Meteorologisk årbog - 01.01.1911, Blaðsíða 34

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STYKKISHOLM.. 1911. MARíS. Bot.pM. á la lat. 45*
Dag Baorometer Thermonteter Celnúis ÐAimptryk ThgUghedsgmL VindmsJieln.oq StyHce SkydokJce Ned bör Annvcerkninger.
8. 2. 9. 8. 2. 9. Max Mirv. 8. 2. 9 8. 2. 9. 8. 9. r 9. 8. 2. 9.
1 79+Z 7H+S 7+6.+ -10.1 — S>9 -7.5 -C.o -IZ.I 1.7 Z.S 2.2 80 8S 86 0 £ í 8 1 2 S i. l-l VT-ÍS/
2 </<P.é +7.0 Z+.6 - +.9 -0-5 -0.1 - +.5 -10 5 7.5 +.1 +.Z 81 11 1z 8 Z Z 8SS + 8 1 lo *\3
3 15-SI 36.+ S0.+ o.l -2S - +S 7-5 -S’l +.3 3.2 2-8 92 91 88 w z N8 3 NS 1 ld lo 1 6.6 tf'H «Lt
i 5<)-0 Sy. 1 si.sr -6-S -+.0 - 0.3 l-l -8-7 Z.+ 2.0 3.1 87 89 85 € l £ 2- SSZ 3 í 8 1 ss
5 HS-2 HS.2 +i'l -l.l es - 1.7 2.5 -6-7 3-7 +.0 3.+ 88 85 8+ JW 1 0 W 2. 3 6 l 1.5 #~t véw
6 Sl.l SS.8 SZ-7 -1-9 - 0.3 0.7 1.5 -S.o 35 3'8 +.I 88 85 85 SW z 0 ese 2 1 7 1 I.+
7 3$%0 37.o 3J.Z 3% c 1.1 l.i S-7 - 2.3 5.1 +5 3,8 11 86 75 3 3 JSW + jjW + lo 8 7 8-5 ,~l*fA‘
8 38-9 3 £.8 31-6 -0.7 0-1 -o.9 3.S -2.5 3-7 +.2 3-8 85 92 88 <íw/ z M 3 JIV + 8 10 10 2.1 9TKÍt3
9 Ví.z. 3S.b 11.7 -¥./ -7.5 -+.1 15 -51 3.0 3-3 3.0 9/ 87 11 JVi/ / Su/ 1 sw 1 10 7 10 18 *^f3
10 33./ 39-9 +6.1 -3-9 -?• 3 -3.9 -1.3 -6-1 2-1 3.1 2-1 37 87 87 Wf/Wl WMW + wrn 3 8 7 3 3.3
11 •/■7.7 SS-I Cz.9 - 1-7 -0.7 — 2-3 -1-7 -+.S 3-6 3.1 3.3 88 88 8S mw 3 U + N + ? 8 1 *■»
12 69% o Cg.o C#.o -S-l -3.7 -7-5 05 -7.1 2-6 2-í 2.0 8S 82 78 6 8 J 0 0 0 0 l-Z.
13 6S. 7 CS' 7 66-S -Z.l /.7 o.Z -1-7 -95 3.+ +.6 +.Z 87 fo 89 VI 1 0 0 8 8 7
1*r CH-. 7 C3S £2-7 -2-1 2.? 3-3 3.3 -+.0 3.+ 35 +.3 1z 69 73 £ 1 m 1 (T 3 3 8 8
15 S9~l S9.I 61.8 31 ð.5 +.+ -3.0 +.2 +.0 3-9 71 69 8z £ 3 ssc 3 8SC í 7 7 ,7
16 66.+ C8.S 7 l-z. - 2.1 - 1,0 -3-3 +.S - 2.1 - 3.7 2-6 — 36 7+ 6 ! £ 2 £ 2. 0 0 0 vdrs/
17 7z.9 7+1 7i--3 -3-3 -0.7 -z.9 -0.5 -+s 2.8 3-7 2-0 78 85 83 S 1 0 0 0 ö 0 vcdv
18 73 + 7i.l 7o. S -2.9 -0.1 — z.3 0«) -+s 3.2 3-1 3-+ 87 85 87 í / 0 5 1 0 0 0
19 66- 3 6+9 6+.+ -o.r 3.5 1-5 o.7 -3.5 3-6 +.7 3-8 81 80 7+ ÍS£ | S£ 1 0 <9 8 2.
20 i~£S SI-+ Sf-8 1.9 3-7 o.l +s -0' 7 +.! +5 +.7 78 80 9z 58 sc 1 SW 1 8 8 1 *T
21 SM S7S S9.1 /./ 1.1 bl +5 -1-1 +.0 +5 +.0 79 86 79 JW Z SlAl 1 sw z 1 8 l +.3
22 Í3.+ 66.z 67.9 6.7 3-1 I.S 3-7 — o.S 3’Í +5 +5 78 79 87 0 0 0 7 7 8 0.3
23 6%+ 7 o.o 7o.+ +S S’l 35 T'3 0.7 S5 53 f-3 87 82 1o ssw 1 0 0 6 1 i 0.3
21 7e.8 7o.G 71.3 +.0 S- 3 +.9 £.5- 2.0 S’l s.c S5 8+ 85 8+ 5 z 8 2 5 z 8 8 8
25 71-3 LÍM. C7- + +.9 £•3 55 £•3 3S 55 S. 7 S-l 8+ 7 9 76 8 3 S 2 s 3 5 8 7
26 S7.9 S9.+ Sg'g 6*1 6 'I S’ 7 7.1 +.S C-o C.+ 6-z 86 91 91 8 + 5 3 s 3 10 lo lo
27 S8-3 S8.S 6/.S Sl 7-1 3-7 6-3 +S 6-1 6.+ f<+ 1+ 86 10 3 2 S 2 0 1 1 7 IS’Z ©/V2 A.
28 6z-o Cz.f Ci-f 6-1 7.5 5-1 8-1 2.5 C-z 6-+ S’? 88 83 88 3 1 S 1 0 8 8 8 1.3
29 SCS S+.+ S3S 2.9 +.5 2-1 8-1 2.5 S’t +.7 +.+ ?0 7+ 81 W 1 W 1 w 2. 1 7 8 0.8 ,Mf>
30 SS-8 sy. 7 Cz.3 0.7 0.9 -0.1 S-S 0.1 3-6 3-7 +.0 75 75 1Z Mvj 2 0 8 1 + 3 0 1.0
31 S9.6 scs SS.f 3’l 5- / +.7 3.S -25 +.7 51 s-8 83 78 9o 8 3 JIV 3 JW z 8 8 9 'f
MídJh 7SCS $ 7S7.8 -0.2 /•+ O’l 2.8 -3.0 +.0 ¥.3 +.0 85 8+ 85 1-C b5 1.1 6-3 (•$ SS S6.Z
APRIL. fía, r.réd. d la Ud. 4S°.
1 7S8-6 7CO.+ 7C+.9 33 5-1 -1.5 '£•3 Z.S S.2. f-S 3.7 ?o 85 % 0 W 2 £ 3 8 6 8 0.8 «
2 63-7 7o.z. 7z.C -1.5 o.l -0.9 6.1 -2.5 35 39 3.8 8+ 85 88 £ 2 s z £ Z 8 3 7
3 7Z.+ 71.6 7 Z.Z 30 C-i +.3 3-3 - 1.7 +.G f’8 s.c 81 83 1o S 3 3 2 0 8 6 3
& C9.6 Cf.o 66% / £.3 83 £•3 75 15 f- 7 C.+ 6 S 79 78 1l 3 2 S 3 S 3 8 8 1
5 C+.t C3.Z CS.2. 7.S 8.5 7.1 15 SS 6-6 £.7 7.1 86 1z 1+ S + 8 5 S + 1 lo 10 0,2.
e 6z.+ 61-6 S1S 7.5 8.5 77 1.1 65 f.o £-3 6-7 77 76 86 S S s S s + io 1 ÍO 2.3 •/vf'3
7 SC-7 6o.+ CS'+ l.l 1.7 /3 85 05 3-1 3-6 3-7 79 C9 72 JW + JW 3 WJW 2- 1 8 7 6-8 f-AV
8 Cs.c 6S'0 7o.8 1.3 /./ 1.3 2-7 0.2 +.1 +.6 7.1 82 9t 75 0 NW J w / !o lo 7 0.2 *A‘/«-
9 71.6 72.0 7t.o 2.7 53 55 3-1 -05 +■+ S,+ £■ 1 79 8% 13 Jw 1 8 2 s 3 8 7 5 +.7 ,, viv
10 67.6 C+.S S7.7 £•5" 7.0 S-9 C.S 15 66 C7 6-1 9/ 89 88 8 2 3 / 5 3 1 lo 10 O.S
11 s7.s S1-I 61.6 1.7 3.9 2.1 2.0 0.3 +.6 57 50 1o 87 13 W 1 sw z 0 8 7 5 3-1
12 S7.o s+.l 6*3*6 1.5 £•7 5-1 SS 05 +.7 6-1 Sf 13 9+ 85 888 3 8 + 8 3 lo 10 7 1,1
13 +9.6 +S6 +Z.+ 3-3 2.5 /•7 7.S 1.2 +.6 +.1 +.8 80 83 93 SSW 2 SSW 3 0 8 9 10 7.2
11 tfí.8 So.l S+.I -2.3 —5’ 1 -£V3 f.3 -2.5 25 2.8 2-+ 92 1o 8+ NC + NS + Nt + 9 1 8 3.6
15 S8.+ 6I.+ CS’Z -9.3 -8.S -2.9 -1.9 -95 Jd. Z-0 1.1 87 8S 8/ Ní S Nt + NS r /0 9 9 o.+
16 ■ Cf.l C9.I C+.'i ~8S -7.9 -7.5 -7.5 -1-9 2.1 2.0 2.1 88 83 86 NS + m + ND 3 8 7 7 0-7
| 17 66-6 C3.9 6+.0 -S'O -3.9 -+. 3 -+.S -9.1 t-7 2-1 2.8 88 87 86 NS 3 NS S Nt + 6 8 8 0.2
18 6l.o Cl.S Czs -+.3 -+.7 -68 -2-3 — 2.8 2.6 2.+ 86 81 85 NS + Nt 3 Nt + 8 8 5
19 6IS S9.+ SS'9 -33 -1-7 - 1.7 -3.0 -6-1 3.t 3.+ ?■+ 85 8+ 8+ NS + Ut + NS s 5 8 8
20 Sl.6 +9.3 +9.6 -O.J 0-3 -0-9 0.7 -35 +.6 +.0 3.8 89 8S 88 Nt 5 Nt + NS + 1 7 10 0.2 *'Mf,3
21 Sl.Z Sz.3 S3.7 -2.3 -A? -7.2 l.o -35 3.+ 35 3.+ 87 88 87 NC + NS + Ní 3 7 8 8 0.+
22 SS.l S7.+ Sg. 7 - 1-7 -o.r -2.3 -0.5 -2.7 37 3.1 3.+ 9z 88 87 NL + NC 3 NS 3 9 5 5 OS •9v'v-
23 S8.I Sg.6 Sg-3 -‘•2.7 -2.7 r- 2 51 o.S -+.I 33 3.+ 3.2. 87 1z 87 e z 8 2 £ z 7 8 8
21 SS6 S+.+ S3.3 -2.1 oS -15 i-t -3.1 3.+ +.1 3-6 37 85 88 e Z € 2 S z 8 7 8
\ 25 m +8.9 +9-8 - Í-o 0.3 -2.| 1.1 -25 3.9 + 1 3.z ?0 91 31 N 3 N + U + 8 + 3
26 $1.8 SlS 50 .<S -0-7 2.0 O.f 1,1 -2.9 3-7 +3 +.1 8S 80 89 N z 0 £ z 3 S 7
27 +8-S +7-9 ¥7.2. 2-7 S- ? 33 35 -l.o +.z 58 U 75 85 80 s z 2 SSZ 2 3 2 7
28 m +9-Z Si-f 3-3 +S 2.1 6- 3 1-7 M +.7 +.1 83 7+ 75 0 £ I £ 1 3 / 3
29 SS.I S6.Z S6'7 z.s +.1 2.1 SS • 7 3-+ 3.8 3-7 61 68 858 z 58£ 1 £S€ 1 8
30 S+.+ So.H +CS 11 +S z.9 SS t.S +.+ +.1 3.1 85 65 61 8SC z ess z £SC 3 8 5 lo
31
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