Meteorologisk årbog - 01.01.1910, Síða 4

THORSHAVN. 1910. MARTS. Bar.réd. á la lat 4á'.
Dag Bcwometer Thermojneter Celstus Damptiryh Thgtighedsgrad Vindm.sRdn.og Styrice Skydakke Ned ATvnuerJcninyer.
8. 2. 9. 8. 2. 9. Maa, Mirv. 8. 2. 9. 8. 2. 9. 8. 2. 9. 8. 2. 9. iór
1 796*6 719.0 798.7 18 , 1.6 5.0 55 6.5 9.1 5.9 5*5 78 86 89 JlV 2 SSC 2 S& 3 3 10 1 7-9 v±V
2 968 1$. 7 9.6 7./ 5-7 G*o 1.6 5*1 6.9 6.9 89 86 19 $ 2 s 1 S£ z 8 7 9 3-3
3 S'o.% $13 5$8 $■7 88 7-5 7*2 9.6 5*8 7*6 68 85 86. 89 SSC 2. SSW Z S 2 9 10 lo Z*l f aC
+ S~6.l $7.1 $7.2. 6.6 7-2. 5.6 88 5.2. 65 68 6.5 10 9o 16 8 Z SS& z sse z lo 7 7 M •/v*' oo-9-i
5 $68 $$1 $5.1 58 5-7 5-8 7.6 98 5*1 5.9 6*9 87 79 93 SS£ Z SS£ Z s z 9 8 lo •r
6 rjx $5.8 $1.1 5-8 53 $8 6.5 Z.6 6*7 6.5 65 17 19 99 SS£ 2 s& z SSS z 10 10 10 ¥.¥ • 'Vv ooMjCL^p
7 $!•$ 52.0 ' $0.7 6-7 8.7 6-3 7.0 5.6 6*7 6.6 67> 11 78 88 S 2 ssw 2 s z lo 9 2 • «- vdv
8 178 15.6 96.8 6-3 7.8 58, 9.z 5.8 6*6 67 6*1 13 85 88 SS8 2 SSW Z ssv/ 2 lo 8 8 3*0 •*f
9 11.7 95-1 978 5.9 7.6 3*3 8.0 9.6 6.6 6*1 5.0 99 79 87 S 1 IVJIV 2 0 6 8 0 9.1 ooM-ja,
10 17.7 195 52.8 9.3 9.7 1.3 77 1*7 58 M 9.1 85 79 83 N 1 N Z N 2 °í 1 10 0.1 VͱV
11 S7-3 6l.l 62.1 0.5 08 0.6 57 -o.z 9.z 18 91 83 79 10 N z N 2 WNW 1 1 10 lo 0.1
, 12 63-Z 61.1 633 3.1 3-3 -1*3 3.Z -0.9 3-7 2.7 3.0 69 97 73 /M/M/z NKW Z 0 6 0 0 1*0 v±v
13 5<).% 56.7 51.1 0.1 5-7 3*1 9.2. -28 9-9 $9 9.8 89 79 89 0 SW 2 0 10 I0 10 •r
1>t S2.Z $3-3 5Z-3 2.2 9.7 2*1 6* 3 0 9.6 ¥.7 98 85 73 86 V! 1 YISW 2 wsw 2 1 6 3 2.3
15 $3.1 $2.7 31.6 3.7 5- 7 ¥.3 8.2 1.6 9.0 5.6 5*7 67 73 92 W z SW Z SW 3 5 8 10 2-/ *?3 .
16 35-1 37*3 92-7 3- 3 z.9 0.1 lo.S 1.6 38 9.0 3.6 68 7/ 72 W 9 W 9 NW Z 10 9 9 IZ-I «<vuc £CV
17 51.) 51.7 56.) -0.1 -1.6 -z*8 1-7 -1*9 26 3.7 3.9 61 92 92 NMd 2 mw 2 m 3 7 8 lo 3.0
18 ío-5 628 60.0 -0-7 0.3 -1*5 )• 3 -M 9.9 3.8 3.7 100 8! 9 0 NtWz NW z 0 9 3 10 0*8
19 $2.8 $2.1 $z-7 5Z 6.3 5-7 56 -2.5 5*7 5- 3 6*0 86 75 88 MWWZ W 3 SW 1 1 10 10 2.0
20 17-7 95.7 96.6 78 8.7 3*5 25 5.2. 7.5 77 3.9 18 1z 67 IV 3 SVJ 3 IV 9 lo lo 3 0.9 •"f *±v
21 $0.‘) $5.3 $18 2,1 9.5 18 II. 2 1*5 9-1 3S 3.9 73 56 75 IV 3 WdU/3 0 s 8 7 z.f .-W AMOJP
22 $98 62.0 65-Z 6*6 8 3 6-5 7.1 1.6 6.5 5*5 6*1 90 67 89 W 3 IV 3 IV 2 10 6 lo h$
23 61.3 61.1 ÍI.2. 6.8 7-3 5*5 1.0 5*6 6S 7.0 68 88 9/ 99 VI 3 W 3 IV 3 10 lo 6 0*7 •**f
2Í 61.1 61.9 69.2. 5-5 7.8 7*7 38 9.0 5* 3 7.6 6.8 79 89 88 WA/W 2 W 1 W ^ ¥ lo 9 9.0 •*f ^zr
25 m £$.$ 65.Z 7.6 7-9 7-3 9.0 5.9 5*7 6.9 6-8 73 81 89 IV 3 wsw z SW 'L 10 7 lo 1* 2
26 6o8 $6.6 $9.8 6-3 7.1 5*1 lo.o H 5.0 6.0 5*8 7/ 80 87 SS£ 2 SS£ 3 VJ 2 lo lo 10 o-S •"T3 oQM/ec^f
27 $5.2 558 58-0 9./ 7-0 38 8.0 2.6 5*1 51 5*o 89 69 8Z IV / SW Z w z z 7 6 6*2 "*f
28 63.1 61.0 d -5 9.9 7.2. 7*1 8.0 2-7 55 5*5 6*Z 89 73 83 M/JM/J sw z SW 3 7 I0 10 /• 7 mOAs
29 6l'6 (2.3 63.9 8.6 9.6 8*9 8.7 9.1 8*o 88 8*0 % 91 15 WSVilt MW 3 IVJIV2 10 10 10 2-7
30 6f.5 61.1 68.0 lo.o 1-7 68 10. Z 8*1 80 8.0 6.9 87 89 90 W 3 WSW 3 NNWl 1 I0 lo 2*0 mAT3
31 71.3 718 7Z.I 9.7 6.5 3*3 11.6 6.5 ¥.3 91 5*0 67 60 87 0 S 1 SSS Z ¥ z 10 0.8
Middx 155-5 7 $51 756.0 9.7 6.0 9-.Z 77 z.9 5.9 5-6 5*5 83 79 87 2.0 2.2 1.9 7.8 7*1 7*7 81-1
APRIL. Ba r. réd. á la lat. 4S
1 76Z.9 760.1 763.0 6*6 6-2 3.0 68 3,0 6.S 6.7 9.6 1o 19 81 S 2 wsw z Nw z lo lo 2 6.7 •"IVP vdv
2 51.0 60.6 3-3 l.z 2.2 rQ -0-9 9-8 5.2 9.1 83 85 77 N 1 £Nl z N£ 2 7 10 8 /■2
3 62*7 61.5 66.0 1-6 2.8 0.5 5.5 -0.9 9.1 9.0 9.1 80 7o 85 m 1 m z N 2 8 10 6 0.2
-f- 67.0 67.5 67.6 1.3 3.I z.z 3.1 -0.7 35 3.9 3.3 68 51 62 N z U& 2 N& z 8 8 lo 0.9
5 67.0 664 668 2.2 9.6 z.z 3.5 -0./ 3S 9.o 3.8 6$ 69 70 Ni < <? r O 2 lo 1 O.f v^V
6 658 66.1 66-Z 38 73 2.8 5.0 0-9 9.5 5.Z 9*7 73 68 89 SSW l S 1 WNW 1 10 ¥ 6
7 65.7 657 69.7 s.z 8.1 98. 8.0 1.5 53 5.6 S-l 80 7o 82 IV 1 WSW Z NW I 6 / l
8 6x$ 61.7 62.6 6-7 2.0 -0.9 1.0 3*6 68 96 34 19 87 79 IV 2 N Z N 1 lo lo $ 1.5
9 61.6 $9-6 St.8 I.Z 3*t 5.7 7-8 -2.9 9-9 97 6.1 87 83 foo m 1 wsw 2 10 *V
10 15.$ 12.Z 918 6./ 68 3.6 78 l-l 6-2 6-2 S.9 88 87 12 IVJIV 3 WSW 3 WSW z 10 7 8 17.0
n H.l 18.6 98.1 2.6 1.3 Q.3 8.1 08 9.7 3.7 ¥.3 89 72 92 m 2 bl 2 N 1 lo lo 8 3*3 •m*-
12 16.6 96S 98.2 t.o -0.7 -1.6 3.8 -08 3.7 99 9*1 75 loo 100 m z m z NN£ z lo 10 8 0.7.
13 50.2 $1.1 S/.S -0.5 -1*0 -2.5 Z.1 -2.8 3.7 9.Z 3.8 8$ 98 100 N£ z N£ 3 NN£ Z 5 lo 3 3.9 *Vf
11 1i.6 V6.I 91.9 -0.5 -Z.I -1-9 34 -3.3 9.f 3.1 9.f 12 100 too m 3 9UC 3 NN£ z lo 10 lo 3*9
15 31.6 31.1 Ho- 3 O.f 3.3 18 9-1 -3.1 93 9.8 9.8 92 83 11 N 2 NW l WiW 2 8 1 1 7*3
16 16.1 s&Z Sz.9 3-7 9.7 Z.Z 8.Z 0.1 9.9 9.4 9.0 73 71 7$ WSul 2 WSW z WSW 1 5 (. 2 0.1
17 S5.$ 56-6 Sl.f 9.z 7.2 18 5.6 -0.1 9.7 5*1 9.6 76 68 88 Jlv 1 WSW 2 SSv/ 1 S 3 2 o.l m/\r*
18 19.8 W4 9oS ¥.7 3.7 3.1 8.0 hl 6.0 5.6 m N 1 10 10 10 0.8 •M/O.Zf
19 v$8 $1.) $1.1 28 3. Z ht 67 2-6 5.f 5*/ 9.Z lo 89 85 m 2 NW z NW 1 10 lo 0 7-7
20 S7.1 517 91-8 S'l 5*7 3*7 5.5 -0.9 5*8 6*0 56 81 88 13 WSW 2 WSW 2 W 2 lo 10 (, ¥3
21 $6-6 518 60.7 -0.6 0.5 -2./ 7./ -2.1 3.5 3.6 3.6 79 75 92 U z NNW z NMW z lo 8 7 9.9
22 6I.0 $8.0 52.6 04 9-3 3* & 18 -9*2 3-7 9.1 9.z 75 68 72 W 1 IV 2 SM 2 lo 7 0.2 **T
23 33.7 32d) 32.9 3*9 5-5 2*1 5-8 0.6 58 5*5 9.1 15 82 89 IV 2 IV 4 N t lo 7 8 15.0
27 37.2 Vo.l 90.6 3.1 3.1 1*7 7-f 1*5 9.5 93 9.1 11 70 80 Mf z N Z NNW z lo 10 lo 6.5 •MfOf
25 31.6 1o.O ¥z-3 2.7 9.7 3-3 58 0.6 9.8 5.9 9S 85 89 78 mw z NNW 2 NNW 2 10 10 10 2.7
26 16.1 W.o 5/. 6 z8 9.9 1-7 5.5 hl 98 9.Z 3.5 86 66 68 mw i m& z NS 1 lo lo 1 95 A? vfv
27 17.7 38.1 31.8 9.z 74 98 S-5 0.6 9.6 7.2 U 79 19 70 <r<s 3 S 3 JW 3 lo io Ifí o.f
28 3S.Z 37.7 9*8 S*3 68 3.5 8.5 3.2 5* 2 54 5.1 78 81 87 iTIV 2 sw z NW z 5 lo 10 II* 2 *r**Zf2
52.8 $7.Z 0.1 ZS 2 8 7-1 0.2 9.1 3.6 5-0 8z 6S 88 HHW 2 NN W Z 5W z 1 £ lo 9.3
30 57.7 60.5 $9s 7.3 17 7-9 7S 0.9 $4 5-2. 74 61 58 18 wmz W z WSW3 J 2 10 2.7 •"T3
31
Midil 7SZ.1 7$ft.7 752. $ J.o ¥./ 2.2 | 0.5 9.7 98 9.6 82 73 *S 1.8 2.0 1.7 8S 8*3 70 117.0