Meteorologisk årbog - 01.01.1875, Síða 15

BERUFJORD. SEPTEMBER. 1875.
Dag Ther/no nte.ter. Ce/s i.uo. Miij/ýhedsipva .Dampiryk, B aro7)te/er‘. KndeJisJkliiiru/ txjStyrke SkydaMe Ned. dn
7 2. 9. Middd Max. Min,. 7 2. 9. 7 2. .9 7 2. 9. 7 2. S. 7 2. 9. bör nurrkrt.
1. /O.i /1.3 7.i 98 /3.3 /p.SÍ 81 83 19 3.3 8.3 7.S 756.2 755.0 752.7 O sW / £S£ 1 5 Z 8 =J.3
2. 7.1 ll.l 8.1 9o Hs 7/ 78 S5 12 7.8 8.9 7.9 92.5 901 31.9 0 sW z SVJ / )0 5 8 l/o • =/
3. 1.7 10.7 8.3 7.í 115 6.5 01 80 n 7.-7 4 8 91.6 h' 319 O D £ / 8 5 /0 •=3
6. 10., ll.l 4.7 10.3 l/.i 7i iz 53 71 85 6,3 6.7 31.9 95.S su D Jf z £S£ 1 5 8 Jo 5s 9 = 3
5. (0./ ‘•■7 4.7 6.5 '7.7 1.5 71 n 78 5.7 7/ 7, S3.i 50.7 91.S- 0 0 0 )0 /ö 8 7l •2=1X3
6. J,1 8.3 65 7.8 8.1 15 n 19 86 8z 7.7 6.2 16 7 11-8 539 0 £5£ z !W£ / 10 z /0 15 •/2/2-3
7. 6ii 65 S.7 62 7' 55 79 08 69 5.7 9:9 19 58.9 60.7 &Z.2 jwe 2. JTJf£ 2 £W£ / 8 5 8 4?
S. 5.3 8.3 7.3 7.o 8.i ^7 78 67 80 5z 55 6' 62.9 4/.Æ 62.3 Jf 2 jfjf£ 2 jfjfW 2 8 8 8
9. 3/ 1.1 7,1 8.7 8.7 7.1 8/ 87 19 45" 7.9 7.5 61.9 6U 51.2 7 0 O 8 8 S 0.9 =23
/0. 3.3 9.3 -JML 8.5 9/ 7.3 12 75 /00 7.5 S. 3 8.0 53.1 ,57.3 98.1 0 £S£ / 0 !o /0 W 08 •2&X.3
// 3.7 9.1 2.1 IX 9.5 7.3 18 K 72 8.z 7.9 7.8 H.2 91.3 51o O O rfsw 1 !0 S Z 13.3 •l=J.Z
/2. 8.1 8.1 ~ //.' /ó.t 7Z iz 7.8 7.9 /&. s - Si.6 SJIV Z — sW / 5 - 0 = 1
/3. SS n.3 10. i lOo /Oj 75 92 7/ 79 7.6 7/ 6.8 58.7 61.7 63.5 SSW 1 sw Z SSW / 8 8 5 Ox
/9 8.5 7.1 73 1.1 /2.3 8, 60 8/ 83 5o 6.9 43 7/./ 79.5 72.3 Z SSW 1 0 5 /0 8 =23
15. 65 h.3 7.1 9.3 1.7 55 88 72 18 6.9 S.7 73 67.6 /(».(• /á.3 JVW I £V£ l JfJf£ / 5 5 8 °1 53
16. 7.1 10.7 10.1 9.3 11.5 55 /00 15 71 7.5 1' 7.3 638 4/7 58s 0 O SW 3 lo 5 Z 05 =/.z
17. 8' ts. //./ 11.1 13.1 7.1 67 77 52 5.9 60 5/ 6O.3 6I.9 62.7 JT I SW J Jf l 2 0 Z
1S. 8.7 II. 3 10.7 /o.z '5.1 8.5 73 80 72 io.t 8.0 49 63.7 62.9 57.2 SW 7 SW 2 SSW 1 5 5 Z
7,9. 7/ 9.5 (p.t 82 /2-1 8.3 30 77 51 3i 1.2 1, 57.2 60.8 69.o Wj/W 2 jr Z WJfW 1 z 5 5
20. V.S 55 5.3 S.i 9.5 78 70 87 1-1 5/ 58 65.i 69.9 6 l.l & 2 s / s l Jo Z 5 =/Z3M
21. ks- 6> f.5 5.7 /o °J 1.3 88 79 79 69 56 9.7 583 6l.i 43.7 ■Wjve .3 £W£ 2 rfjfW / 8 8 ,r
22. 2.5 6l 13 7.6 85 /.3 05 72 80 3_íp 5.3 5.0 65-) 655 416 j/j/W / sw Z Jf / 5 z .r
23. 7.1 1.5 6.7 68 7.3 2.' 10 79 83 S’.S’ 65 6/ 63.1 43.9 433 SW / Ji£ / s’ 1 Z z z
2* Al 7.3 81 7.1 9.7 3.7 88 83 /00 / /» 4.3 8.1 513 598 51.5 sse 1 £ 2 Jf£ ) 8 Jo w 8 5
23. 8f 2.3 8l 80 8.7 6.1 11 18 15 7.8 Xjo 8.0 95 3 90.6 32' &S£ 2 £S£ Z JW£ 3 /0 /0 w 72.5 •)IpUi
26. 7.5 8.i 6.7 8.1 10.l 8.3 7/ 78 19 6.3 63 6.1 28.9 30.9 39.7 SSW Z S 1 O 8 8 5 5.9 =/.23
27. í.5 6.1 5.5 4.3 8.5 55 9/ 79 9/ (/./• 5.5 4. / 92.2 91' 9&j S£ / 0 jfjfW / /o Z z 79 B/
25. íci 5.7 7.7 5,0 8.7 5' 71 76 8/ 5.7 5.2 S.z 98.3 52.7 536 JfWW Z JVW£ z £Jf£ Z 8 <r 10 0.5 =Z3
29. 31 7.1 75 7.1 7' 3.5 89 81 81 5,' 5.3 55 526 ' 536 51.9 £V£ Z 0 0 2 2 5 0.5 = 3
30. 15 5.7 7> 5.8 5.3 2.3 10 18 /00 5.7 6.6 7.5 52o 975 91.5 SS£ / WW£ Z S£ Z 8 /0 w 5.8 •=23.
3í
Mid/kí. 73 9.0 7.3 77 10.3 5.1 S3 78 sc éy (°1 (5 755./ 755o 75li /./ lo 7.3 í, h m..
0 <TC )BER •
1. bz 85 65 7/ 7.7 7.1 79 87 19 S.z 7.z 6.8 71/ 9 793.0 792.6 ssw / 0 S£ z 5 8 8 /2.1 =3
2. J7 6>y 1-1 58 7.3 5.5 88 86 97 60 6.9 62 92.1 9/. 7 11.6 JVW 1 st / sse 1 8 2 W 0.1 =2.3
3. A? 7.1 5.7 5.8 7.i 3.5 77 86 9/ Si 6.x 6z 92.7 13.7 95.9 0 £ / £ 1 5 Z 5 /3 =I.Z3
6. 5/ 7.1 1.7 Ij. 8.3 3.5 82 10 7/ 5.y 5.8 1.6 969 125 383 swe 2 KíY£ 3 Jf 3 8 8 8 0.6
5. 1.5 1.5 2.3 3.8 6., A2 IfL 56 4/ 3.7 35 3.3 34 £ 91.5 97 0 JVW 5 JfJfW 9 JfJfVf 3 8 8 5
6. >°) 2.1 >1 2.z 7.9 1.3 43 51 47 3.3 3 3 3.6 5/6 51.5 53 x JfA'W 3 JfJfW 2 JOfW 3 Z 5 Z
7. 1.3 3.3 3.7 2.8 33 °1 75 73 83 31 Iz 5.0 Sip 6 55o 98 7 Jf 2. SS£ z £ 3 8 8 10 •=3
8. 3.7 8.1 0.1 2.0 7.7 /.3 90 70 81 S.9 5s h 32.2 285 2t.s JC 3. MOTC z dC 5 10 10 Jo 22.5 •.'21-3=11
9. -3.1 —O.s. -l.l -1.8 1.7 -3.1 73 85 57 2.5 3.7 2.9 16.0 SI.6 50 A'lfW 9 J\'W £ 0 8 Z 8
10. 1.5 45’ 3.5 1.8 9.7 -81 90 86 90 5.1 4.2. 53 35.2 2-1.0 21.6 SE 2 S£ / sw 1 10 5 s >9.9 •/=/.2,
11. 75 5.7 7.1 5.o 6.5 1.3 90 82 8l 5.7 5.(o 53 31.5 35, 903 ÍY£ 2. £S£ 2 Jr 1 5 8 8 i.5
12. 7.1 1.5 2.5 7.0 5.5 1.3 11 79 61 60 9,7 38 91.1 90.6 98.o Jf 2 jr 3 0 10 8 Z 1.6 0/
73. 83 5/ 1.7 5.0 6.3 /.1 82 85 100 5.9 55 69 98.1 97.2 37.2. JTJf£ 2 jf 3 1 /0 /0 w 6.9 •123=3
Pl. 56 4.9 6.7 6.1 45 1.5 85 11 83 5.7 6.8 6.1 56* 58.6 47.7 sss 2 0 £ Z 8 8 io 3.8 • =3
15 63 6.1 57 /s>.& 7.3 5.5 SÓ 1/ 9/ i0./ 6.8 6.7 55.2 57 6 513 £S£ Z S'£ z £ z 8 8 8 /Z.o =JZ3
16. 6.3 55 75 5l 73 1.7 86 79 81 /o.J 153 5/ 62j 62.3 63.5 £ Z £Jf£ z rr/re / 8 8 8 08 =/
17. 7.7 5.7 1.3 1.1 . 5/7 l.i 81 82 10 5.2 5.6 56 43 3 />%.(d Í2.8 JCJYS 1 Jf / 0 5 5 8 0/
13. 75 6.7 6.3 5.8 57 3.5 90 18 11 57 7/ 67 62.2 60.8 4/7 jf / 0 0 10 Jo ,0 1.5 •2=123
19. 55 6.1 5/ 58 n.s .1.3 19 78 19 6.3 7.2 6.2 6/0 60.7 60 2. 0 5 / jc/ce / /0 Jo 8 57 •12=122
20. 6 3 7/ 53 6.2 1/5 5 7 V 19 19 /’S 7.1 6.2* 57x 565 56 9 SS£ Z sst / Jf£ z 10 10 10 Zo •/.32/23
27 43 4,7 5.7 6x n.s 4/ °H 1/ 1/ 6.5 47 6.2 57.3 57.6 587 SS£ 3 £ 2 £S£ z 8 8 Jo 15 • 3=13
22 55 5.7 5.1 S.Ú> /1.5 4:3 V 9/ 9/ 6.1 4z. 6.2 58.8 51.8 60.3 £V£ 3 £Jf£ 2. £ 3 8 /0 lo /5 •2=13
23 5 7 6.3 1.1 5’.ú> . 5.i 9/ <93 6z S-1 Ss 6/ 8 61,9 61.5 s. / s / 0 8 8 5 3.9 =/
.. M 3.7 5.1 1.5 1.1 6., 35- .91 19 7 9 58 6.Z 1.7 605 51.5 59.7 4> 0 0 8 z )o 18 =13
-IdL 6°l 6.1 6.1 6.1 to.l 3.^ 88 /00 100 6.6 7.9 7.9 58.7 58.2 S7X SS£ Z S£ Z &5Ó 2, lo /0 /0 35 •3=/Z3
26 61 73 Átf 7o 7.7 /p,í> /oo 19 V 7.9 7.2 68 S&.9 5(0.0 563 a 2 S£ z S£ 3 Jo /0 w 61 •3=/.Z3
27. 7.5 7.1 7.i 7.5 7.5 6>S 19 100 /00 7.3 8.0 7.5 55/ S62 58.3 SS£ Z S 3 SS£ 1 ío W /0 38.1 • =/.23
23. 7/ 73 73 72, 7.7 /.5 98 18 18 7.3 7.9 7.9 609 61.5 62.3 SSW z JSW 1 S£ / 8 io 5 '8.1 0/2/.Z31
29 6.5 75 5.7 6.0 77 55 11 1' V /,/> 7.1 6z 629 62.8 62.! 0 0 O 8 8 /0 3' = 1
30 7.7 55 y? 5.o 73 13 10 11 100 5.8 61 4.V 631 635 69., 0 £S£ 1 0 5 8 w =23
31. 2.1 1.5 y-? 1.8 5,5 2.' 16 16 )oo 5z 9.1 53 63.s 63.9 63.2 ö 0 0 8 8 8 0, =/.Zi
Middei ‘n Sn V.7 5.1 7/ 3M 87 Z7 81 S.i S>0 s.i 751.6 151.6 7553 'tn (5 '1.9 So 7? S.Z rn.8