Meteorologisk årbog - 01.01.1881, Síða 46

5%.
GODTHAAB. JULI. 1881.
Th&rmontete* *. Ce*ls izzs. Fii/jti//he./is<jrm Tamptryk/ 11 /tv 0 meter. Vindeibslletn* nyS'/jjrhr S7cj rd/ehhe. NaL. iör Anmarhu
jJlUJ 8. 2. 9. Mtddel Ma/e, Máu 8. 1. 9. S. 2. s S. 2. 9. S: 2 9. ót. 2. 9.
/. V . /s>. t Z.8 6.0 - - 71 12 56 thj S.o k& 156.0 757.1 7sy.6 5//í z S 3 s 2 0 0 2
2. 8.0 s& 1.8 S.z - 72 13 88 5.1 5.0 9b SS.S 59.8 S9.o £d£ z i/sW 2 S 3 1 e lc =3
3. S.Z 7.8 9.0 S.7 - 80 61 82 S.3 9.1 5o 590 SS.7 58.0 S 3 S 3 S 3 8 1 /0
//. S.i S.l (S.o) (S.i) - 80 82 Sz 5J - 51.6 6O.0 60.z S 2 S 3 S 2 10 !o io = Z
ð. (6.o) 8.Z 9.1 (6.i) - - 70 89 *'* 5.7 S.t 58.7 S8.7 S6.5 51 / A7/ i WW 2 ío 0 0
6. V H-.z 3.0 Sl - - 76 82 87 6.6 5.1 9.6 53. y S5.0 555 SM& / s y S 3 1 lo 10
7. 91 9' 6.3 6.8 - - 87 72 68 5.7 6.Z 98 S9S 59.0 53.8 J l s 1 £W£ 1 lo 10 1
S. 7° (90) 69 í 76) - - tl7 - 89 3.S - 6.3 SIJ 52.9- 52.8 £5£ 2 wrt z J/W Z 9 2 0 =3
e. s.r 10. 6 3.8 69 . - - 87 66 12 6.0 6.0 55 Sb.O 56.6 S6.8 i/sd 1 v/sd 1 wsW 1 10 0 to B/-Z3
/0. 3.1 130 9.8 7.0 - 0.6 13 Sl 81 s.3 £7 52 59.7 52.0 50.2 W£ 2 0 s 1 lo 0 3 = 1
//. IO.S 9o 7.o I9i 13 71. 61 87 57 6.5 5.3 97.6 96.o 952 0 WsW 1 SW 1 1 0 1 = !
/2. b. b 8.6 9.7 6.6 I06 l.i 85 68 »& 6.2 5.7 5.5 99.3 93.2 93.9 ð'd 1 W 1 Wt/ 1 10 3 0 = Z3
/3. 3,8 M 3.Z S.9 ll.i 2.5 9 3 68 12 56 51 S3 96.8 95.0 96.8 wsd 1 W 1 0 lo 0 10 = J
/6. Z.9- 8.S 1.6 9.z 76 O.S 93 Í1 19 SJ 5.7 91 98.7 98.7 SO.b 5Y£ 1 r/svZ 1 y/svZ 1-2 lo 0 10 = 1.3
/s. Z.d 9.3 2.6 3.1 8.8 -O.Z 19 82 13 S.l 5.1 5.1 SZ.7 SZ.9 Sz.z svi 1 WSW 1 0 10 6 8 = 1
/6, M S.9 Z.Z 3 5 5.0 0.3 13 78 13 Sz 53 5,o S0.6 50.9 51.8 Wsw 1 WsW 2. WsW 1-2 1 8 lo 0.1 •
u U Z-7 3.3 b. 1 01 V 80 81 SI 5o 50 SSZ 565 57.7 sW z sW l WsW / \0 lo 10
M ?.s 8.0 3.0 S.z 5.7 2.1 1.0. 12 13 57 5.8 53 58.7 5p 60.0 ssS- 1 0 0 lo 1 Z
/s; 7* 13 8 1.9 r.s H 1.0 76 72 79 S8 8.5 6.0 S8.6 570 555 5i£ 2 55£ Z WWE 1 0 0 0
20 7.2 65 Z.9 5,9 19.9 2.5 77 7S 13 51 59 Sj 55 0 S5S 56.8 sd Z sSv/3-9 .sV 3 0 3 10
2/. 3.7 S.o 3.6 91 7.5- 1.3 75 83 12 S.7 59 5V S&.o 59.1 53.8 w 1 J/W 2 W 1 lo 10 10 1.6 • 1.2
22 (t> £• loz 8.z 8.2 b.íL 2.1 85 67 19 £>.0 6.2 io SZ.o Stz S3.o 5W£ 2 jwW z W£ 1 0 2 0 0.1 =.1
23. %% 13.6 12 0 II. 6 IZl 27 79 53 69 6.9 6.2 b.b 5SM 555 556 55£ Z WW£ 1 0 0 0 1
M 11,2, 13 9 7.S 10.7 17,1 8.0 61 52 79 b. I 51 58 S5.7 S70 51.3 J/£ 2 S 2 SSW 2 1 1 w
Jfó. 79 7S 3.0 £1 I9.i 9.5 7.3 73 13 56 56 53 6,1.0 60.6 515 2 SW 3 SSW 3-9 1 3 )0
26. S.l H.S 9.6 9.7 8.7 2.1 86 16 17 56 60 (b.t Sb. 6 53.8 52.7 S 3-9 s 9 S 3-9 iO 10 10 1.1 • 1.23
27. S. 7 7.z 3.7 ss 6.1 Z3 90 72 18 6.1 59 58 S9.7 53.3 53.1 S 2-3 S 2 s 2 lo io 9 l.i •1.2.3
2-r. SM 7.z S.O S7 8.6 1.9 81 86 86 6.0 65 56 55.8 SS.o Sdo £W£ 1 sw 1 s 1 1, 1 lo Z.l
2,9. 8.Í U M 6 z loi 3.5 69 19 16 59 b 0 bl 50.2 9%8 99.1 5 5 S 3 S 9 lo 10 10 • /2.3
30. 9.8 62 9.9 51 n 21 87 1o 81 5.6 69 55 50 9 50.5 51.3 S 2 Wsd 1 WY£ 1 10 lo b U6 • I.Z3
■Jt| S.O TSiL 9.1 b.2> 6.8 2.0 19 75 15 6J 6s 58 50.3 50.2 5I.Z 55E 1 jnz 2 WW l 0 0 lo 0.3 = 1
Midd, s°i 8.0 H. (.0.1 ~ ~ 81 12> 81 Sá 58 Sl ISd.CJ 753V 7 53J 7-7 1.6 hl k.S 66 3H
AUQUST.
1. 9.Z 9.z 3S 56 77 Z.S 13 15 15 S8 65 7Sí.z 7SZ.z 753.0 5Y£ 2 JOWSI-Z 0 10 0 10
2. i.z, s.s S8 9.8 16 '7 15 13 12 SS 62 69 SSs- ss.o 59. Z Jt» ' 2 S 2 0 lo lo 10 • 23 =/
3. 7.0 7.9 86 7.7 7.6 3.2 81 1> 12 6.7 7-0 7.7 50.7 968 951 SW 1 3 1 S 3-9 1 lo lo 1-9 • 23 1?1
b.7 9.8 9.9 53 91 69 V 97 16 67 6.2 5.1 95 3 97.1 98.7 s 9 S 3 S 3 lo lo 10 I9S • 1.23
S. S.7, 6z- 9.3 Jt±. 6.7 3.0 10 .88 10 5.6 62 56 so.i S3.Z 551 S 3 SsW 2 sW / w 10 1 62 • 1 =23
6. 7.8 8.8 M 72 7.8 23 7/ 7b 71 56 69 52 S3.I SU 986 £W£ 1 SW l ssW / 2 b 5
7. (o9 l.z 9.2 S9 98 9.1 76 83 16 S.S 6.3 51 96.7 961 971 0 S Íi S l-Z 10 10 10 • 2.3
8. S.6 7.8 S.8 6.9 86 3.9 81 81 n bl 69 59 96.1 965 98.1 WW£ 1 0 WW£ 1 8 8 9 1.8 • 1.3
9. $y. b.Z 5 6 99 VVi 1.6 10. 11 10 S.2 56 53 SZn 593 596 5 1 JZ£ 1 0 10 10 l 09
/0. sr 6 / 3.0 98 68 2.9 71 $7 13 b.t 6.1 5.3 S5j 55.8 S7.0 0 0 0 1 10 3 = 3
// Sj .11 1.9 Ss 7.6 2.3 12 75 13 61 6 9 9.7 S1.9 60,1 6Zs 0 v/SW 1 WSW 1 >0 1 lo =1.23
/2. ..3.3 68 u 9o 11 - 0.1 12 80 96 53 51 51 69.2 69Z 695 WY£ í WsW l.z 0 0 0 10 =1.3
/3. 3.2 U.o 9.6 6.3 7.6 0.9 17 63 87 S6 62 51 63.3 60.5 6 05 Wsd 1 J/£ 1 0 lo 0 0 03 =1
/9 9.6 69 3.S 9.8 11.9 2.7 16 86 93 6.0 bj 5.5 60.7 lO.o 59.7 JirS i-z 5£ 1 0 10 lo 7 = i
/S. 39 9.7 323 9.0 8.2 3.0 13 10 95 5.7 58 55 Sf 6 51.7 60.Z 0 wsw 1 0 10 10 10 =3
/6. U 19 38 So S.l 3.2 17 86 13 bó 6.9 5.6 61.7 61.1 623 sw 1 0 ^ 1 10 1 3 0.2
/7. Í.8 8.3 S8 70 86 1.5 1o 81 89 66 66 5.7 629 60.S 58,9 W£ / 0 s z 9 1 lo o3
/8. S. 3 7.8 S8 6>3 II. 1 Sz 9z 86 19 b. 1 6.2 65 Sb 3 $b b SSj s Z s 3 s 3 iö 10 10 05 • 1.23
/9 SO 97 9.3 9.7 8.1 9.5 79 16 17 6,1 b.l 60 S6i S8l SOj.z s 3 S 3-9 S z-i io 10 10 5.8 • I.Z3
20 u 7.2. 5.0 5.6 56 3.0 n 76 89 S1 5.7 55 60.1 59.8 57.6 s & s 2 s 2 1 1 W 7.9 = 1
2/ S. 3 S8 S.Z 59 7-3 91 16 19. 17 6.3 6.5 6.9 S8J 60,2 60J s 3 s z S l-Z 10 lo 10 Z.5 • 1.3
22 S.z 7.6 9.0 96 b.J M 11. 12 88 6 9 58 5.9 6I.0 60,8 51.9 S 1 s 2 S 2-3 10 10 1 3.3 • 3
23. u 6.0 3.2 9.S 52 26 17 88 13 60 b.l S.9 60J 59.3 582 S 1 0 0 7 6 b 9.1
M V.2 7.S 3.8 52 8.1 3.0 92 17 1° 57 5.1 59 S89 585 60.3 5 1 W/rtZ 1 WYW 1 1 9 lo
-Já. 3 6 7.3 3.Z 9.7 ij -01 1S 79 15 56 60 S.5 60.3 515 55.2 WsW 1 WsW t SSvi 2 5 10 io • 3 =i
26. íV 6.0 93 S.2 n 2.1 19 19 81 63 6.6 S.9 97.3 98,9 51.2 S 3 S 9 S 3-9 10 /0 10 IS.o • 123
27. 3.S 3.7 3.3 3S 6.9 2.2 10 15 18 53 SJ S.7 SZ.o 53,1 561 S 3 s 9 S 3 lo lo )0 IS6 •1.2 3
26. n 8.S 9.S sr 98 M 90 bb 11... 58 5.5 56 57.1 55,6 S5o J/£ 1 ■YE l W£ 1 2 l 3 7-9
29. sr 10.9 3.8 6S 8.5 3.1 86 51 13 S.8 56 56 £39 £3o SI.5 J/£ 2 AO/£ 1 0 1 1 1
30. S.6 7.6 3.5 S6 109 2.9 8S 73 88 58 5 7 52 50.0 985 98,7 JW£ 1 -'K / Jf 1 1 lo lo
^Kj y.t 9S i. 3 33 82 32. p 10 % 5j S.7 W 92.1 90.3 93.3 J/ 2 WWW t 0 10 10 10 39 • 1.23
Midd, H-oj (o.q V/ 5T3 S.ÍL *■? Vi S-1 6.1 S(o 75^3 1S5.0 155)2 1.5 ís 1.Z SZ 7.6 7-S yo.3