Meteorologisk årbog - 01.01.1891, Síða 59

ÓS.
JACOBSHAVN 1891. JANUAR. X = /vl7ÍT
I I Bag Baronveter Thernionieler CeZsvtes Dsampiryh Fugtighcdsgrad' VindensBetn. og Styrlces Skydakke Ned- bör * Arvnbcerkninger.
8. .9. 8. i>. 5». Maa MUv. 8. 6. 8. 2. .6 8. i>. 5>. 8. i>. 5:
1 7 Uv 767. V 7663 -/69 -/8.0 -20.0 ~I6S I.o 0.8 1 & 76 7.8 68 0 0 0 V / 0 1.0
2 6°l. 1 68 0 67/ -/2 0 -7.8 -3.0 ~ÍDo J.V 11 29 8/ Y5 80 0 w 1 S£ 3 u> V 0 i =**/> ^
I -3 íHX 6/7 -3 9 -3 v 0 0 -les 29 i.i 29 8 V 58 63 ssc Z & 3 S£ 2 1 3 V
I -i (tO.'f Sfl 59. V V.2 26 20 -65 93 V) 33 7ú 7Y 62 st 2 S£ * S£ 1 (0 5 6 = “20
5 S'8'7 53 V V 7 8 -58 — loío -68 -7.0 /8 2» 20 62 76 67 A'S / -T' 2 rr V 8 6 7 ■***/“'
6 5/6 íjí) 0 625 -1/8 -IV <* -/8 0 -/25 1 2 /3 0.7 67 87 67 e / 3 s 3 7 lo V 05 ’*'/“' S«403
I 7 £S. 7 *# 9 *» V 8 V -*7 1 -// 0 -/18 -*95 0 8 /5 /5 69 76 82 0 £58 í SW 3 6 7 5 /V = ♦‘03
8 S'7.2. 58 3 69. V -'9.6 -20.V -2/8 -ÍOo í5.< 0.6 0.7 /V 53 93 sv V 6 sw V 8 /0 /0 ~ *tim'
9 62» 6og 58.7 -29 6 -30o ■^bö (t> -30 0 0.3 - - 73 - - s 3 5S£ 2 s 2 7 8 6 '8
10 S7.I 58» 60.2 -336 -3Vo -3V9 -3Vo - - - - - - 0 0 O 0 2 0 =«-2P vir
11 S81 SSo 52 V -32 8 -3/ 0 -3V V -3V9 - - - - - - 0 0 0 3 V 2
| 12 m 78.9 58./ -)V8 -166 -/58 -3V.5 1.2 0.9 0.7 87 67 Sl s 1 S 2 s 1 V 5 *
\ 13 (>‘56, 59. V V9.v ~/6.0 -7 8 22 -/85 0.8 /8 32 62 72 69 0 £S£ 5 S£ 3 2 6 6
i " 5'3o 668 52 V 6 0 60 8.2 -/7.0 6.3 Y8 58 9 0 7Y 7/ ss 3 S£ 3 S£ V 7 V ’7
15 Sil 539 V8.7 -37 -v-9 -2 8 -7,0 M 22 25 56 69 68 sw 2 0 sr 3 5 V
\ 16 V78 Slz V6 6 -52 -8.6 -V7 -65 2V J.Y 2o 78 61 Í2 1 0 S£ 3 8 6 7 - nf
17 V? V S0& svs- -//6 -/3v -/38 -/30 /0 l.l 10 53 72 63 sw V SV 2 Svt 2 7 (p <1/ J.9 = «02/>3
18 5TJ. S8i 596 -*9. V- -/8.6 -166 -2Öo 0.8 0.5 0 8 8/ 95 63 £ 2 ÍS£ 2 •V V 2 H 8 — 60/
19 66.5 67.9 67.9 -2/9 -228 -236 -225 O.v o.v 0 (p 55 60 82 sw V Ssrt 3 5 2 8 5 5 =
20 69.7 7<3/ 70/ -136 -22 8 -2V7 r2Vo 06 06 05 9/ 92 9/ s 2 S 2 SS£ 2 V 3 7 r'W
21 (>2>á> US 6V7 -256 -2V8 -276 -26.o 05 0.5 o.v 9o 8/ 88 SSS 2 SS£ 1 £ 2 5 V 5
22 S°> i S80 56.8 -26.8 -25.V -268 -29.0 o.v 05 0Y 7* 9o 79 0 S / 0 0 2 3 = •vi'*
23 6/0 S<jb 58.8 -25 8 -26.0 -2V6 -27.5 0.3 OV - 5/ 7a - 0 0 0 3 1 V = 03
27 ¥6.7 VI 2* V3. / -/8.6 - 6.V -J6.0 -29.0 0.3 /.V 0.5 zv 50 38 0 SS£ 2 ssd l V 5 5 = ♦*-*203
25 V90 so.% 62 V -19 8 -/58 -/2 0 -/9 8 06 06 09 68 V8 52 0 £ / £ 2 V 5 7 = ~0-203
26 Sís V96 50.8 -17.7 -189 -19.9 h/98 0.3 0.5 03 30 ¥7 36 0 0 0 3 2 2 _ ^/n/3
27 na V9.2 V9.2 -2/ 8 -23.V -228 -22 0 03 0 V OV 33 66 60 0 0 0 0 0 0 -
28 SI.Z 52» 53/ -22 8 -23 V -227 -2Vo 05 Ú.V 0.5 68 66 76 0 0 S 1 / 3 5 = ♦9*3/>3
2.9 Sox V9.9 V9.5 -226 -238 1-ZYv r2Vo OV 0.' 0.Y 6) 22 73 5 1 0 0 0 0 3 -*f3
30 79./ 609 6/5 -2/8 -2V* r268 r2V V 06 0.3 o.v 77 SV 7o 0 S 1 S 1 V 5 0 = »W
31 V9.7 v$ V V&3 -2V8 -2Vo 8 -26o 05 0.5 0.5 8/ 73 82 s l S 2 S 1 L> 5 V ^/ay>3
Midd. ‘)S(o(t lsá,z 7558 -»7.3 -/6.8 \-Tl.l A2, 66 65 6 <j /2 /.5 1. 8 V3 V2 YY 4 6
FEBRUAR. ♦»> »n M <•»* X = /V5 7V9.
1 113>‘l '733.0 739. V -2V6 -237 ~2V V -26.0 0 S J S 1 5 5 2
2 368 V3.5 60 V -258 -23 V -25o -29:0 s 1 s 3 0 3 6 2 =«02 />3
3 SIS V8.V V6.7 -28.2 -2/6 -22» -290 0 ■r / yr V 3 V 5 =>«03
7 9&.S V7.6 V7.8 -230 -22* -238 -29.0 Sl7 3 SS£ 2 yr 1 8 (p 2 =«“203
5 21.1 - - -228 - - -26 0 2 - V - - 0.5 -tvj*'
6* Sl 8 60 9 5-/2 -266 -277 -2?6 -29.0 0 0 0 V 3 0 = “20
7 s&.s 58.0 S?6 -28 8 -28. V -30. V -3oo 0 s 1 0 0 2 0
8 ÍIS / '/ 627 -29 8 -286 -3/6 1-3 o.V 0 0 S / 0 0 0 vda
9 613 6/8 59* -3Vo -3»9 -3¥a- -2>HS 0 0 0 0 0 0
10 &oS 61 6 6/9 -3V 8 -333 -336 -3V8 0 0 0 0 / 0
11 1*20) óVo 632 -3Ví -33.» -32, -3V8 0 0 0 0 0 0
12 66 1 539 627 -28.8 -23 8 -28.1 -355 0 s J 0 5 3 1
13 V7.6 V8 / 6/7 -268 ~2V7 -258 -29.0 2 1 2 1 3 1
17 V80 V8 » V6.V -2 64 -267 -25í -280 2 /y 2 2 5 V 3 = «0203
15 6ö3 52 V 5/0 -27.0 -287 -3o.l -27.5 0 s / / V 0 =«0203
16 Vö.9 V2o V62 -27. V -28o -29.0 -325 1 SsW 2 s / 6 6 7 = v*203
17 V9.6 V92 V8.2 -329 -3/8 -338 -3V.0 0 0 sr 1 1 1 0
18 V8S V78 V9.V -3V8 -33' -3Y8 -350 /r 1 2 0 5 3 0
19 Sl.i 5~0 6 V9.5 -3V 2 -^/ 9 -338 -36.0 0 0 S / / 3 3 =W“03
20 S9.7 V/9 V3? -23 í- -2Vo -267 -3Y.2 w / / 0 8 8 3 5-
21 V8.3 V9.v 60.0 -293 -2?/ -29.8 -30o 0 s J 0 V 7 3 1.3 = °20
22 V97 V8.V V8.6 -278 -26.2 -27.0 -3o.o 0 0 0 0 V 5
23 37o 33./ 26» -272 -228 -23 7 -29.5 jV / 2Y~ 3 JT V 3 5 8 =»9910
27 2.7 V 27.1 37.2 -22* -220 -236 -3/0 S / s 3 sse 2 8 7 7 /6 =“203
25 V 87 V9.6 53 2 -258 -270 -28 6 -29.0 ssd 3 s 2 s / 8 5 V /6
26 V9.5 V7.6 -3VV -30o -3Y5 -355 0 0 0 0 0 0 \etd
217 V69 V6.2 520 —3VV -3oa, -290 p2>7.0 0 0 S 3 0 0 3 •
28 SV8 50.5 V9.3 -3V.V -3 / 6 -3V5 ~36o 0 0 s 1 0 0 0 vdy
29
30
31
Mirid 7783 7vg/ 7V<?V -28,9 -27.3 -28,f 1.S O.Ú> 1.0 O.q 2/ 3.6 15 5>
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