æ 9 tU£ 3 £ 3 lo 10 Jo ^O/w
7 U.7 69.9 ' 69.9 - 0.7 - /■% -2.1 -073 - S.c, 3.S 3.3 3.i 81 #0 81 € z £ 3 £ 3 2 2 8
8 70.7 69-2. 70-9 - 1-9 - 13 — Z-3 - O.'L - 3.3 3-1 3-1 3.i 78 79 79 £ 3 £ 3 € 3 7 2 8
9 7ZS ' 7/-1 71.7 -7.9 -z.z -2.0 -0.6 -s.o 2-8 3.0 3.1 76 77 <f0 £ 3 £S£ 2 £5£ 3 8 7 2
10 69M 68.6 66.6 -1-6 -2.1 -z.s -0.9 -3.9 3.1 3.z 3.2. 78 83 8S € 1 ttlt 1 £ Z 7 8 9
11 Cc.z CS.J 62.7. - 2-o - 18 -2-3 - l.v -5.1 3.1 3.9 3.3 89 86 ss 0 0 aiL 3 lo 10 10 o.z. X~>l«.2T3
12 £S~.Z 63.6 69.7 -z.o - 1-3 -2-2 — ho -3.1 3.9 2.8 3-1 86 67 83 S 2 £S£ z £S£ 3 lo 2 9' 0.1 3
13 C7S C7-& 69-9 — (9.O -5.3 -0.8 - 7.3 2.1 2.9 2.0 19 78 7/ £ z £tit 2 tNÍ z í 9 7 0.1
11 fts <S9-1 68.9 -6.8 -6.5 -7.8 -9.S -8.6 2-0 2.2 2.0 75 79 8iO e/Zt 3 £U£ 3 SM£ 3 9 9 10
15 C2.7- 68*0 68 ■) -8-9 -10.6 -11.9 -s.8 -10.1 /•9 1-6 1-9 81 80 7.8 ed£ 3 £U£ 3 £M£ 3 10 lo 10 *on'l*Z?'3
16 (sOrG SS.9 58.3 — 8". 6 -6.S — S.F -8.2 -13-3 1.8 2.2 2 S 76 79 83 tdí 5 £M£ 9 tsz 9 /0 lo 10 O.z *''-/«• 27.3
17 7/.) S/S- á'I.O -G. z - 9.S -2.8 -5.0 -8.6 2-9 2.8 3-3 89 86 89 edc S ttic 9 SMt 9 9 /0 lo 0./ *.'vv«2f3
18 SD.z. SZ-6 S91 -0.8 0.0 - 0.3 - O.z - 6 3 3.7 3.1 3.2 86 67 85 £ 9 £S£ 3 £S£ 3 lo 10 lo 0,2.
19 SfS S3.8 SS./ - O.z 0.1 - £>./ 0.S - 1.5 3.S 9.0 9.0 : 85 87 89 £S£ 9 £S£ 9 £S£ 9 !o 10 10
20 77. Z S7.3 S7.<) 0.0 0.7 0.1 0.7 -1.6 9.0 9.2 3.9 87 87 85 SS£ 9 £S£ 9 SSS 9 lo 10 10
21 72.6 S9.6 6o.3 0.1- I.S a-9 hz - 1.3 9o 9.S 9.1 85 87 89 £S£ 9 £S£ 9 £S£ 9 10 10 lo
22 ei-9 61.9 CH-.t - 1.0 0.9 -o.i 2.0 - 2.2 3-3 3D 3.5 76 83 2l £ 3 CtiS 3 £M£ 3 7 2 9
23 6s,cj 6(T. 3 65./ -3.S -l.z. -3.1 /./ -5.Z U 3.2 3./ 81 83 85 ttis 9 € 3 £ 3 Iti 10 /0
21 62.7 61.1 6/.0 - 2.1 -2.3 -z.9 - 1-6 -9.6 3,0 3-1 3.0 77 79 83 £S£ 9 £ / £Mt 9 7 8 10 *f3
25 6o.2 60.7 6 l-o -1-1 0.7 0.5 -0.7 -9.5 3-7 9.2 9.1 86 87 87 £MS 9 t/Z£ 9 m 9 lo 10 lo 0.1 X-~I«-1T3
26 S8.1 S7.6 58-3 -ho -0.7 -/./ Uo - 1-9 3-8 3.9 3.6 88 9e 89 £ 9 £ 9 £S£ 9 /0 10 lo 0.3 *™i<-zTl
27 79-7 SS-6 S8.Z -Z.z. -2-0 -1.8 -o.e - 3-1 3-3 3-3 3.9 85 89 86 £S£ 9 £££, 5 £S£ S 10 10 io 0.3 *^a-2f
28 SS. 1 S8.0 So.s — <?.z -v/.*3L /*o 0.0 -3.6 3-b 9.1 3.9 79 82 79 £S£ 3 £S£ 9 £S£ 3 7 2 8 O.Z.
29 s&.y- SS6 S7.% /.Z 3.2 0.5 1.9 Uo 3-7 9.2 3.0 73 73 62 S 2 0 0 7 5 9
30 Sg.9 S9-9 6z.o 0.9 2.5 ‘ 0.9 3.8 - i-i 3-1 3-q 3-7 66 69 75 £S£ 3 £S£ V tst 9 6 5 5
31 69. S 6S.C 67.7 0.7 2.0 o.y 3.3 -°.8 H.o 3.7 3.5 82 69 73 €J£ 9 <rs£ 9 SS£ 3 7 6 7
MiM 76^2 763.0 763-6 -3-2- — 2-3 -3.0 -hl -5.3 3.0 3.1 3.0 80 80 21 3.2 3.0 3.2 2-2 8.S 9.0 2.8
APRIL. Bcu r.réd. d la lat. 4S°.
1 762-7 768.9 767-8 -1.7- l.s - 1,0 Z.S -2.1 /.<9 3.9 Z.9 96 96 69 0 0 <r z z 3 s
2 62.. 0 S6-7 SS.9 -0.1 3.z o.q 2-3 - 2.1 2.5 y.z 9.S SC, 73 9o s i £S£ z £S£ 2 3 s 6
3 sr.6 Sl.S so.z 0.9 V-.s Z-7 3.9 - /.z 3-7 9.8 9-1 75 76 7 9 £S£ 2 est 2 W 3 6 5 7
9 ve-e So.9 Sz.q 3-6 S.z 3.5 S.2 0.9’ 9.6 9.9 9.5 77 79 77 S / S 1 5 1 7 6 7
.5 S9.9 S3.9 SS.& 9.9 2.0 9.7 S-7 1*0 S-1 6-7 S.l 8/ 83 79 £S£ 1 £ 3 ö 8 7 7
6 SG-7 S6.3 S7-6 2.8 Sz. 9.2 8.8 0.9 9.7 51 98 82 80 77 ÍIV Z w 3 w 3 8 7 7
7 Sf.6 ' 60.& V:2 6.0 3.S C-z 0.9 9.6 S.l 3.8 79 79 fflV 1 JW / 0 6 s s
8 6/.Z S9.S se-3 - 0.3 1-9 1-8 7.2 -/•z 3-1 3.9 9S 70 76, 85 £ z £ 3 cst 3 7 8 9
9 S7.0 ss.9 S3-8 2. / 9.7- 3.7 l.s -1-5 3-3 S.2 9.S 7/ 89 70 £ z £ 2 r 2 6 8 9 •T3
10 So • / ■ 92-8 9f.S 3.7 S.z o.z 9.8 1.9 U S.5 9-9 80 83 19 £ 2 t 3 m 3 7 2 /0 O.Z 0 A*' sf3
11 9-6.6 V6-Z 9S.9 -0.7. 3.9 2-7 C'O - 1-8 3-8 S-3 9.S is 87 80 £ 3 Z 3 £ 3 10 .7 6 SA*-
12 93-3 93. & 9S-S /■9 2.S z.z 9.S - 0.3 9.9 9.8 9.6 89 87 85 £S£ 9 CSC 9 £S£ V 10 .10 10 ./«if
13 99.1 99.2 Sz-i /■7 z.s 1.9 3.2 0.8 9.5 9.7 9.1 88 85 82 est 9 £ 9 £N£ 9 9 9 8 0.2
11 sr.e Sé-S S8.S 3.2 9.7 /•7 3.8 - 0.1 9.8 9-i 3.7 83 7 9 7/ £ 9 £ 9 £ 3 7. s 6
15 S7-g S6-6 S?.t> UO 9.9 3.0 S,% -0,1 3.9 S.O 3.6 79 80 cz £ . 1 £ 1 0 Z 10 3 =azf
16 ■ 59-^0 S3.3 SZ .9 3s S.7 9.2 S,o uo 3-9 9.9 9.9 67 71 71 £ 2 £ 2 £ 2 9 9 9
17 S3./ SZ.6 Sl.% 2.7 9.z 2.S. 6.9 1.9 9.S s. z V.7 80 89 25 £St 9 £S£ 9 £S£ 9 s 9 lo =93
18 S2.Z S/.c7 So. 0 z.y 2.9 l-S S.l uo 9.6 9.8 9.9 89 85 8S tst 9 fst 9 £S£ 9 9 10 10 ^/tCOQ/VV
19 SoS S/-8 S3.9 /•7 2.Z 1.7 3.9 0.7 93 9.S 89 87 88 ÍS£ 9 m 9 £J£ 9 10 10 )0
20 S3.7 sur 99.9 0.7 2.Z. l.S 3.1 - 0.1 9.2 9.8 9.S 87 89 89 £ 9 £ 9 e 9 lo 10 J 0
21 S3.2 ss.s S7.(5 /•7 S. 2 3.7 3-2 -0. / 3-7 9-8 9.2 '7/ 72 77- 0 C z £ 3 5 9 s C/K
22 SS.9 S9./ 61.3 3- 3 3-t 2.0 6'Z 0.2. S.t 9-1 ' 96 87 £7 87 £ 9 tS£ 9 £ S 8 10 lo =r3*azt’
23 Cz.7 63.0 69-./ M 3-3 1.9 3-7 -0.3 9.2 S./ 9.6 '85 88 88 TS£ 9 ts£ 9 £ 9 10 10 9
21 <29. S 69-. V 69. 9 A7 3.z I.S 3.8 z 96 S-l 99 9o 89 fs £S£ 9 £S£ 9 sst 9 /0 Iv 10
25 CS.c 66.9 6S.8 /■7 Z.S 0-3 3.7 - 0.1 9.S 9.7 9.1 88 89 99 £ z £ J £M£ 1 9 £ 9
26 6C-7 66. c 66.0 - Z.S -1.8 - 1-8 3.0 -3-8 2-3. 3-2 3.2 72 80 80 m 2 CMS z £ z 7 9 10
27 6s.s C9.7 696 -2-8 -l.s " 2-<f -0.8 -9.3 2.9 3.S 3.2 79 86 85 St 2 S£ 3 5£ 3 10 10 10
28 6s.o 69.S 6S6 -2-3 -o.S - 1.8 - 0.7 -9.S 3-1 2.9 3.9 85 66 86 st 3 S£ 3 S£ 3 10 10 10
29, C7.Z CS-S 7). 9 - 2-3 -/•/ - 0.1 - o.S -9.1 3.1 3.2 Ý.o 79 76 8? // / m. 1 m 2 8 7• 7
30 7 z.9 7Z.S 71.9 -7-1 3.2 0.9 c.9 - 3-3 . 3.2 .3-9 3.9 81 68 n 1 £ I € . / 6 5 5
31
AfidtL 7S7-7 7S7-Z 7S7. 7 l'Z 3.2 I-7 3-9 -0.7 9.o 'y.ff 9.2- 78 81 81 3.9 2.6 2. 6 7-9 7.7 7-8 0-9