Meteorologisk årbog - 01.01.1877, Qupperneq 13

BERUFJORD.
MAI.
1877
Thermo mcter. Ccls íiis. Eiijtýluídsipwt Dampbyk- B curoineter. VúidamRcIn, cyStyrke SkydœMe. Ned/. bör Annicerkm
7 2. 9. mm Ma.v. Miro. 7 2. 9. 7 2. $ 7 2. 9. 7 2 £J. 7 2. 9.
1. -0. 1 1.1 -2.3 -09 87 67 M 9.0 39 3.2 77/. £ 113o 773.3 / £ 3 st ) 5 8 8 *3
2. -13) l.o, -03 -01 7 g Æ 98 31 3.7 99 718 72.3 71.7 0 S j £ 2 8 3 2
3. -1.5- 1.3 -0.1 -0.2 78 72 90 3.2 3.1 2? 69.1 69.7 69.7 / S i £ ) 8 5 2
//. -i.s 2.3 -0.1 01 70 60 53 2.9 3.3 23 68.3 68.2 O8.9 x 3 X 3 X 3 8 5 3
3. -1.2 -1.3 -2.9 -Z.o b6 59 39 2.7 2.2 2.2 69.9 693 69.2, X 3 13 3 X 2 5 8 8 */
6. -0.9 33 0.9 /. i 99 63 63 9 0 38 3/ 6Z.0 60.1 60.2 2 £S£ 1 X£ 3 5 JO 8 *2
7. 1.0) 1.2 -0 i ). / 80 99 81 92 9.8 90 59.1 60.8 6I.0 £, l X 3 Xt 2 8 5 8 Prl
8. -1.1 23 -o.i 00 99 63 99 3.8 39 9' 579 598 60.2 13 1 £ ) S£ / 5 8 .f
9. -1.3 1.2 1.1 0& 82 72 89 3.9 3.7 93 60.1 62.0 6).o) 0 £ / 0 jr 8 3
/0. 7.3 2.8 O 80. 70 96 9.2 33' 6.9 60.Í 58.9 592 0 SSIV 2 S I 2 5 8
11 ‘i.S 10' ó, 3 66 72 (ðlf 93 99 6/ 28 / 59.3 29.0 0 SSi3 3 S 2 8 3 2 • ‘7
'/2. 9,1 9.9 0>.3 7.0 89 62 96 5i (0 0 68 28.8 S8.7 599 033 / s 3 0 2 2 0
/3. 3.1 8.9 á.3 69 92 59 18 26 30 23 60.8 60.1 60.2 0 ssd 7: O 0 8 8
19 33 7./ 5.1 58 92 96 95 (í>! 7.2 63 59.8 60.9 60.2 0 0 £ I 8 8 8
13. 9.3 63 92 5.1 n 72 92 62 5i 5.8 29.9 S<).6 59.7 135 / £ z £ I 8 5 8
16. 9.3 7.3 3.9 53 96 96 92 60 1.9 5i 58.1 58.8 £8.(> 0 0 0 S 8 5
17. 3.1 9.3 2.3 3.3 98 96 99 5.1 60 2! 59.0 39.2 60.2 0 £ 3 £ 1 5 8 5
16. 3) 8.1 39 í& Í9 26 66 92 97 96 621) 652 68.9 13 2 jy' 2 0 3 5 8
1,9. 2.3 9l 3.3 3.9 89 98 92 9.1 58 89 101 708 1)0 0 S£. / £ / 2 8 5 =1%
20 Z3 !%9 Jj- 9 6> 93 88 88 71 9.7 7.9 729 73.0 73.8 0 ssd / 0 5 8 5
21. 3/ 93 38 6. (s 83 53 93 29 98 62 ll.i 769 76x f. / S£ / 0 8 8 8
22 9.3 /03 9.1 9.6 60 57. 77 3.2 3.9 6.7 733 7Zo 6>9.9 xK / 33 2 0 8 8 2
23. 83 9/ 8.3 7.6 69 60 92 3.1 S.i (>.l 697 68« 68.8 13 2 JY' 3 X£ I S 8 8
23 2.1 91 1.8 3.0 87 73 9/ 9.9 97 96 676 67.9 UJ.S c ) Sf. / S2 / 2 8 8 *3
26. -0.3 2.' 11 t.Z 98 80 73 9.9 93 65.9 (pú.O 69.7 HE. / st 3 0 8 5 8 =/
26. 2.i 27 1.8 Z.i 3 1 98 2 £ 3 £ 2 5 8 5
27. '21 3' 3.7 3.6 n. 35 61 2.6 3.6 3.7 53.9 301 97.9 JC' / X£ 2 X£ 2 i 8 8
28 vs 6.5* 21 59 70 30 61 99 3.6 9o 91.8 9)o 9)5 JY' 2 Xt 9■ X£ 3 8. 5 8 */
20. 3.7 9.7 J. 1 3.2 37, 96 (p0 3/ 3 0 3o 93 0 95.2 97.0 ir 2 JT 3 JT 3 8 5 8
30. 01 3.3 2.8 2.2 83 96 7f)í H-o 2.6 91 97.6 99.1 50.2 jt / X 2 2 S 8 8
31. -13- 9.3 Í.7 2.6 69 60 77 3.9 3.7 9o 5/5 538 59.3 13 2 sst / Sí 1 8 8 8 *3
JMl 1.5 51 5o ð./b 7? lq SZ '7 9 ‘Cj n %l<) %%! 7(ZZ lo J.Oj h h é.J
JUNI.
1. /? 93 1.9 26 5.6 0.2 83 63 80 92 9o 92 753.9 739.0 75)9 0 S£ / £ 2 s~ 8 8
2. Z.t (b.c, 83 98 69 O.o 80 89 89 93 6.3 60 93.2 933 99.9 JC' 2 JY' 2 jy 3 8 2 3
3. 3.1 3.3 3.3 9o 7o 21 69 72 62 H 92 36 965 963 95.9 JV t £ 3 jy- 2 8 5 8
9 38 3S 2.9 9o (p 6 3 o 88 80 69 3 9 39 922 jy 2 Jj i X 3 8 8 8
3. /. / 9.i 91 31 8.2 0.6 79 ú>(p 66 3.9 9o 9.0 53.1 50.8 98.2 jJ 3 £ 3 X£ / 8 5 2 =/
6. M 9i 93 3 8 5o 1.0 89 83 n 57 57 50.6 5)0 J3F. 2 / f 5 8 Zo =2
7. S) 88 59 63 6 o 29 92 86 M. 63 7.0 98 50 9 50 0 999 JC 2 X 2, XXF. 3 5 2 8 ÍS = 3
8. M. a>. 3 3.3 99 85 3-8 67 6e 62 99 97 36 99.7 52.3 53.9 jy' 3 AsyW 3 JT 3 8 ,5 5
í). 9.9 í.l 99 52 69 3 o S2 89 87. .36 6.2 59 9<).9 501 SO.i JV 2 X S. JJ 3 8 2 5
10. i.i (>.! 9.7 53 7.8 9.2 69 81 «9 92 51 5.1 H.8 51.0) S3.9 x 2 X 2 XX£ 2 5 5 8
11. 92 11 93 5.3 68 9o 73 76 92 96 57 51 531 563 57-7 2 Xg 2 O 8 5 5 22 • h3
12. 3.9 J1 a>. / 6 3 81 2o 83 96 29 7o 6.7 353 S3.2 501 s / S 3 S 3 5 8 8 •3 h 1.3
13. ío. 3 7.9 6.2 6 9 9.2 96 68 7.2 6.7 95z Y6.9 22,1 s 2 sw 3 sn' Z /0 8 2 73 =)Z
19 10.1 10.3 7.i 92 10.2 6 o n 73 87 93 68 66 5S.9 S8.9 59.9 SS3 3 sW 3 sw 2 5 8 5 =/-3
13. -23- 8.9 77 10.3 (d.(o 83 83 93 62 7.0 6.8 6I.1 62.3 62.5 ssrí 2 SSYl 3 SSlY Z 8 8 5
16. 89 131 !0 2 108 10 9 59 37. 59 92 99 85 Ín9-i mr 1 / 0 5 5 5
17.. 9.3 13.1 8.7 106 '59 7.6 63 88 93 Sl 102 75 67.9 691 7(7.9- l 0 0 0 0 0
18. 8/ 101 9v, 73 86
13, 73 7.2 83 68 1/9 88 79 92 61 61 6%2 69.3 0 £71. / 0 2 8 8 H3
20 S 2 10.1 91 8.2 8.6 9.9 S<j 75 88 (þ 0 (þ.Q 75 67.1 137.0 (o(> 0 0 Ssní / 0 8 5 8 5/
21. 3.9 1.5 9.3 5.2 11.0 36 98 73 82 5.1 57 53 636 69 8 62.i) st 2 se / 0 8 8 8 =/.3
22 3 / 7,7 7.5 61 9.o 1.8 78 73 88 93 58 6.7 597 59.3 SSo sz / S£ / SS£ 2 3 5 8 = J
23 8.1 8.9 5.1 7.8 lZ.2 z.z 29 86 86 9.3 7.2 59 55.9 559 5j.o w / £ 2 S£ / 8 3 8
29 63 9,9 3.3 7.2 13.1 5» 53 6) 83 38 53 55 37-2 56.i 57.3 3/33 3 jr & X£ 7 8 5 8
2£ 9.1 91 9/ S.g ll.o 3.2 59 50 82 3.3 9.3 5.0 Sj.l 585 58.3 jtW 3 X 3 sss / 5 5 l
26 97 ...7.3 95 5.6 10.9 Z8 76 73 86 9p 5.7 59 53.1 Sl.o £3£ 1 £ 3 £ / 3 8 5
27 3 3 12' 8.9 3.8 86 3,9 86 78 81 77. 55.6 57.2 S80 0 £ 2 SSf / 8 8 1
28 7-9 8.2 73 79 129 5o 88 93 90 6 Q 7.7 7.3 50 531 97.1 l se 1 £ 3 5 8 8 923 52.3
23. 8.1 89 81 8.6 9.8 6.9 88 93 96 79 79 7.1 992 999 93.6 ssW 2 sn 3 SíÝ Z 5 8 8 225 £3
30 81
31.
Midd 5.6 8.3 (oO (o (p 9.5 3.7 75 75 S* 5.1 h é,0 7m 7659 755,9 l(o 2.0 ls IsZ h fós