Meteorologisk årbog - 01.01.1883, Qupperneq 11

'7.
BERUFJORO. JANUAR. 1883.
'1 ’heJ'mo m.eler. Ce lo Luy> . Fiujti/jhah/jmo Dampirjjks £ cirovveter. íW«M Jtefj), ojj SújrJíJ Skj) id/rMx- Ne/L bor Arun/frkn:
uag 8. 2. 9. mid Jíaa, Mirv. 8. 2. 9. <5. 2. ,9 s. 2. ,9. £ /). 6. 2. 9.
1. -01 - - - 23 -13 11 - - 32 - 739.7 — jr 2 1
2. -Sl -81 -blr 3 6 -Í3 11 li 77 2.1 22 11 97.6 99 0 53.8 jt 2 1W£. 2 1 5 8 2
3. -8.i -7.9 -l! -1.1 -9.9 -8.‘ S1 8 3 89 1.9 20 22 S7.8 60.1 6I.S -T£ 3 YYS % JT 2 )o lo 10 -*/ =/
1. 2.3 33 2,3 zs 2.9 -81 16 97 96 52 56 5,2 552 527 S/S £ 9 6 5 0 10 lo 2 6.3 9/2.3 ms/j
ð. 0.1 3.1 21 2.2 36 -O.i !00 100 loo 9.9 Sl 56 99 2 99.1 91.7 JTSE 1 £ 2 S 1 lo lo 10 21.8 •123 =/23
6. 9.1 9> 3.3 9.0 so 03 11 100 !00 b 2, 6.1 S8 99.7 95.1 737 s 1 s 1 S z S 10 5 2! 5 #23 =1.2 3
7. 3.5 3.5" I.S 2.8 60 23 61 10 82 3.1 9.1 9.2 56H- sp 60.9 iLjit 2 SY 1 0 2 5 10 10.1
8. 9,1 í.1 5"3 S.O 38 0.1 too 91 11 56 68 65 557 S76 60.3 s 1 iZjy/ 2 sw 1 10 8 8 11.9 • 113 =/.23
9. 3.1 3.7 I.S 3 0 69 2.1 91 11 85 51 58 9.9 Í09 60.3 60.0 0 0 0 8 5 2 0.5 • 5/2
to. JJL. M 39 7>.(o so -0.1 93 92 11 52 Sl 51 S1.I S8.1 57.2 S& 1 S£ 2 se 1 10 10 10 28 •23 =/23
11 3.T 3.1 3S 39 99 2.1 .91. 93 80 S.l 5.3 9.7 561 55 0 S2 6 S 2 £ 2 £ 1 T 10 >0 1.6 • / = /
t2. 3.3 93 93 9o 9.2 21 loe 91 91 58 60 60 17.1 93 S 931 £ 3 £ > £ 'l 10 lo 5 7.3 • /23 5/23
/3. 3.9 3.9 3.1 3.8 so 3.1 loo 100 loo 61 6‘ (o 0 998 9Si 951 £ 1 £ / £ l 10 lo lo II0 m/2 5/23
10. 3.9 9) 9 > 90 96 2.1 lco n 9 3 6.1 51 5l 921 31.1 3 5.1 € 2 í 3 £Y£ 3 8 8 10 9.6 • 3 =1.2 3
1S. 3S 3.3 37 3S 96 21 100 90 10 51 52 59 21.1 302 301 £ 2 £ I £ 2 í 5 5 19 9 « / =1.23
16, 3.3 9.S 3S 3.8 þ 6 11 loo loo 13 58 6.3 55 21.2 16 3 28 0 0 0 S 1 lo 10 5 199 91.23 =1.23
3 i 3.1 9S 3.6 96 0.1 loo 93 81 Sl 5.3 Si 269 Z66 26.9 S 3 £ 1 sw 3 8 8 8 19-7 • 23 =/23
16, 1.1 l.i -0.1 1.9 96 1.3 62 32 92 3.5 9.9 9o 3 9.9 3 55 37. í Snt l 5Y 2 0 5 5 Z 0.5
69. 1.1 03 -o.l 0.9 2-9 -1.1 10 12 88 3.6 9.2 31 91.3 928 915 S Z £ 2 JT 1 8 5 0
20 0.3 0.1 -1.3 -O.i 3.0 =ML 10 JA. 16, 9.3 9.1 90 99.8 59 0 S80 0 ye 1 0 8 10 10 1.2 -* 1 =123
21. 9i S 1 99 9.1 9i -2.3 81 loo 100 55 66 65 57.3 56.1 568 £ Z 0 £ 3 lo 10 10 39.5 9 1.1 5/23
22 9.1 9S 99 91 Sz 3.7 95 90 97 62 51 62 SS.9 52 0 53.2 S£ 2 SSE 2 S£ 2 10 8 lo h 3 913XJM12
23. S1 9S Si sz 59 1.9 11 81 82 9.9 55 5.3 3 9.5 9S6 38.5 1/ 3 S£ 2 S£ » 8 8 10 33/ 9)3 =23
M. >1 0.1 -03 0 8 Sl n 10 11 85 9.1 35 38 26.9 11.1 28.9 i ■YW 1 Wn/ 1 2 8 2 11.6 9 1 =/\Íí
J&. -09 03 - /,6 -0.1 3.9 -l-'i 96 96 12 9.1 9.5 3.0 251 2S1 2 95 oCrW 1 0 0 2 10 5 37 */. 23 =23
26. -3.7 -3S -9.1 -9o 03 -S3 ?s 81 90 32 3 0 2.1 Z9S isn 28 0 0 VaY 1 Wn/ 1 5 8 2 ^
27 -9.1 -íi -29 -3.2 -28 -61 10 7 S 99 2.1 2f 1.8 30.6 3 21 33.1 0 Y 2 j/ 2 5 5 8 \i/
26 -19 0.1 -l.y -1.2 -1.9 ~ái 3 16 81 16 38 3.8 30 3/.7 20.7 30.0 WS 2 YY£ 1 jTjTC 2 10 8 5 03 <k)2=IZ\L
29. -0.3 -o.l -3.1 — /.6 0.2 -3.3 18 62 á>(j 35 21 23 182- 2f 6 39.1 /or& 1 rT 3 jr 9 8 s 2 V; \il
30. -ss -S.I -9.5 -SO 0 0 ~6.1 15 96 90 2.3 2<f 21 38.6 38 8 375 /ry& 2 YY£ 2 jTj/£ 3 5 10 10 02 *23 =3
TL ~6V -73 -8.3 -1.2 -95 -65 35 18 70 29 20 1.1 3 9.6 91.2 92 6 inrs 3 Y/T& 2 JTS£ 2 10 10 10 0.3 */.3 =1.3
iWM 1.0 1.9 08 0°! 3 0 -1.0 88 ll «7 H 9-7 9.2, 191.6 793.1 7923 i 6 U 1.5 7.9 81 t>s 1559
FEE IRUA R.
i. -91 -IS -?.± ~3.7 ~9s -8,9 loo 69 100 3± 26 3.2 7929 1912 193.8 MYS 2 /nrs 1 /rjre 9 10 10 10 0 6 96113 = 13
2. ~3.i -l.l -os -is -.0,7 ~S.l 81 13 ii 2.1 3.1 29 51.8 SSo 57.8 AWE. 9 trjre 9 JJJTS 3 5 5 s 07 961. Z tíá/
3. -0.1 1.3 1.1 0.8 -0.1 -3.1 85 82 82 3.1 9i 9m S8,i 56% SS.Z MSS 2 0 *Y£ 1 8 ið lo
"6. 3 / 1.1 2.1 2.3 3 1 -0.1 83 16 96 9.1 So 5.2 S08 91. S 986 £ 3 SSt 3 ss£ / 5 10 10 69 •23 =4.3
6. ss 5.3 Si S.3 ss I.S 99 99 61 6.3 6.2 9.5 363 31.5 3SS SSC 2 sse 3 sV 9 10 io 2 25(1 91.23 = t2i\h
6. Zl l.< l°l 1.0 S1 1.1 82 16 93 9.9 52 ?9 921 99.1 97.2 ssS / SS£ 1 0 10 £- lo 68 =/.23
7. 9S 6.1 97 9.8 S3 1.1 19 90 81 S.9 5.9 56 38o 39.2 335 S£ 2 S£ 9 S£ 9 lo 10 10 /3 2, •/2343153=121
8. ,%9. 9.i 2.1 31 53 2 S 65 93 7/ 9.3 S.l 38 398 37.8 90.1 SS& 9 ss£ 9 sss 1 lo lo 5 5l 91-23 = /23
9. t.i 1.3 is- 2.0 ss 0.1 68 15 H 3.6 31 9.9 37.7 31.1 39.6 YS£ 2 £ 1 £j/£ 2 S 2 r 55
/0. 3,3 3.1 i-7 JLL 0.1 yo [Lj 11 52 9.1 3.7 Z3.8 Z2.8 27 8 £ 3 SS£ % S& 2 10 10 2 72 A23 sM&
/1. L9 3s 0.S 2 0 9.5 0.1 90 ii 100 9.1 9.5 98 39i 33 S 286 S 2 £ 9 ssW 9 to 10 10 65 9Z39ðALM2Í
. 12. -13 -I.S 09 -0 6 3.1 -IS) 16 12 loo 9.0 38 99 31 9 332 226 sse 1 JTS 1 0 10 lo lo 92 »3 961 = /23
13. 0.1 XI 2.1 1.9 21 -%1. \oo 16 68 9.6 52 3.6 12 l 223 328 0 0 v/ l lo 10 0 168 •/.23 =123
10. m 1.3 ?1 3.1 2S 0.1 96 16 81 52 52 5.1 398 30 1 220 £ l £ 9 £ 3 10 10 b 83 9123 = 1.23
16. lLl. 53 9S 98 53 2.1 lo 85 18 58 56 9.1 21.1 27 3 33.1 SS& 9 S$£ 5 ss£ 2 10 id 8 125 •231525)23
''6 l.i 9.3 Í>S 9.3 53 1.1 13 n 91 So 58 í>. 6 99.5 38 9 35 0 S£ 1 S£ 9 SS£ 9 8 lo lo I93 •13 =13
17 2-9 3 l %9 30 (oS l-S 66 16 n 3.1 9.9 91 90 2 38.1 9l.o SS& 3 sV 1 SSE 1 10 10 10 ín •XI. 1 =123
16 1.3 3.9 3S 2.9 9.i 1. 1 89 80 83 9S 9.1 99 91.9 935 921 0 sW 1 S 2 2 2 10 59 • 3 51
19. 9.1 l.i 0.3 1.8 53 1. 1 81 92 81 52 96 38 21.5 31.0 3l.S SY 3 sW 2 v/ SL lo Id 8 t?.i •/.2 S 1.23
. 20 -/. S' -0 1 -II JJJ -±5 ~l°j 16 85 65 3.1 39 27 31.9 21.9 32.6 Sy/ 2 sV 2 sW 1 S 2 2
21. -zs -01 -1.3 -13 0.1 -21 66 63 53 ZS 2? 22 3 (0 0 3 55 367 SY 1 0 W 1 8 5 2
22 -zs -19 ~ZS -Z3 os -3 9 59 69 58 21 2.5 %2 38 3 918 77.7 ird 3 JrW 9 ,trW S S 5 2
23. -l.l l.i S.9 20 ■-0.1 -3.1 88 16 11 3.7 9.8 ?1 S38 999 551 0 e s£ 2 y/sy/ 9 lo 10 s 58 •23 5/23
..M. zs 0<) -3 9 -0.2 7S ~l-1 H 65 55 25 32 1.1 90.9 999 56s r/trr/ 3 5 J/ 9 2 2 2
JSá. -3.1 2.1 S3 1-9 2? -53 19 8? 97 27 9.8 65 631 581 SZ.2 0 0 sV 2 10 10 10 01 */.23 =/.23
26. 9S 9.1 l.l Sl 101 -3.1 16 loo 3.9 68 \69 1.1 321 57.0 91.1 5l.i SY 5 •y 9 ~JT 3 10 2 t 72 91.2 =I.VÓI
27 S.l 1.9 3 6 1:5 03 90 51 15 25 39 3.1 61.8 633 jT 3 jt 1 0 Z 8 5
28.- M M , IS 2 1 s<r -0,9.. 85 80 oj3 92 M 9,1 S°j 5 58.1 S8 2 0 Sv/ 2 0 8 8 5 Vbl
23.
30.
JL
mm. 15 'l.'L I.S 18 -I.t 31 33 7 f n 790.9 7901 191.0 1.0 1.9 l.z io 7-7 t>9 tjZ9