Meteorologisk årbog - 01.01.1881, Síða 16

BERUFJORD.
fcSÖVEMBER
1881.
IZ-
Thjtrmo mrter. Ce-ls ixos. Fcujtú/hedsýrM Dampijyk B cvr 0 meter. VúidenjJtein, ogS/yrke SkijdaJcJee. Ned/. bór Amtu/.rku:
/Jag 8. 2. 9. MdM Jfa/r. MM. 8. 2. 9. S. 2. ,9 5. 2. ,9. 5, f 9. 5. 2, 9.
1. y.7 1S 33 1.1 1.1 81 11 77 56 59 5.1 1525 7505 750.5 £ Z £ ■7, rrs' ) 8 8 8 2V • 3 = 1.23
2. 23 13 1.1 1.8 3.5 V 77 77 6.0 60 62 989 975 98o SE 2 2 AS T 8 8 8 2.9 • 2 =Z3
3. 21 1.5 3 5 33 1.5 93. 77 91 5.6 &.i 5.1 51.5 5/S 5/8 0 S£ 1 JT£ / 8 8 8 32 923 523
k V.H- 1.5 15 1.5 25 81 77 11 55 é>.f 5.1 5/8 52.i 535 JfS 1 SYS 3 AC¥£ Z 8 8 5 96
5. $1 5.1 21 11 35 90 10 82 5.1 51 99 5 73 58.9 &I.9 1 55 3 rr 2 8 8 2
6. 2.1 1.1 23 3.2 -0.5 82 11 77- 19 9.8 15 S7.8 55.6 561 0 15 2 0 8 2 0
7. 0.1 3.3 3.3 25 0.5 82 13 99 91 59 52 59 V 57 3 50.i jd 1 1 0 2 8 8
'8. 2.1 55 1.5 1.3 0.5 .7.3... 72 81 5.Z 91 53 978 50.S 52.8 yfE 1 wY 2 yy 1 8 8 8 1.9 • / = /
$. IS 23 23 2.0 09 87 81 89 9.2 99 91 55.3 55.6 553 0 0 0 5 8 8
ro. 2-1 Ó, ó 0.1 1.3 31 82 71 78 9h 9S 38 53.1 S59 581 rr t /T 3 rr 1 2 2 8
// 1.1 3.3 2.5 2.3 -0.5 8i 99. 89 9.0 5-2 99 58S 53.3 98.9 1 L 2 /r£ 2 !0 8 10 ■X/*3 =/.23
:h. ... 1-1 Z.5 3.3 2.0 0.5 86 91 97 91 9.1 56 93.1 90.1 925 0 ss 1 0 5 8 lo 32 @3 -12 3
■:%, 1.3 /7 37 25 1.3 % 100 lo 52 5.2 59 52.3 5ZS £d£. Z SV& Z 0 10 10 /0 7.i 91.23 =/Z3
\’-J I.S 03 20, 11 80 85 JZ M 9.9 9s 989 536 53.8 S¥£ 2 2 £YS 3 8 8 lo 92 -*3 5/23
/s. JCL '1.3 JVLA 5.2 0.1 73 13 87 i.i 5.8 5,2 3 8 9 2-71 Z7.1 S£ 3 S£ 3 sr 9 lo 8 8 'lo • / =/
/6, -O.i -31 -l.i -3.7 -os 8/ 73 6>J 3.7 2.5 1.6 37.1 92.3 97.0 ■s 3 -r 3 ^r 9 8 8 5 762 tt/3
:Æ -8.3 -8.5 -73 -8.0 .-89 S8 52 (s>i 1.9 1.2 1.6 56.9 51.5 60.8 3 JT Z 0 2 2 5 =3
Æ 1-1 is 11 2.6, ~%3 7 0 73 77 9.6 9i 62 S6.1 . 9U 33 8 SH' 3 s 3 ss 3 8 w to 2.8 @23 =23
/5 5.3 5.5 3.5 1.8 01 99. 77 .7.3 6.2 (t>5 55 3 0.5 30.3 31.2 SSW 3 SyJ 3 0 5 8 8 396 91.2 = 1.23
20 3.S -M- 5.5 1.7 -0.5 %0 8 7 °n 5.3 52 6.3 31.5 29.9 21.8 0 £S& 2 £SS 1 2 10 8 0.5 923 523
2/. 5.1 6.5 2.5 19 2,5 V 7/ 85 6.2 (p.(t> 91 18 2 /9% 23.1 ssd 3 ssw' 9 sw / 8 8 5 19.6 ®/2 5)2
22 3. ' 1.5 5l 1.2 l5 %6 77 11 55 (t>.i 6 2 11.2 199 198 3 ywa 2 jÚ/£ 3 8 8 8 96 9 1.2 =1.2 3
22. 0.1 1.1 23 1.8 0.1 18 73 82 3.5 9.8 9.1 22.1 28 0 396 155 3 AS£ 3 Vr 3 8 8 2 *> s/kbí 3
.jL 1.1 OJ 23 i.8 0.1 70 89 16 9.6 99 59 3Si 282 29.9 a 3 A£ 9 £ 1 8 to 10 0 2 16293 =/.23
JSá. V-.l 1.3 1.3 3.2 0.3 73 10 16 5.1 56 98 2,(o G 275 285 sa 2 SS 2 1 5 5 10 Iz.l @ 13 =3
20.. kl .1.1 37. 12 0.5 .7.7 91 90 5.9 60 5.9 28% 27.2 29.5 £ / SY£ 2 Æs 2 8 5 5 0.8 =/fcíz3
27. 1.1 M 38 2.5 80 81 88 So S1 50 25 > 28,0 326 £ / 0 £S£ 2 8 8 10 9,1 • 23 =/.23
M ~M. -3.3 -1.3 -1.8 -1.3 16 10 89 3.3 1.5 3.5 39.I 91.8 99. t /K 2 3 Æ£ 1 5 5 10 ■X3 =3
2,9. -1.3 05 53 1.1 -3.1 81 82 91 3.5 3.9 61 93.2 91.2 33 5 0 ss 1 st 3 2 5 w 1.9 93 =3
30. 53 13. 33 1 ?.. -2.5 91 91 93 (s>5 62 5.7 30.1 3/6 377 55 1 S£ I wr 1 16 8 5 32.5 ®/ 51.2
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Ð •ECEMBER
t .. ' J 23 u 19 j 1.5 93 91 91 98 59 9.6 7953 195i 193.1 0 s / S£ 1 8 8 /0 6.8 */3 523
2. 1.3 23 -01 1.2 0.1 ?6. 73 8% 9.8 50 90 95S 95.3 99.9 0 6 0 8 8 8 7.6 *l 51.2
3. 1-1 25 23 29 -09 9.3 93 10 1.8 51 51 956 98.1 991 £ 1 0 sW / 8 5 5 30 91.2 =1.2
k Si 37 1.5 1.6 U <j 1 100 77 6 3 (o.O 61 9/0 90.8 911 ase z s Z ssW 2 /0 8 8 1.5 91.23 =1.23
S. Cs 1.5 3.1 1.0 ±5 n V 16 59 6./ 55 37.7 9)o 9 29 SW 2 sW 3 0 8 8 8 9.0 9 23 51.2
6. 0.1 /■3 2-1 1.6, 0.5 92 92 .7.3 9.5 77 5.2 99.0 92.2 37,8 0 0 /re Z 5 8 8 2.6 cD W III 0
'7. 3.7 2>S 2.5 3.2 05 90 .99 72 5.9 5:3 9.0 31.1 36.S 31i JTSS 3 3 2 8 8 8
8. 0.5 -Í. 3 -23 -1.2 01 11 71 66 39 3o 1,9 991 97 3 515 /r 3 A' 9 9 5 5 2
i). -b.i 3 ~1S -61 -59 51 53 99 /S 1.5 u 581 5f.o 57.8 jV 9 sr 9 dr 3 2 2 2 vir3
/0. -5.3 -33 —2.3 -1.0 ~7S i3 11 7f 15 2.6 31 58.3 569 563 s 1 jr& 1 0 5 8 8
// l°l 25 39 ,U -6.3 73 16 /00 9.1 53 (0 / 556 552 553 0 0 0 5 /0 lo • 2.3 HjZ.3
/2. 3 7 1.5 3,7. 1.0 .19. 87 91 11 52 51 5.1 521 99,6 93% $W 2 SsW 5 sW 2 8 10 5 156 9/23 -/23
/3. 0.3 0.1 -01 0.1 -0 1 81 96 81 9.2 9.9 31 90.1 925 935 0 0 aW 2 5 8 5 Z80 5Z3&3
lk -21 -0.1 -0.1 -1.0 -39 19 89 88 31 ?o 39 90.8 1920, C9lo. 6 sW 2 SW 1 8 8 8 7.0 3613 =3
/Æ 51 25 3.5 3.0 - 73 96 81 53 53 5.1 37.3 Wo 395 ssW 9 SSW 9 sW 2 ið 8 8 I80 9/.Z3~K=I23&í
/6. -1.1 ~0.S -U ~03 - 80 38 12 39 39 3.1 38.1 372/ 3 66 sW ! JJS 1 1 5 8 10 >98 91*3 =2.3
/7. .21/ £ Z Sf, t £. 2 8 r /0 391 »123*25/3
M ~I5 ~U -33 -2.0 80 80 19 33 39 2.6 338 331 36.0 -/T / 3. rj Z 5 5 2 3 28 »1 áí
Vð. -1.3 ~Z.°j -os -26 - 68 78 88 2.2 2.1 3.1 3 86 311 396 VSS 3 Wys 2 jys, 1 8 8 ÍO *l. 3 51
. 20 -25 -23 -S.'ö -39 . % 79 11 16 30 31 2.3 31.5 11.0 51.1 src 2 jr 1 jr 1 8 5 2 íi> *l 5jtkÍ
2/. ~Ji£ -7.7 ~8S ^ios . - 91 12 52 0.5 08 12 38.3 99.5 97.9 JV 9 Jr 3 JT z 10 5 2 *l i3/3
22 -111 -8.3 -36 -.7:8. - u lo 79 0.5 I.7 2.6 S72 $9l 5ll 11/ / sr / JrW 1 5 5 s
"22 3.3 3.5 M 36 - 92 1o 91 53 5.3 5.1 5/8 5/9 371 sW 2 S 2 s 9 8 8 10 5.2 9/23 =/23
h 5.3 -,33 3,7 1.3 - 71 77 11 62 51 58 266 218 236 SW 9 svy 3 sW 2 8 8 >0 322 •/23 =1X3
-M. 3.7 U 0.5 1.8 - *1 81 85 52 99 91 23.0 352 385 W i w 7 W í .5 s ?. 86
26. ...15. 37 11 1.8 - 85 87 13 91 52 50 383 39.3 Hs sw 1 0 JTW } 8 8 8 53
27. ~l. 3 -3.3 -23 -25 ~ 80 71 79 3.3 26 21 59.3 511 S8 9 /w 1 0 0 5 5 J
'M -3.3 -2.6 - 72 53 82 M 2o 2.1 59.0 575 552 jw 3 3 J/E 1 8. 8 10 *3
29. -1.3 03 -11 ~M - °)8 72. 88 9.1 1.3 3.1 M 3 ,W8 3 0 2 ~fi5 *I.Í3 tií3
30. 11 l.l i.3 19 %6 81 9^ 50 99 77 319 30.8 35 0 M 2 5£ / S / w 10 8 52.i 912*235123
JL 0.3 o.i -0,1 Öi - ?2 ?2 % 9.3 9.3 9.9 731 93.3 921 SW 1 sr T 0 8 8 lo *3 5I.Z
Mútí. -O.i o.o -0.1 -Oi - - 81 ss &S ¥.0 ¥.1 h Mj m.i /•7 U í'9 72 7.1 m
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