Meteorologisk årbog - 01.01.1876, Qupperneq 3

THORSHAVN.
JANUAR.
1876
Ðaíf 2'he.rmo niA’/er'. Ce Li- ia.s. Ik ijtifjled-'iíjm/i Damfdriyk, Ba.rome.9er. lín daisBftn. oj Styrke S/a/dffJeJce. Necb. Annuerhn:
8. 2. ,9. M'ddd Jíax. Mn, S. 2. 9. S. 2. 0 S. 2. ,9. S. 2 D. ó\ 2. 9. bór
7. 3.o 3.6 3.6 31 9.5 0.6 71 61 67 95 91 9.0 7170.3 795.5 7530 wsw 21 WsW 2-3 0 i 9 z 19.7 A/
2. u S.l 6 0 Sz 6.5. 13 81 88 87 56 S.i 60 563 56.5 55.8 ssW 1 ssw 1 £S£ / 7 7 6 15 ®2
3. 7.0 79 8 8 77 //3 5.8 n 76 16 61 7.9 8.1 52.6 52.0 516 S£- 3 S£ 3 J£ 3 !o W !o 9 7 • 2.3
k. 10.8 tú 0 mz !oz m 57 85 9/ 87 8.0 8.3 8/ 98.6 59.7 55.6 S 3 ssw z S 2 lo W w 81 •1.23
o. S.8 ‘ 69 69 6.2 /0.8 56 71 7/ 78 59 Si 56 53.5 61.8 69.1 w 3 sW z sW Z m ¥ z /3.7 0>
6. 6.t 7.6 78 79 89 58 78 79 13 58 61 73 67.0 67.8 67l s 2 S 2 s 2 7 8 10 05 0
7. 7.8 7o 5 3 6.7 8 9 7.1 13 8/ 80 7.3 6.1 53 67.V 11.3 l/i sw 3 sW 3 SW 3 w W 8 3.3 * 1
8. 3.0 1.7 ys 9.7 5.8 9.9. 76 76 78 So 9.1 9.1 665 69.8 63.o JSS- 3 S 3 S 3-9 lo W W 0.3 ® 3
9. 3.0 Z.Z 3.3 9.8 33 73 7/ H H 9í 91 63.9 66.8 675 ssd / JVW 1 JVW l w V 5 3.0 • l
70. 6/ 7.0 Sl 7.6 J.6 82 71 89 52 5j 6.3 68.7 í/o.O (ol.1/- ssd / ssW 1 SSW 3-9 !0 W 10 55 • 1.23
/y. 82 58 3.7 5.1 7.1 5.7 10 8! 13 62 55 5.6 51.9 57.5 59.9 wsw / WSW 1-1 0 6 7 /o 19.8 • 2
/2. I.Z 3.6 19 3. Z 9.7 39 66 65 88 9/ 31 96 52.3 639 61.o sV / w/ / JJ 1 7 3 0 26
/3. -n 3.1 2.5 65 -2.0 86 8/ 7t 39 9.6 55 7/7 £9.9 65o 0 JV£ 1 SW 2-3 / 2 /0
76. 7.0 U S.o 6Z 8 8 2.6 65 89 86 9.8 tí/ 5.6 66.6 67.9 áí /0 17 3 W 2 SW / w 9 z 39 • Aj
75. l.t* rz 9.S 10.7 3.Z 7/ 13 88 8/ 8.1 8.0 5/o /þ 598 9p SW 3J SW 3-9 SW 9-5 w W W 10.5 • 113
/6. S9 2.6 3.Z 3.7 10.2 1.8 65 80 75 93 95 9.3 93 3 51.6, 561 IV 3-9 w 3-1 WWW 2-3 7 6 5 25> • L/.2
/7. 1.7 3.7 3.Z 2.8 9,1 09 80 12 13 9o f>,& 59 51.1 su 37.1 £ 2 S£ 3 £ 9-5 w w w 9.7 • 23
M n 3.5 2.Z 25 9.6 !.6> 77 77 77 9o 9.5 9.1 985 98 V 50 0 j/d 2 J7W Z J7W 2-3 7 5 3 96.9 • 23
/s. fo y-.i 1.8 A9 7.0 1.8 12 81 89 6.0 ‘57 99 37.0 335 367 WSW 2 W 9-5 0 5 5 ¥ 9.3 • Z
20 -17 -y.8 -n -37) 21 = 99 73 69 69 28 2.0 20 91.8 H.t 50.7 J/ 3 JTW 2-3 jmW Z-3 5 3 W 5.1 * 1
2/. -n ~°7 -1.0 -l.Z 1.0 -5.7 58 7/ 56 23 3/ 2.9 59.1 56.9 5)6 ar 1-1 jVJVW 1-2 jwW 1 9 3 1 25
22 3 0 38 58 9Z 6.3 -Z.i J7. 10 72 3.3 5.9 9.1 59.6 96/ 90.6 S 1 s 3 sW z w W JO 1 z •13
23. 5% 59 61 6o 10.1 3.3 72 12 67 9.1 62 S.o 951 3 Si 3Jo 0 SW 2-3 S 3-9 W 9-5 10 lo V 13 0 •1.2 'Jj
M. Sl n S& 59 7.8 ).á> 75 7/ 67 Si 9 7 95 909 50.5 558 W 3-9 W 3-9 WSW 3-9 7 9 6 21.0 • 113 L !3
23. 1.0 1.0 9.2 10.6 99 11 88 12 8.1 7.5 7.8 97. z 98.7 91x ssW 5 SW 5 ssW V-S w W to 15.5 • /.23
26. 88 8o 89.. 89 1.1 7.7 11 88 81 7.6 7.0 7.3 9J.1 915 52.2 sw 3-9 wsw 3-9 sw 2-3 /o lo W 3/3 • 123
27. 7.0 8.8 89 8.7 /O.o 79 86 88 86 73 79 7.0 51.7 53.1 59. v sw 2-3 SW 2 WSW 2-3 7 w 5 5.0 »3
23. Í7 6,2 58 /s>J ?.o Sl.. 72 72 75 52 5i S.i SS.o 58.3 58.1 sw 2 vy 2 SlV l 7 ¥ 3 0.5
20. A7 8.0 1.6 8.1 1.8 5.1 88 88 78 6.5 7.0 61 55.1 52.5 Slo s 1 S ' s z W 10 /0 03 • 2
30. 80 7.8 7.6 78 IO.i 7.1 88 88 85 7.0 6.1 Ú> ío 53.2 59.3 596 ssw 1 s 1 s / w w W 2.1 • 3
3/. S.8 8.8 8.Z í. (o /0.3 5.5 78 1/ 85 5.3 7.6 61 50 0 98.1 95.1 SsW ÍL SW 2 s- 31 5 10 Z H.(d • 2
MidcL Si Ss S.i S.3 7.8 5.0 80 SZ 81 S.9 S7 Sé 75*1.3 7SSj 75S.I :2.3 u 13 8.0 7.1 47 17&3
FEE JRUA R.
7. 8,8 ...5.9 3.8 7.7 .9,3 S.z 88 79 88 79 91 79 7 VI. 2 79 3 6 793 8 JSW 3 sw 2, ssw 3 w 6 6 3o •123 A 3
2. 3.1 v-.z 3o 39 88 .97 83 73 78 9l 9.5 99 93.0 901 3 8.0 ssW 3 SSW 1-3 SsW 2-3 5 5 5 71 • A 1.2, •¥: 3
3. 3.1 39 0.6 29 9.6 0.7 8/ 76 78 9-7 9.s 3.8 55.0 93.1 51.8 w 2-3 JVW 1-2 jit 1 6 6 5 69 •'*/.£
3. l.z 1.76 09 l.l n -07 73 75 73 3.7 3.8 3,7 6 l.v 69.3 665 sn7 2 wwd 2 jr 1 5 z Z 21
3. -2.8 Z.O Z.8 0.7 3.0 -19 85 78 17 3.2 9.2 9i 67.i />/>.! 63.8 W 1 s J ssW 1 5 5 8
6. 50 6.Z 6) o 5.7 Is.lo 19 15 91 66 6z 6.5 96 621 63.5 691 SW 1 SW SL SsW 1 7 7 W Í.Z • 3
7. S.8 6.8 19 5.7 l.i 58 73 8Z 76 6.9 61 97 661. 65i 69.7 ssw / JSW / SiV l 8 8 3 03
8 Z.o 1-.6 2.8 3.5 5.0 1.6 87 65 78 9.6 9.1 9.7 62 z Gíío 62.i ssW / ssW / sW 1 5 ¥ 5 • 2
9. 3.0 5/ 9i 9.1 5.z 09 88 82 82 So 53 So 61 X 60.1 iO.8 sse / SS£ 1 S£ 1 1.0 W ¥ iz • z
/0 1.6 S.z -09 Z.l 56 09 87 79 10 9.5 9.1 9o 515 636 69i S£- / 0 0 5 9 I °1 \Lt
77. 2.6 y.i Z. 3 3.0 99 -09 81 68 75 97 9.1 9.' 6)8 60.2 51/ 2 -W£ 2 -Y£ 2 6 7 5 • Z
72. 3.0 3.1 .29 3.1 93 1.6 69 70 87 3.7 9.3 98 61.1 62.0 57.8 SS£ Z £S£ 2 5 / 5 5 JO 5.0 • 3
/3. 2.5 3.6 39 3.2 3.9 1Z 71 75 65 9.9 99 38 586 58.3 58 V £S£ 1 £S£ Z £ z 5 9 lo 2.6 • 3*2
/0. 25 3 Z 2.6 2.7 3.1 l.o 71 66 65 9o 38 3.6 58.3 S7z 55/ £S£ z £S£ Z £ S£ 2 6 8 1 3,5 * 2.3
/3. J.Z 2.1 3.Z Zz 3.6 0.3 87 82 81 9.9 99 5.1 986 99.7 91.9 £S£ 3-9 £S£ 31 £S£ 3 7 W w 6.3 • 3*1
/6. 58 6 3 Sz 58 7.0 d! n 11 12 /d H 65 61 31.6 31.6 9/1 £ 2 J£ / 5V£ 1 Jo W 6 9.z • 3
77. 3.8 7/ Z.1 9.6 7.6 39 12 7/ 82 55 5.9 9.7 928 9Zo 92.5 0 (7 JV£ z. 8 i z 2.0 Ö
78. 09 oz -Z.1 -06 3.3 -0.2 70 8/ 73 23 28 2.8 ‘72X 311 38 0 05£ l -vw£ 2 JJW£ z W 7 7
79. -56 -5.7 -68 -6p -1.1 -5.6 77 72 75 2.3 2.1 lo 90. V 93.5 96.3 SV 2 2 JV / 8 1 7 0.3 * i.z \k
20 ~8.z -2.1 -1.0 —38 -1.0 -8.6 38 63 79 0.1 2.5 32 50. V 52.3 5/i J/ / sW / sW / 0 8 3 /0
27. 3J 59. S'o 9.5 52 -2.5 41 87 19 9/ 5.7 á>, / 905 5l.o 35z s l x 2 0 lo W W •1.3
22 /9 19 05 U 59 1.3 80 79 78 90 38 3.7 37.0 986 91.1 993 1. JV z AYJ£ 2 /0 W 5 1.8
23. -Z.z -0 8 — - Z.0 -27 6! 88 - 19 38 97.0 51.6 / wY' / -V / J Jo w *18
JJ -35 M.7 -6o -9.7 -0.7 -5.1 .7.9 12 66 2.6 Z.o 11 59 e 60.6 6/1 -W 1-2 W 1-2 JT l-z 5 5 z 23 * 1.2
25. -39 09 '9 -09 23 -67 85 66 66 3.0 2/ 3.5 565 56/ S9.Z wwW / £ 2 £ 2-3 5 5 7 2Z *k 3
26 1.0 3.1 1.5 )9 3/ -01 80 51 69 9' 3 9 33 SU 501 50X 3 W£ 3 J/£ 2 5 6 9 30 \k
27. Z.6 '9 08 1.8 3 9 05 ÍO 89 87 23 Vi 9z 99 3 91.6 51.1 £YC 3 £W£ 3 SW£ 7 9 6 lo *2
28. 08 Z9 Al 1.0 3.5 0.6 87 85 62 9t 97 3.5 S/dA 568 55.0 £Y£ 1-2 £Y£ !-Z £ 2. 5 5 W S.¥ *z
29. 23 Z.5 Z.8 25 3.5 12 72 V 72 31 So 9/ 961 93z 921 £S£ Z £S£ 1 j/W / <0 10 ¥ 06 • 23
30
37.
M/M /Y *7 n Zo H -O.z V 7(0 77 H 7.3 7z ISZz 75% 3 7519 J.8 J./d J>9 4°j h JV:i