Meteorologisk årbog - 01.01.1881, Side 5

THORSHAVN.
MAI
1881.
//
TheJ'nu) mj’/s.r. CeZs vcls . Fajjtúfhejfsgim Damptri/k B a.T'OTtie/.er. li/ij/jnó' Ile/j,., ot/, Stnrhe SkydœAJee. Ned\ bör jnmarhi:
JJtUf 8. 2. 9. mm Mouz, Múv. 8. .2; 9. 8. 2. ,9 S. 2. ,9. 9 9. S. 2 9.
/. 37 s.s 3.7 y-8 ks 3.2 fo 10 'k? 9.5 9.3 758.6 758.9 758.8 J25 Z -Y£ 3 W£ Z 10 10 w 0.3 •W3
2. Z.Ó, 590 22 37 /f 85 53 76 9.8 3.5 9.9 600 610 6ZS Kt Z uYl / W£ 1 !0 6 3 28 &l
3. ■/£ 78 ÍL S8 6.2 9.8 /.6 60 69 67 39 99 9.z 63.0 62 3 60.6 0 S£ 1 S£ 1 10 10 3
V. 7. / (o.O 6 ? <9.9 19 70 9 6 50 53 6.7 57.0 SSé 596 LSZ 2 S£ 2-3 S£ 2 7 10 • 3
ð SM 6.2 7.2 7.3 lo.g 36 88 88 86 7.2 8.2 6.8 SZ.i 97.8 95.1 s 23 S 95 SSWl-2, 3 10 10 1.3 • 23
6. ‘1.2 /ð.3 8.Z 8.8 9.3 3:6 82 7i 88 68 t0 (fi 7' 999 953 93.3 J 2-3 ssW 9-s 'ssW 9 7 & 8 III • 1.2.3
7. 1.6, 3.3 £<? 7.3 100 6.8 85 66 15 68 S9 •5> 86.8 63.3 6?/ SH> 2-3 wW 1-3 wW l 10 9 3 87 • 3
0. V. 9.6 7.2 Í6 9.2 V: V- 15 80 °/0 68 7-/ 6,8 78/ 770 708 S • £ 1 0 5 8 /0
0. 8.8 /2.3 89 lO.o 128 3T/ 86 70 86 7.2 7-9 7.2 8Ó.1 79.6 78.0 0 ssw1 z ssWz-3 9 8 7 = 3
70. y.ð •u. ð 9.6 lUl /0,0 6.8 9/ JJL 69 82 53 (o\ IÁ0 7VV 700 0 sW i-z sW i-z 10 /0 8 = /.2
// /ð.i //2 7/ 9.6 H.Z 8.8 88 87 93 87 88 7/ &£(> 696 639 SW 23 WwT-3 WsW 1-2 10 10 10 00 0 n
/2. 7.sr /Æ3 1.0 £3 U.2 á> é> 99 69 2V 73 69 £3 89.7 660 60.3 0 W 23 0 /0 9 9 11.3 • 1 =1
... i.° 77 ?.< 6.9 I/.9 . 96 96 86 76 82 (». ( V6 '/83 95.2 996 0 $W 9-0 J/W 1 10 7 7 I80 • 63
. 70. S'o 1>S 38 loz /6 69 65 82 92 97 V9 836 590 550 07/ 1 <£ / £W£ l 7 7 8 0>
/s. Co 38 a..o 3.5 78 2.9 83 65 60 89 3.8 3.8 59. z 59.5 59.6 £ 1 /Z£ 2-3 £ 1-2 10 10 h 1 0 • 12
/6, >9 Z.I 18 1.6 53 ~0.2 C9 62 76 3.3 3.3 3.7 S9.3 590 599 J/£ Z JW 2-3 J/ 1 á 7 5 1.3 *z
M í.í 3,S 1.8 15 9.3 -0.3 (o 1 58 86 22 3.9 92 S9.9 53.0 50.8 5/e 1 8W£l-Z £W£ 1 3 3 8 1.1 * 3
M 2>.t) 73 av- 39 98 /. 6 6? SS 82 9.Z 3.8 3,6 80/ 51.5 59.7 Ke 2-3 íW£ 3 eWe 1-2 9 7 7 J.8
/;?. 36 •M 3.6 9.8 /V- 69 8z 68 90 80 27 638 S9 2 550 £ 1-2 £ 2-3 £ 2-3 7 7 7 00
20 r.6 6,6 T.O y. / b.Z> 6% ML 88 9.3 9.1 59 887 S70 57.0 6/5 2-3 £W£t-Z £W£ 1 0 7 /0 21 • 3
2/. 7V- 92 S4 (0 68 76 3V- 11 80 93 57 6.7 78 60.8 6/2 sp $8 1 Sí. 2-3 S 2-3 Z 10 lo 5.0 • 3
22 Jo. 8 /2.0 10 2 ll.o /22 79 9z 89 11. 8.8 87 8.9 60.6 63.2 65.7 SF 3 JW 3 ssW / 10 lo lo •3
23. //. á> /v?9 lo.o fi u ii.z IZS 1-8 17 19 83 8.0 tfí / 7.6 6?.<J 08 0 7 00 sWZ-3 S£ Z 0 7 Z 0 /9
.ÁO. JO.Z tz.o 78 IQS fs i& 2 Íy(t> .89. 9.5 8.2 8-7 8.3 682 678 6S.0 0 0 0 2 1 0
2>ð.- 18 il.l 7.6 /3.3 59 79 76 76 7.3 6.8 679 673 66.5 0 W£ l 0 0 0 0
26. 1.6 8S~ 1.6 79 /2á 7/ 93 92 96 7.2 7.6 78 697 695 69' ■J/5 1 W£ 1 0 10 h 10 =/23
27. *z 100 19 8,7 9.2 72 n 8í> .?./» 17 78 7,2 69.6 65.1 65.1 j/e i W£ ! W£ 1 ío 10 J =iz
26 0.7 100 7.0 8.7 10 3 6.* 81 88 89 6i 8.2 67 6 39 696 693 sse 1 £W£ 1 0 lo 8 7
2,9. . JA.. I3.0 ÍO.6 l/.Z //.O 3:7 89 78 87 80 8.1 8.2 69.0 682- 66.8 0 0 W 1 í 0 3
30. 7.8 12.2 100 /0.8 /7o 8.9 8 á 78 92 7.7 8.2 86 67.8 68/ 66.7 wsw 1 S / S 1 lo 10 !0
JL iö.<r H.3 108 100 /3 0 8.6 99 98 96 ?./ 97 7-0 683 696 63.8 SWZ-3 sW 2-3 $W l-Z 10 io 10 92 • I.Z =2.
Midd. l.T & (0 Is.lo 1.5 °>1 96 8T n Sz. /K ls.T liol.Q 7/£>/./ 76/2. (9- Z.O f.z ls\ áj *7 7ls>S
JUNl.
/. 10.2. II. 6 lú.i >0.6 135 88 11 72 95 2« ?,3 8.1. 7639 763.0 7 6I.0 SH/ 3 SW 3 SW 1-2 10 10 10 3o • 1.2 =1
2. II. 3 //.* 7.0 >on 19.0 6.7 8.1. 78 88 86 8.Í 78 S6.Z 873 551 0/8 3-9 SW 3 SW 2-3 10 5 7 06 p3
3. 100 J.7 88 7s 19.0 77 76 87 86 7ö 7,8. 72 S9.5 8/6 969 sMZ-3 S 3-9 SW Z 7 8 /0 90 • 23
1. 78 «7 56 1.9 n/.z 7V 19 78 93 6.2 ^ 3 93 6 93.7 9Z.3 i/ /-2 W 1-2 sW 1-2 7 5 7 >3 + • 1.3
S. 73 7.2 9.6 i.9 n.o 3.V 69 72 88 83 S9 28 H° 9/8 9 60 // 2-3 W 3 ■W 2-3 7 7 7 9.1 • 23
6. 82 62 1.8 .9,1 8.5 /.6 79 88 59 9.7 90 3.0 518 892 86.2 .J' 2-3 W £-3 2 7 8 8 09 • /.2*2
7. 36 6T2 3.0 39. 7-9 67 77 50 61 9.5 3.3 3.5 58.2 806 60/ JS/B Z ////£ Z WJ/£ Z (c 8 8 09 01
S. 27 . 87 9.3 9.2 6.3 6 6 68 97 68 37 3.2 ?o 63.9 66.0 677 V/ 1-2 W 1 V/ l lo 5 (p 07 062
0. 6 1 k 6X /3 l.o -6.6 68 si. 95 S.z 95 (%S.(> 60.2 677 £5£ Z S£ Z áSt l 0 0 5 O.Z
/0. 7.6 r-ÍL 60 7.1 75 6Tí) 60 6Z 67 97 97 v7 67.8 682 68.0 £ 1 £ / £W£ 1 3 z 3
//. 7.1 á3 6.0. 7 > 15 ...3,9. Í6 65 78 5.0 5.3 82 688 65.o 63.7 &/£ 1 £W£ 1 £W£ 1 Z 0 W
/2. 6 9- // (06 80 8.8 98 71 62 8/ 5i (0,1 89 63.8 63.8 69o Sv/ 1 sW i sW 1 lo 2 io
/3. 8.2- //« 8.8 ,1 6. Ko 5.7 85. 1A 89 6? 8.0 7.8 63.3 038 693 Sv/ 1 0 0 lo 7 7
/6. /fljr 7.0 Jo /2.3 7.8 S9 .78 78 7.9 69 679 6'9.o 63/ 6/8 St 1 s£ 1 S£ l lo 10 10
/6. 3.2. 76 83 11.2 8.6 15 78 7* 67 67 7í> 6>IS 62.3 63.1 S£ 1 £ 1 £ 1 lo 10 lo
/6. 73 8.8 78 8.5 9.6 86 °)t 81 88 7.0 &8 7,1. 63 V 693 699 0 ewe 1 S£ 1 lo w 7 m
/7. 77 8.8 8 Z 8.2 //.3 6.8 98 11 96 76 .11, 7.8 688 680 68.3 £ 1 twe 1-2 tW£ 1 lo lo 10 =1.23
/6 76 V 7..1 80 9/ 67 n 87 ?v 76 7.6 7V 63. V 62./ 60.6 &Z5-I-Z ews / £S'£ 1 lo lo 10 09 • 62 =12
7ð. £6 8.1 80 85 93 7./ 95 98 99 79 8.2 80 80. v 878 858 jze ' £W£ • £W£ 1 10 lo )C 03 • Z S/23
. 20 [7jL 88 7.8 8.0 /0.2 6.9 • 99 p 7V 7-7 7< SO0 m 906 j/£ 1-1 W£ 1-2 W£ 1 10 10 lo li • 3
2/. 7.7 86 8. á> 8.3 ...Z.*. 7.V 9 0 7i ?/ 7.i 7S 7,8 98 2 96.7 92.8 s/£ 1-3 W£ 2 W£ % lo 10 w 5? • 3
22 ?,2. 80 6.i .7,9 1.1 7.3 019 71. ■ 87 6.8 ( 3 6/ 967 93.9 98.8 JK 1-2 J/ 3 W Z lo io 10 7.5 • 23
23. 5:7 1.6 Cj 65 11 77 7/ 69 7/ 99 0 0 99 51.2 610 63.2 J/ 2-3 £ 1 S£ 1 6 5 7 2.8
M 7' W js 92 9.2 86 .89 .91 ?6 1.2 7.9 87 58 8 553 99.1 sse 3 SS&1-3 SSC 3 lo io /0 • 23
LM. /3 V /3.5" tas ÍZ.S /3.8 8v 81 77 9/ 7.Z 89 88 96t 962 97.9 S 3 S 3-9 ssw z 8 5 00 '72 • /.2.3
26 /Ö2. 118 79 lO.'J /V./ 8 0 79 69 7? 7.9 .7.2 7' S3.6 5&.i 868 WS/1-3 SW 2-3 ssW 1 5 3 8 56
27. 118 ...7.3 iox /2.8 81 °n 89 82 8.Z 8.9 7/ SZ.o 978 80o S 0-3 sW ) SW l lo /0 10 0.7 • /.2
26 II. 6 ll.í 109 ll.í '3ö 8.3 78 73 8' 7<& 1.5 78 500 519 836 SW 23 jWí-3 sW 1 5 8 w 82
20. lo.s j°í. 78 79 /3S" SX 82 Sú 89 78 7 8 73 5l.o 5Z.5 5"4 (t> 8 / WsW 1 WsW 1 10 t"o 7 3.7 • /.2
30. 10.3 ÍU 8 8 10.6 /2.2 7.8 8 2 80 7.7 87 8/ sy.o 585 55.3 Wsvt l SS& / 5 1 7 7 7 9/
'JL
Midd. °)8 7S lO.i Sj 81 76 tz (ol —1- 4« lsl.% isy lSá<f ii H *7 1.1 U.i