Meteorologifche Tabelle auf die Monate: Januar, Februar, März 1847, von W. Bechitein. 
saı F 
Morgens 8 Uhr. Morgens 8 Uhr. 
u WE Kur 
Nachmittags 2 Uhr. 
[01 L%; 
Nachmittags 2 Uhr. 
e Mar 
Nachmittags 2 Uhr. 
Morgens 8 Uhr. 
Erklärungen der Abkürzungen: 
Hoͤchſter Barometerftand den 9. Januar 
Tieffter Barometerftand den 7. Februar — 26 8,0, 
— 28” 1,0%, 
Mittler Barometerftand 
Kältefter Tag den 45. Januar 
BERBEDENGEE en NEE 2 
4,5. 
— 13,0°. 
tr, trübe, wik. wolkig, nebl. neblig, Schn. Schnee, Reg. Regen, Strm. Sturm, D. Oft, S, Sid, W. Welt, N, Nord, 
— — - = 
% |Stand bes] Stand bes Zuftand Stand des | Zuftand & |Stand desiStand des 
2 Baro= Thermo— bes Baro= Erbe 2 = Baro=- Thermo— De ee & —— ee — sus — er 
meters. | meters, Wetters. |meters.| meters, Wetters, meters, | meters. Metters. meters, | meters, Wetters, E meters. meters, Metters, meters, | meters, | Wetters, 
1 127”10,8 » tr. ©. 27"10,4)— 50 ® te. R. 1! 10 — 10 ON 1277 a 0 . ®. 1 127”100— 60 ENT 2. ____127”10,0— 1,0 fpelle N. ©. 
2], 80 | 50 |. 8. - 78) 40 WwEN.D. | 2|- 30 15 _|t. ©. - 40 + t. ©. Ir ETC ES = 80 | 1,0 | 
3]: 70 | 70 see ©. 2. |- 70 20 It. © D. 3|- 50 20 Incl. ®. :- 81-0. w®. ı7 82800 = 12 =0 m... 
A|: 85-0 nl. ©. - 92 |+ ©. 41: 66 | 1,25 |. ®. : 72 |+ 10 It ®. 4127114 +05 _|nor.R. 8 |- 97H 185 | ® 
5]: 102 |— 20 Intl. © ©. |- 99 | 05 weND. | 5|=- 78 20 ir S. W. — 78 05 It. W. 5|l- 98 80 | 715 1Shn. N. 
6 |="11,0 4,5 _\nebl. ©. ©. |= 105 2,0 |helle D. 76 |23 50 20 ©. = 24 — 10 it. ©. 81-973 :- 72 2,0 wii. ©. 
7 |\= 102 15 nel, © - 100 | 0,25 |. R. _1.7)%6 80 |= 0 vll. ®. 3 114 + 10 bie © | 7|: 60 FT 1,0 |. 9. 
‚8:13 = 0 | © 9 - 10,7 5 iO | 827 9 |—-5 ES. WM. 27 18 — 15 hr. | 8|- 52 WS. 1: 42 10 ln, 
9 28 10 (— 235 |. ©. 23 10 | 15 |. MD. 96115 | 5 Ir ®. 26 114 | 20 wEW. | 9 |= 30 :- 15 | 10 fg. © 
10 |= 08 50 It. D. : 02 | 90 9 | 10127 05 90 _ le &.®. 27 03 | 375 mW. 10 |: 60 - 704) 30 nit, W 
| 11 27 110 | 90 |hele ©. @. |27 11,0 50 helle W 11 |= 00 90 776. |- 12 65 helle W 11 |= 87 = 100 | 2,5 Ipelle @. 
| 12 |- 90 | 80 |hele & =: 90 35 bie. |12)- 45 75 |wiE. W. ‚ 46 50 |. W. IR 280,3 : 86 20 \pele ©. W. 
13 |- 80 | 85 |helle © :- 83 4,5 hieES. |I1|: 60 9 HER I: 5 | 40 WMESM |13|- 88 =: 90 |+ 20 wii. W 
14 |= 82 9% hie. |- 88 55 hen. I1|- 72 20 Hm. 760 10 m ©.® 14 |= 92 = 15 | 35 _|delle W. 
15 | 92 |_130 [helle ©. : 95 | 10,5 elle N. 5 = 18 + W SW. |- 22 + 30 bel. |15 128 08 308 | 70 ie —_ 
16 |: 87 | 120 hle©.®. |- 82 80 helle ©. | 16 |- 00 25 |. W. Stm. |= 235 20 | w. 116 27113 | hele 127107 | 85 ed 
17 |= 80 | 875 net. Rn. |: 88 | 60 Im M. 17|= 35 15 Re. ©. = 45 | 3,75 _|helle ©. 17 |= 100 - 100 | 120 |helle ©. D. 
318 |- 83 | 50 m N. oO - 90) 5 RW. |18|- 68 30 |. ©... | = 80 60 ni. 5. | 15 | 90 = 85) 100 helle ©. D. _ 
19 |- 62 | 5 m. - | 30 |Schn.n. 11 |; 55 | 40 heile © : #5 | 70 _ ie ©. ®. | 19 |- 80 - 74 | 105 helle 8 _ 
A 20 |- 73 | 50 ni.  - 50 40 MW. 2 |=- 55 | 25 wi ®. - 90 50 wit. ®. Stim.| 20 |= 6,0 helle © - 6,1 | 13,0 |helle ©. 
21 |- 75 | 50 |nebl. © — | 375 helle ©. 21 |= 103 3 mW « 10,3 70 _|wiE. ®. 2bl= 5 30 pe ©  |- 50 | 110 Ipelle © 
22 |= 6% 40 |Shn.S. |; 70) 35 21: 86 30 EM. |- 90 | 60 wilk. W. 2|- 45 | 60 hyelle ©. D Sr helle W. 
23 |, 68 45 helle ©. Pr) 05 _\be = 95 — 05 helle R - 90 05 ir. N. 23 |- | 45 helle |- 68 110 |pleN. 
24 |- 73 3,0 helle ©. - 71 +12 — — — 20 ESchn. ©. - 96 — 0,5 helle W. 24|: 68 a. helle ©. : 60 13,0 helle W. 
1251: 45 05 ir ©. ee I = 89 35 RD. — 5 RG. 15|- 70| 55 wi©.W. |, 75 | 475 Ma — 
26 |- 58 | 1,0 a a0 gg x 90. 20 KB ee 261: 83] 35 Ind... | 0 | 85 IE. N. 
27 ‚ 40 + 25 ©. = 4,5 —— = 36 4,0 ir. D. = 83 2,0 wi. D. — —77— 8,0 18,25 it. D. .e 80 30 mit N. 
23|- 30 30@ 0 ee ET eo = 90 | 50 RD - 1,25 \wit, N. 2. | = 55 | 2,5 |helle N I: 42 10,5 wit. D 
»|- 25| 25 be®. |. 271 50 mm = 17 | 78 Heo.W = 3 | 65 Reg DW 
30 |- 05) 175 Ind. |= 10| 275° — — IT — 30 — 20 It. W de 2,3 20 Schn. W 
31 |= 10 05 Sinn. = 02 | 10 |&ı — —J— 31 230 10 helle ©. : 18 50 wit. D. 
