Meteorologisk årbog - 01.01.1880, Blaðsíða 8

THORSHAVN
NOVEMBER,
1880.
risrs* Tkermo mster. Ceís vuat. Fiu/U(j/uJ.ujraá J)amp/jyfty B curometer. VmMaiA'JUlri, ojS'Ljrkc Skj, idffJWce NaL. bÖr Anma’r/m:
8. 2. S. MidM Maoc,. Mirv. 8. 3. 9. S. 2. 9 5. 2. ,9. #> 2 9. S. 2; 9.
/. 16 ).Z 02 io 28 -55 59. 73 76 3.1 3.7 3b 765 6 767.o 1665 M I // 1 0 0 / s 9z.
2. zq Y.z 9.2 3.7 2-9 -55 8o. 32 76 9.6 51 9.7 6)o sp 58.8 Si/ i ssW ) S / 10 )o S Í.7 • AS3
3. ‘t.'t 9.9 6.8 52 Í3 2-9 85 82 73 5.3 5.) 55 62.0 69.0 6)0 WU l 0 W 2-3 6 7 io 37 m
A °)H . 11 6.6 8.9 U.2 25 88, (>/ 96 7.7 52 7.0 553 56.7 58z •Uri 9-5 jrW 3 W 2' w 7 >0 6.3 •
S. fí. 9.5 (o.o S.i //. 3 58 26 93 97 7.5 8,1 6.8 556 561 56.0 W í W i ws 1 to lo w 2.3 •
6. °).o 9,7 I.6 5.i 11.8 9.8 77 62 89 66 9.0 9.3 558 98.9 52.8 W / WwWí-3 0 8 3 3 99l •
7. Ö.Z. -i.& -9.9 -1.8 91 O.o li 71 79 36 3.0 2.6 575 59.6 65.1 MS / W5 1 ■w / to 5 (d *.
8. -1.9 Z.9 -l.o 02 -5.8 65 78 87 Z.Z 3.1 58 68 2. 665 58.2 /yW / SS 1 ww 1 3 )0 w 10 •3)3
9. 36 61 3/ 5.1 6.8 -3.6 83 72 90 56 5.2 5. / 39.7 97.7 558 JW 2 J/ )-z j,rW /- 2 7 S 6 zso •i.z
fO. 06 S.9- 5.9 9.0 7.0 ot 99 33 89 5.5 56 58 56.8 S98 53.8 0 sW 1 SvJ 1 9 10 IÖ 0.2 m 2,
//. 7.6 9. Z 8.I 8.7 8.0 0.6 96 96 81 75 8.3 65 98.9 93.6 99.0 S I SW 1 WsW 2 10 10 (d 3.(> •1.2
/2. 7.6 7.6 9.9 6.1 9.8 5.9 88 9» n 6.8 1.0 6.0 91.0 9)9 9 O.q nWz-3 WsWz-3 WW5 1 7 7 10 133 • 1.23
/3. 2>.i 0.8 -1.8 0.7 8.5 2.8 90, 83 89 51 9.1 3.9 359 39.5 922 M 2-3 1/ 2-3 M 2-3 lo (p 178 • 1*23
Pf. -SM -69 -6o -59 3.6 -59 78 loo 79 2.9 2.8 2.3 991 99.7 95.7 M 1-3 2 J 23 3 9 7 28 * 1.2.3
/S. —?.z. ~(d.O -7.9- -75 -55 -9S 72 7/ 81 1.6 Z.l 27 98.9 98.8 p.O JYrt 1 W 1 M 1 2 Z t 3S
/6. -38 -17 -0.9 -2.1 -35 -9,6 75 80 (n 2.6 3.2 1-9 967 99.9 YS) Jd 3 Jr 3 W£ 3 á> (p 7 08 *I.Z3
/7- -)6 -/.8 -32. ■-L9. -0.8 -3.9 66 68 77 27 21 3,0 99.1 959 95.7 1 d/£ 1 W& , 5 ÍO 5 5.5
JA. -2.3 -23 -9.7, -3' -)2 -5.0 53 73 88 2.0 2.8 2.1 97.0 99 2 523 MYS 1 wwe / wws-) z 9 3 *Z
/ö. -2>.o -Z.& Z.9 -1. i -l.o -77 70 72 63 25 3.9 56.5 575 57.7 ur )-z w 2-3 WW 3 9 7 7 25
20 ‘t.-b S 6 58 58 -3.9 02 57 77 38 36 5.2 5°). 7 60.9 601 W 3 w / sW )-2 7 á> 7 O.i •
2/. <oH 6.8 6 2 6>.£ 6.8 3.6 68 68 60 5.9 S.o 9.3 58.9 58.6 637 sy/ 1 SsW / SSW 1 7 lo 10 01 •
22 ■ H S.9 59 5,8 7.0 5.9 82 77 85 5.2 51 5.3 592 57.2 538 S 2-3 -í 3-9 s 3-9 z S 10 01 • 3
23. 56 6o 56 5.7 6.0 3.5 77 89 77 S.2 58 52 965 99.0 9j. 3 St- 2 S£ 2-3 SS 2-3 10 lo 7 36 •
,M, 6.8 7.2. 57 6.6 8.0 5o 87 79 72 6.9 60 í.o $(o.h 99.2 390 ssWz-3 S 2-3 SW 2-3 (d 5 7 26 • 2
JL 7.7- 55 Z.8 92 8.2 26 85 82 80 5.3 55 H.(o 28.3 27.9 396 J/ 1- 2 J/W 1-2 W /- 2 7 6 3 6.7 •
26. 72- 7,9- 10 S 71 7.9 l.l ,93, 90 $7 7.0 (fiOj 6.9 3os 182 >77 SS 1-2 sst 1-2 w' 1-2 10 lo ln 06 • /3
27. 56 6.2 6.5 0>. / 78 9.3 86 18 78 5.9 5.5 56 30.9 385 99.0 W 3-9 W 2- 3 sW l-z ifl 7 á> Zli • 1.2
2S. 9.6 9.o . 8.0 85 10.5 ^.(o 86 79 73 7.6 6.9 59 33.9 30.9 33.7 SsW9-S SsW 5 sW 5 lo 10 7 216 •I.Z3AÍK3
2& 6.8 68 6.9 6.7 10.2 53 73 78 8) 5.9 5.8 58 91.5 93.2 97.3 SW 3-9 SW 3-9 WsW 3-9 10 7 5 7.7 •I.Z3
30. Sl 5.9 0.8 3.8 8.2 25 78 77 tyfp 5.1 5i 9.7 556 575 S8.0 WSy) 1-2 WsW 1-2 0 7 3 9 2.9 •Al.2
JL
Midd. 3.3 3.6 1% 3.2. 5.7 -0.1 1°) 78 81 jOj n im 750.0 1.) ll l°! (ti k* k%
DECEMBER.
/. Z¥ 25 1:7, 22 lo. t 03 80 80 78 9.5 95 91 755.3 7598 7 521 u/e, / M / 'w 7 T 7 0.7 •
2. 0.8 00 -1.2 -O.i 9.0 0.5 83 6.9 76 91 32 32 63.2 692 (o/. (3 j/ 1 AW/ / W/ I /0 )o 9 0.1
3. 0& M, 6.3 3.9 1.0 -3.5 ,80, M. 99 38 55 6.7 60 6 57.3 55.6 ÍSÍ-1-2 «25 2-3 S£ l-Z lo io /0 • 2.3
/f. 5M 8.9 7.0 7.8 0 6 7 o 92 96 5.) áZ 8.2 60.3 6)9 57.7 w / 0 S£ 1 10 8 10 83 • 3
3. ...ÍT, 26 /01 9.3 10 0 ?3 .98 89 81 8r 7.8 59.9 S9o 62.9 ssW 1-3 SW 2-3 WsWi-3 10 10 6 n 9 • 113
6. 9,T, 8.i 8.9 8.6 108 7.8 72 12 8,5 63 58 69 5Z.5 555 601 Wsr/95 W 9S W 2-3 7 7 7 8.2-
7. 9.9- 10.9 II. z /0.3 lo.l 6.7. 93 99 ojO 8 2 8.8 8.9 562 505 986 sW 3-9 SW 5 sw S to 10 7 0.7 • /2.3 =12
8. 79- 58 5o (d / 11.8 7. / 90 69 97, 6.9 99 6,3 99.6 51.2 53.3 Y/ 1 W 2-3 W 2 /0 7 <r /38 • /.2.3
9. Ío 55 3.8 77 2.9 83 85 95 9.7 9.8 65 S75 585 511 J i £ 1 S 2-3 lo 10 10 109 • 3
/0. S~.á> 3.8 2.6 90 V 2.3 57 65 70 3.8 39 39 9)6 961 557 W 9-5 W 9-5 W 3-9 10 7 9 218 • 1.3 kl
// 6.8 5i 2.8 59 6 8 0.1 8.5, 60 80 6,2 3.9 9.6 39-9 39.8 392 SW 3-9 W 95 w 95 S 5 9 'P •1.13 123
/2. 0.3 09 1.0 0.6 7.0 -0.9 66 10 90 3.< 3.3 9.5 9%3 52.2 97.8 JYpWZ-3 SW 1 SsW 2-3 lo S 10 L0O *l
/3. ).! -0.3 -2.6 -06 30 -0.7 7.9. 79 8) U 3.3 30 99.2 50.1 91.9 j/W 23 J/W 2 -YW 2. 3 3 s 96 *)Z3
79 -¥.o -3.0 -3:9 -3.6 2.0 -9-7 71 72 69 2-9 2.6 23 S9.8 58.9 58 7 W X W 2 1V 4 á> 3 2 73 *.!Z
/3. JJL -3.8 -3.8 -3.8 ij -8-7 új - 89 1.3 — 3.0 565 SS3 S6 3 J/ 1 W/fS- 1 W 1 5 9 3 06 *23
/6. -29 -o.8 -38 -28 -28 ~6)(o 87 83 89 2.9 36 3.0 87.1 53z S3.6 J ) IW/L ) 2 s S 5j 0.7 ■XI.Z3
77. -8.6 -9.2 -8.Z -&7 -0.2 ~8.8 .79, 72. 82 1.8 1.6 Zo S8.1 575 59:8 J 1 1/ V W J-2 10 w iO 38 *Z3
78. 2J) 3.5 3.7 37 28 ~9.6 loo 82 78 5.3 58 9.8 9Zo 37.1 38.7 &/Í. t £ 39 £ 3-9 /O 10 6 I6.7 • /.23
7S. 9.0 25 2.1 í<) 9.3 U 58 82 75 %6> 96 9.0 39-1 90.3 932 iWE-Z-3 -W£ 2-3 W£ 2-3 w 10 5 6.6 •/.2,313
20 -1.8 -9.8 -62 -5.3 52 -L9 70 88 66 2.8 28 1.9 97. S 99.7 S) 7 /J t ^ i W 1 10 6 2 3.9 *Z x±t3
2/. —3. (o '3.7 -2.6 -33 -1-7, -6.7 67 76 77 23 2-6 2-9 55.5 57.2 57.7 M 1 M l-Z W 1 3 7 8 o.% * / 23
22 -o.l 0.2 0-5 -0./ 1.8 -9.7 77 73 89 33 3.5 9.2 57-1 56 0 532 M 1 £Wt /-2 WS 2 /0 6 2 . 3-7
23 OS -Z.6 -56 -2.6 1.5 -22 90 70 65 9.3 26 1.9 51.7 57.9 50.7 AS Z-j W£ 1 WS 1 6 6 3 21 */. 2 Jt3
,M -9,2- -7.0 0.9 -53 0.8 -9-3 78 81 70 1.7 2.2. 9.3 95.7 96o 953 0 0 -r' 1 J ) 7 0.7 * 3
-/.2- 0.0 -1.0 -0.7 0.8 -9.8 67 72 86 28 33 3.7 96.3 95S 9SS J 1 JY J W 1-2 5 5 io 27 * /.2.3
26. -19 ~Z.(o -3.3 ~z(> O.o -25 82 79 82 3.3 3.0 2.9 96.6 967 962 0 0 w 1 lo 3 3 95 ^í3
27. 1.0 1.6 0,2 07. 1.8 -S9 87 87 69 93 95 3?. 92.8 905 923 SS& 2 SW Z-3 SW 2-3 w )0 9 01 */.2»2
28 0.8 20 20 1.6 2.0 -1.9 66 77 98 3.2 9.1 5.2 95z 99.7 95.7 W z-3 W Z-3 ssW 23 7, 7 )o 7.6 •3
2A -0.8 -1.2 -1.7 -1.2 3.8 -0.9 90. .90 78 39 3.8 ■3.1 97.5 96.7 97.0 Ml 1 W£ J W l 10 10 9 7.5 *12
30. -3.0 -3.1 ~3.6> -3.2 -0.8 ~53 80 78 7/ 2-9 28 ls 97.o . 96.8 SO.7 J/ 2-3 S/ 2-3 W 1-3 7 7 8 l.o #/. 2-3
JL -Z.6 -0.5 5.9 0.9 -1.7 -9.6> 60 81 96 23 3.6 5.9 SSf 55.2 52.0 JW / 0 SW l-l 7 7 10 1.0 • 3
MiM O.S 0.8 o.q 0.8 3.7 -VL 7 S K) S3 ‘iO H-A 75// 75/. 0 1501 %0 1.1 1.1 íf Wj <>X m.&