Meteorologisk årbog - 01.01.1880, Qupperneq 46

GODTHAAB.
«JUL!
1880.
TheJ'mo mcte.i Cels ius. í‘hjfUtj/)tJsqi‘HO Damp)ry/i B œroTne/ et’. VútfDns Retn,otj Sújríw. Shj ttl/rÁJee, Ned,
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j. 5.3 b (0 5z 51 10.1 ¥5 11 88 10 6.0 6.9 60 751.1 7592 7592 S Z-3 s z S 1 10 10 10 6.3 • 1
2. S.6 58 ¥.5 5.3 7.o ¥5 97 16 16 6.6 6.6 6.0 H9.9 ¥1.6 ¥<J5 S 23 S 2 0 10 !o lo 6.8 9)Z =3 1
3. kj 7.1 ¥.3 58 6.2. 3.8 90 81 .97 6.3 (d.(s 60 50.3 5)8 S9S S !-Z S 2 S 2 10 10 /0 0.7 • 23
6. s.s 8.1 1J 72. 7.1 2.5 8¥ 76 10 S.l (pM 53 58.1 519 60.0 S Z S 1-2 S 2 1 1 ¥ 1.2
5. 11.3 l¥.S il.l /2.6 11.3 50 68 96 68 68 56 7.1 615 62.3 60.3 SS l 0 J/WC 1 3 1 1
6. lf<l 16.1 °n 13.8 169 2.3 56 ¥1 16 7/ S.l 61 60.9 571 58 2 1 £W£ l-Z S 2 8 9 10
7. 8.1 8.8 1.5 8.1 /7 0 7/ 12 88 n 7.H 7¥ 7.5 6O.1 60 3 5j.9 S Z- 3 S 1 ssW 1 io /0 to 0.3 • /.2.3
8. 1.3 . n 9-5 1.5 10.5 5.1 16 82 18 8.9 80 86 58.9 59.9 52.9 0 ssW 1 ssW ) 10 10 lo ks • / =23
9. 8.5 7.3 8.3 119 (þH 12 81 13 8.1 7.6 7.1 Sto 53.1 591 ssW Z sW z ssWi-Z 10 8 lo 1-0 • /.23
10 8.6) 8.5 6.8 80 9-5 55 V 96 16 7.5 7-9 11 59 3 52.1 528 5 2 S 2 s 3 10 lo 10 0-1 • 23
// S.& 8.' 5.7 65 9.9 ¥.6 93 85 16 63 6.8 65 60.3 62.0 6 /S S 2 S 2 0 10 1 lo ¥.5 «3
12. 2.6 10.7 9.8 91 8.6 9.1 15 85 87 7,1 8.1 7.1 57.8 5S.Z 51.3 sa z Jf£ 1 £W£ 2 io lo 1 23 • /.2.3
r 13. .. 11 78 8.1 8.3 1) z 7-8 92 18 18 7.1 7.7 7.8 50.i 98.8 51.9 Jf£ 1 SW 2 S / 1 10 /0 ).o • /.23 =2-
10. 1.6 8.9 5.z 11 1Z1 6.z 19 8Z 9¥ 7.3 68 6.2 561 60 0 63.5 S 3 S 9 J 2 \0 9 10 3/ • /.3
15. %S )Í6 IZ.I 11.9 75 51 86 11 69 7.9 7.7 7.3 6Z.9 59.3 55.2 S¥£ 1 W£ 1 JZ£ 2 1 1 8 0.9
16. n.o I3.i J.3 11.5 tz.i 6.z 63 77 87 6.5 8.6 7.5 57.0 561 559 0 WsW / 0 1 3 1
Jl- V J-9 2.5 1.0 /3. / 7.6 81 87 n 7.0 7.5 7.8 56.8 578 57.2 ssW t 0 £J/£ 1 1 10 10 • 3 =2
M 8.z 8.8 11. 2.Z lO.I 5Z 81 81 8Z 7.0 6% 6.9 6/.7 63.6 6Z.6 ss W 2 sW 3 SWE 1 6 5 2 3.i • 1
/ó. f.o tzj 15 1.2 IZ.I 58 83 6Z 83 71 6.8 6.9 58.1 56.1 Séi 0 £W£ 2 0 JV / 0 0 0
20 18 9.3 (o\ ii l¥io Z.8 % 79 11 6.1 6.1 6.9 59.1 S9S 55.8 sW i jW 2 sW 2 lú 5 io =/.3
21 6.5 II. 1 5i 7.6 11 9.75 % 75 12 6.1 7.9 A/ 57. Z 56.9 56o 0 W ) JZJ/& 1 10 0 1 ■ =/
22 3°) 7.1 59 51 l/.i 3.Z 95 8/ 88 51 6.9 (0. \ 59. Z 52.3 5l.o WsW / SW 1 0 1 lo ¥ =/
23. 9.1 lll 8.3 71 7.1 3.8 8 3 83 1Z 7.i 8.9 1.5 Hls 9p 503 0 S 1 s 3 10 10 10 • 3
26 1.9 79 8.8 71 11.1 6.5 18 16 V 75 7.9 7.6 53.5 59.9 555 S 2-3 S 2 ssWi-z )o 10 /0 21 • /23
-AL 8.3 10.1 8.5 9z 8.8 65 JL 16 11 8.0 1.2 82 56o 56.5 58.0 0 0 s 1 ío lo lo ¥.1 •/.23
26. 10.5 %3 9.Z 91 10.1 6.1 90 9Z 88 8.¥ 8.0 15 59.9 6/. ‘i 6Z.1 S 2 S 3 S 2-3 lo 10 lo 19.Z • I.Z
27. to.i 8.1 6.1 8.8 10.7 8.0 8Z 86 18 7.8 71 1.2 62.1 S8l 56' S 1 0 SSt 2 10 10 10 128 •3 =2
26. 1.6 6.5 5J 6.9 II. 1 69 13 16 12 7.Z 6.1 65 56.3 57.3 556 s 3 S 2-3 S 52 10 10 io ZO.o • 1.3
20. 58 fz 56 6.1 7.6 9.1 19 1Z P 6.8 8.0 63 53.8 53.1 SH.Z SW i-z 0 0 )0 10 5 8.9 • 23 =1
30. 28 8.1 d.3 1-9. lo.z 9i 13 86 93 79 7.1 (0(0 53.0 SZ.Z 519 0 SlV 2 s 1 1 10 10 0.9
JL. 6.1 l.i 7.3 1.0 8.8 5.5 18 16 81 l.i 7.2 6.8 986 ¥8.3 50.9 sW l S l-Z S 2 io 10 /0 3.>/ • I.Z
.iíidd. 8j V 15 n 10.7 sj ZOj S3 f0 7/ 73 (P<j ISla.) 155.1 155$ is 8.5 8.0 8.1 117.1
AUQU8T.
1. JM J9 5.1 8.Z J¥ 66 81 87 V 75 7.5 6.3 75/. 1 750.1 751.0 SV£ ) y/sW 1 WSW/-Z 5 7 lo 0.8
2. 2.8 //./ . V 11 10.0 5.5 1z 89 93 7.8 8.3 á.i 5l.o 5/3 52.0 0 J/W£ 1 0 10 8 )o 1.1 • 13
3. 9.6 63 6.3 79 IZ.I 7.1 99 98 18 8.3 61 61 97.6 H9.8 99.0 sW£ / SW 1 S 3-9 10 10 10 5o •/23
6. 6J 8.5 6. / 6.1 J6 53 13 87 15 65 1.2 á>6> Ho>.(o ¥71 Sl.l S Z S )-Z s i-z 10 10 lo 326 •/.23
5. 69 6.5 n 6.1 3.6 53 16 P 91 6.1 6.1 69 551 59.5 5)8 s z sW 1 SW£ 2 6 10 9 19 •I.Z
6. 9J 13.5 83 10.3 11 6.0 88 73 81 7,5 8.9 73 50.1 50.6 52.6 £W£ Z ~0 JVW / s. 2 ¥ 1.5 • 1
7. 6 3 7.5 56 6.5 >35 9.3 9? 18 11. 61 7.5 6.7 SH.3 53.5 52.9 0 0 0 10 10 10 • 1 =23
8. Iflo u 50 5.3 7.6 9.5 16 36 1Z 6.0 6.9 6,0 H9.z H7.I H6S WW l-z j/W ) w i lo lo 10 0.1 • 1 =1.3
9. fj 65 ¥.1 9.9 79 3.1 18 88 11 6.0 69 51 ¥69 H8.3 ¥9.i sW / s / Ws W z JO 10 10 = 1
10. f.l 58 ¥.1 5.1 ~ 87 81 10 56 5.1 58 H9.Z 91.5 Hf.l s 1 s 1 0 10 io 1 0.3 • I.Z
11. 7.0 10.9 1.3 19. _ - 18 7 Z 83 13 V 63 Hf 3 Hfi ¥1.6 £V£ 1 0 J/JZÍ / 10 1 b 1-1 • /
12. 9.3 63 5.6 59 - , - lo 1' 91 5.6 65 6.2 59 3 556 57.1 S 3 S 2 / 10 10 9 31 • iz
13. 7.5 7.6 7.5 75 _ - 83 85 86 69 (p.(a 6 6 595 535 53.S £V£ 1 £M£ I 0 1 /0 lo 2¥ • 23
19 66 61 5.1 6.3 - - 16 V 12 7.0 61 6.6 551 551 58.0 S 3 S 3 S 3 /0 10 /0 17.6 • 1.2
15. *7 8.1 15 8.1 - - iz 19 12 7? 7.6 7.5 53o ¥1.6 Hi SV£ 1 S H S 3 10 10 lo 99 • 23
16. 7.5 5.9 ¥.8 5.1 - - 18 11 17 75 (í> (a 6 Z ¥9.3. 50.7 51.8 S 3 s / 0 10 10 10 161 • 1.2
17. 5.1 6.0 6.5 5.1 - - 17 87 88 69 60 6.9 590 511 53.0 S 3 í 5 S 5 10 10 10 8.6 • 23
18. 6.5 5.Z Zl ¥.1 - - 16 98 16 6.1 6.5 5.9 51.9 59.6 56.7 ,? 5 S 9 0 10 to °! ZZZ • l.z
19. 53 65 1.5 6.9 - - 19 V 19 6Z (p(p 7.3 51.9 958 H3.5 0 £V£ 1 s 1 10 io 10 27.7 • 1.23
2Ó 1-1 6.3 9.5 U.z • - f¥ 78 11 75 6.1 b.i ¥2.9 ¥55 5)9 5 3 S 3 J/W i 10 10 io SZZ • i.z =2.
21 u 11 ¥.1 56 - - 96 90 90 61 68 58 57.7 51.8 íll.l S 1 JZW ) 0 2 1 3 2.5
22 5.3 23 61 bi - - 91 87 V 60 lo 6.7 60.0 596 57.0 ys 1 £W£ 1 SW£ / 9. 1 6
23. 7J lo.s 65 8.9 - - 1z 1z 80 7.3 88 5.7 53.8 52.1 50.2 SV£ ) 0 0 1 9. l •2
M 7.6 I0S 5l 7J — 96 73 67 1¥ 51 6.3 6.9 HS.t ¥3.2 ¥/.9 V/& 2 £W£ 1 $ 1 0 3 3 o.z
6.1 9.6 6.0 72- 1 101 91 10 80 2.5 63 7.1 5.1 90.0 3 8.1 393 y& 1 0 s 1 1 1 lo =/
26 55 7.6 51 5l. 11 5.1 . 11 93 P 65 7.z 5 7 ¥1-1 ¥1.6 ¥25 sW ) 0 JZJJWÍ-Z 10 lo 10 M • 1.3 =1
27. 3.2- ¥.1 37 3.3 7 6 Z-1 15 85 13 55 52 52 ¥2.9 ¥29 ¥9.1 J/Wd 2 J/W Z ZiW 2 lo 10 10 3.6 • 1.3 =2
26. .21 5.1 33 9.0 9.1 1.8 9.3 J P 5.Z 55 5.3 ¥90 5IZ 52.9 0 /K / j/jZ£ 1 lo 10 5 ¥8 • I.Z
20. fb 1.5 ¥j 59 5.1 0.8 8Z 69 87 5Z ¥.1 5.3 52.8 51.5 50. j M£ 2 J/£ 1 Jf//£ 1 1 5 1 0.8
30. V.8 8.3 56 b.Z 7.5 29 16 7 0 85 ¥.9 5.7 58 ¥86 ¥6.8 ¥5.5 W£ 2 £W£ 2 J/S 1 1 3 8 vtf/
6.8 11.5 S.i 8.8 8.6 9.Z 78 63 75 5.8 69 (0.) ¥9.7 ¥3.8 ¥1.1 M£ l-Z Wj/S I WJ/& 1 1 3 ¥
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