Ann. d. Hydr. usw. 1942. 
Meißner, O.: Über die Temperaturen der Berliner Sommer von 1771 bis 1900, 
Tabelle 6b. Juli. 
Zeit | I u IN IV | V Korrelationsfakteren (100 k) 
HOME ' bs. |‘ mittl. . 1 ES N N 
Mittel | | | Min. G IC | LM | DV | DV DIV |: V| IV: 
Tabelle 1. ; 
. Abweichung vom Mittel] Difierenzon___[___ Korrelationslaktoren (100%) Folge- 
Zeit | Juni | Juli | Aug. na] 6-7 | 7-8 | 6-8  AO-eENETEN zahlen. 
„28 |+05| +67 2118 08 
‚40 +42 ph 40 18 
„52|-33)+47|9 13 50 
+ 5|+42 +87|0%0 05 05 
_51|+51|+56]12 14 02 
.25| +30 +84|00 53 02 
.46 +90 +80|10 52 11 
„221 +46| +84]12 14 02 
_ 52 268/11 ]12 14 02 
_55| +48 + 6/20 18 18 
_51 +32 +42|10 23 22 
34 +74|+41|11 24 nl 
65 39] «59]o1 16 11] 
-0.56°, + 0.23° +0.835°|+0.37' ..17|+0.35 |— 0.82 
1771/80 | 480 [41.50 |+ 1.70 +1.1e 52 |+0.95|+201 
1781/90 |- 1:03 |+0.33 +0.19 |+0.52 0:80 +0,69 |-0.11 
) 1.38 | 41.71 141.58 141.33 -1.12|+1.391+ 1.36 
701/1800| 714 1+0.76 ‚+0,98 «0.58 | -2.40|+0.88 -—2.07 
4 41.88 140.90 41.16 | +2.08 | + 2.02 +2,24 
(801/10 |- 81 10.06 +0,89 0:88 |-3.25 0.40 -365 
+0,74 |+1.41 42.05 141.09 [+£1.43 +1,85 | +2.05 
1811/20 |:0:21 70.98 0.55 0.02 | -0.C8 +0,25 - 068 
20 |,998 [42.22 1.71 |+1.51 | =2,°6 +2,28 |+ 2,97 
‚821/30 |-0:09 |-0.17 | :0.31 -0.08 |-173 +1.01 -0.75 
187 41.71 4148 141.27 |4 1.74 41.69|+ 1.52 
“a4 |_0.27 084% -0,29 |-C.. |+1.12|+0.1% 
1831/40 0,08 |=2.14 9204 ‚+1,97 Te [17a +1,60 
‚841/50 | 053-084 334 20.497 -1 ‚-0.28 0.90 
14° "41.72 17° +185 +1 +1,52 419 
A 14018 39% 1+0.283 51° 0.47! 0f1 
N 1A1 E18 
Vs 2018 015 4, 20 
1861/70 |. 13 4 41.09 506418 
0.51 |:05° 0 058 7.59 | 1. 
‘871/80 | ılar 14185 14 4077 a5 | 1er 
© "051-0 02° „4120. 
wm [VE a 
1891/1900 0.09 [7 G11 E11 za 
-57 + . 
3,77 0.42. 97.94 
+73 +68 +58 
751 | 0.60 0.65 
+48 | +14 — 1 
9.75 | 0.97 | 1.05 
+ 9 | +47 |) +35 
0.90 | 0.74 0.92 
+36 | +34 +57 
0.23 |! 0.81 | 0.84 
+82 +39 | +24 
9742! 0.66 0.62 
„48 | +61 +. 
DE; 0.87 0.” 
+67 +65 ı +1 
95 0.68 0.8, 
.93 +64 +81 
18% 0.91 0.65 
-23 +20 | +88 , 
1.18 0.94 0.75 
- 7| -29 +80 
‘07 | 1.19 0.27 
‚92 26 
‘| 109 1. 
zZ 78 
17 1 44 
4.579] 81. a RE 
012 149.85 [42.70 +1.48 |+1.38 
” 320 31.25 | 28.02 ı 9.21 | 13.66 
1841/50 1.40.4335 41.70 41.17 | 41.14 
18.97 82.08 | 2418 | 9.91 | 14.84 
1851/60 178 42.18 |42.18 '42.70 1.71 
1861/70 18:78 81.64 | 24.30 | 9.68 | 14.32 
„1.87 53.61 4207 +1,58 |41.60 
19.42 381.05 | 24.03 11.52 | 15.80 
1871/80 131 [22.04 41.78 +1,34 |41.05 , 
*°'79 | 31.90 | 23.83 9.66 | 14.34 
1881/90 “4 492.29 |41.51 41.20 |+1.17 
‚5 | 31.36 98.54 | 10.40 | 14,5r 
1891/1900). 47 |, 319 4188 LDR 47 
Mittel 18.810 31.550| 23.76° 9.89° 14.39 
M. der Str. |+ 1.63 +2,77 |+1.97 |+1.54 |+1.33 
+51 | +75 
+94 +64 495 418 488 +72 
„99 | 30 1 +82 ı +95 +70 +91 | +84 
+04 | 484 | +E1 +99 444 494 1 475 
. 7 | +75 | +68 | +92 | +28 | +88 | +68 
+8” +94 | +86 | +82 +93 +38 | +85 ' +42 
„87 | +98 | 487 | +42 | +98 | +11 | +91 +54 
-70 | +93 | +69 | +53 | +95 | +28 | +82 | +67 
Tabelle 6c. August, 
| Zeit | ‘ H | 1 IV V Korrelationsfaktoren (100 k) 
EEE . bs. ittl. bs. ittl. I aa Ta ET Te 
A es | Men. | Min. Yin. TI | en au ev av nv nn: v{Ivıv 
; W486 _ 1.109] 28.°6°] 7.079] 12.€7” 92 +92 | 85 +91 ! „38 
1831/40 00.148.75 41.50 |+1.65 +1,88 
1841/50 17.97 209.95 22.78 | 9.48 | 13.97 46 +97 | +39 42° 2479 +99 
„1.77 7.05 +1,86 +1,91 |+1.75 
1851/60 18.50 31.85 ı 28.75 | 9,20 14.20 74 +90 66 .C4 13 "A 
1.39 22.30 (41.83 |+1.46 |+1.02 ) 
1861/70 18.04 31.89 | 23.35 | 8.97 18.8C 79 +95 77T 27 „78 
:1.C5 :2,22 [42.00 |+1.25 | + 1.57 
17" 29,98 | 238.81 | 10.89 | 15.17 -88 ET | +€° 1 7 ) 40x 1” 7 
871/80 Wen LA +109 |+1.01 ) | 
“% 21.27 | 866 | 18.40 50 1 +8° | 45° 27 | +74 „82 | _ £ 
1881/00 * $143 4067 +0,96 / / | 
N 22C2 | 9.87 | 14.03 77 | +96 1 „82 ' +84 | +90 +89 | +47 
1891/1900 | ‚<> | 4-29 [4178 0.09 140.88 
Mittel | 18.12°| 20.12°0| 22,530! f£.25°| 1.3 +71 | +91 | +68 | 455 | +62 | +22 | +82 | +57 
M. der Str. |+ 1.48 [+2,35 |+ 1.62 |; 1.32 +1.23 ; 
Tabelle 7a. Juni. 
. ittl. ) abs. mittl. Gesamtmittel 
M. | Str. | abs | Str. [mitt Str. | 205. | Str, | , | Str. |= 
4 Mas _ Max. Mt. Min. En Werte | Str. 
DA, 0... [+22 |+23 |+UC* | +30 | £23 | +' +58 | +32 | +28 | +24} 37+24 | 28+13 
Str. ..... +26 1+89 | +71 |:+839 +33 | x44 | +84 | £41 | +49 | +41 | 53425 | 41+ 2 
Yh....... | 0.85 | 0.59 | 0.53 | 0.77 | 0.87 | 0.75 | 0.69 | 0.78 | 0.47 | 0.59 |. 0.70 0.68 | 
100k($).. 0 | +61 | +24 | —45 | +89 | +75 / +65 +43 | +28 | +38 | +31+21 +334+45 
100% .... ] +41 | +32 | +40 | +37 | +38 | +27 | +30 | +87 | +40 |+8391 — - 
Tabelle 7b. Jali. 
3ttl. bs. mitt. Gesamtmittel 
001° | M. | Str abs Str. [mitt Str. | 2b | Str. | ; | Str. | Gesamtmittel_ | 
0 la) Sr dl) Str Me SE SEES TS 
D.A. .... [+29 [+29 | +28 | +58 | +88 ] 4301 +61 | 283 | +34 | +20 | 37212] 383412 
Str. ..... | +40 | +351 +36 | +61 +48 | +39 | +93 | +52 | +54 | +25 5423| 43414 
Vh...... | 0.72 | 0.82” 0.79 | 0.87 | 0.74 | 0.75 | 0.65 | 0.64 | 0.63 | 0.80 | 0.77 0.77 
100k (4)... | +57 |-44 |- 7 _48 | +30 |-69 | +56 |-46 | +66 | —29 | + 40:80 | —47:+14' 
100% .... | +81 | +33 | +34 | +33 | +86 | +27 | +31 | +34 | +28 | +36 — — 
Mittel zw | 18,04 a 18.1. 
Str. |-- 0.64 | 40.48 | 1.0.59 ‚20.47 
Str., | - 1.44 +1.66 | +1.50 : 1.23 
Str.g 0.45 |+0.30 1+0.36 |:+ 0.36 
D. Ay =0.49 | 1035 | +0.49 0,47 
Yh. 0.67 0.73 0.83 0.85 
k () | — 0.00 | — 0.12! —0.43. —0.23 
D. Az | +0,35 / + 0.25 + 0,80 | + 0.29 | 
VYh. 0.78 0.88 0.84 0,80 
kger., | + 0:06 | — 0.44 | —0.44 | —0.10 
+. | +Lu | + —25| +4 Sl — — 
+35 | +42 | +29 | +88|+82| t261— — — 
en 0.83 | 0.86 | — — — — 
0.23 140.21 140.144] — | — s 
‚0.50 | 40.41] 20.67, +48| +36| 4417| +31! +22| £21, - — —| 
0.74 | " 0.82| 0.68| 0.8 025 0.71| 0,82| 0.70| 0,81 — — — 
0.00 | +0.59| +0.68| —0.66| — 0.73 —0.34/-0.52/40.09 -0.41| — — — 
—— 
40.48 410.29| 40.30] E078| 6° | 1074 — | — —i— —— 
0.54 0.77 0.81 LS f — | — — — — * 
+0.48| —0.15| —0.06[ +4.55| 0.0 rue 1 — 1 — 
I , . & N — i 1 & ı 1 1 
1) Jeweils 2. Zeile = Verhältnis der Streuung der Monatstemneraturdifferenzen zur theoretischen. 
In dem unteren Teile der Tabelle fett I] 
Tahaealle 6a. 
Juni. 
Zeit | ı | mw m | IV | V | Korrelationsfaktoren (100 }) ; 
SLEEE x bs. ittl. | abs. 8 
Mittel. Max. | Max. | Min, | Min. I U:ID | I:II || DIV | DV II: 1V 0: VLIV:V 
6.] . . +L_ El + FÜ +7. 
1881/40 un uSd 415 L694 +12 498 47 497 421 +20 
1841/50 830.0. 1.97 | 7£° 1295 „8 1922 76 839 | 123 165 
2.48 +1.19 +06. +0,98 -35 +81 +21 +28 | +20 | +24 
851/60 29.89 28.07 | 7.00 12.77 „22-838 54 498 8 | %63 76 
} “3 2.18 41.99 | :1.6%9 10,82 it 2-18 240 412 +39 424 +21 
‚861/70 | 4 81.26 22/0 17747 12.75 96 RK 6 2499 459 | 186 470 
6 49204 9) 4977 2189 „9 21€ 41 +4 426 | +16 +2 
871/80 8 129.23 52.23 | 8.L3 1381 44 66 208 {nn 497 431 | 490 4% 
8 141.69 4183 41.65 41.27 47 042 247? 42° 20 430 | +14 218 
881/90 19 30.20 | 22.43 7.20 | 12.54 +" +97 +79 +62 +97 +26 +96 +7 
‚5 |42.60 |4£2.45 41.97 4158 £°° 46 4+°1 |1+24 148 +31 | + 9 [| +22 
1801/1000 | 4.48 | 31.18 | 92.91 | 7.95 | 1268 45 | +99 | +61 +52 | +90 | + 5 | +95 | +64 
. 7% 141.50 1+1.81 |+1.36 +0,92 +11 + 4 | +25 | +27 | +13 | +82 | +10 | +24 
Mittel 4 30.33° 22.71° 7.42° 12,81°| +63 ] +89 ] +64 | +51 | +86 | +18 | +83 | +72 
M. der Str. [+1.42 |+2.09 [4182 |+1.57 +1,19 1 +23 +12 +22 +26 | +13 ' +29 | +18 +22 
Tafel 24. 
Tabelle 7c. August, 
bs. mittl. abs. mitt]. Gesamtmittel 
0.01° | M. | Str. | x | Str. | Str. ; / Str. : Str. Me 
Max, Max. Min. Min. I Werte | Str. 
DA. ...., +46 | +29 [+ 97] +40 | +49 | +27 [+ 75|+31 | +514/ +30. 62+22 | 31+ 5 
Str. ..... | +56 | +39 1+113| +66 | +62 | +31 |+108| +88} +79 +35 | 84 +25 41 +15 
Yh....... 10.83 | 0.83 | 0.86 | 0.61 | 0.80 | 0.87 | 0.77} 0.80 | 0.65 | 0.85 0,74 0.75 
100k(t).. | +36 P- _50|-56|+ 0|-28 | +60 -91 | +88 — 69 |+37428| 65424) 
100% .... |] +35 | +22 | +32 | +31 | +38 | +36 | +30 | +15 | +35 | +27 — 
Tabelle 8. Vergleichung der zeitlichen Koeffizienten. 
1007 * Juni ! Juli Aug. | Mittel! Str. 
Mittel ........ 0 57 36 + + 
Streuung ...... 61 -44 -81 Dr +74 
abs, Max. ..... 24 - 7 50 +22 +2E 
Streuung‘ .....| -45 —48 —56 —50 + 6 
mittl. Max. .... 39 30 0 +23 +21 
treuung ..... 75 —69 —28 - 7 +74 
abs. Min. ..... 65 56 60 +60 + 4 
Streuung ..... 68 | —/2 -31 -11 +69 
mittl. Min. .... “ 38 +44 +20 
Streuung .... 89 51 
AL. der Werte . „1 N ui A + 5 
(Streuung) .... +28 | +2C | +23 | +18 | — 
M. der Str. .... 33 — 47 -53 —22 +46 
(Streuung) .... | +47 18 +23 +15 — 
| abs. Werte ... 44 24 55 41 +18 
mittl. Werte .. 34 |___ 48 19 34 +15 | 
Tabelle 8a. Kff. der Werte der zeitlichen Kff. 
8 . ———— 
100k[ Juni | Juli! Aug. ” Mittel| M. 
Juni ......1 — + 6 +20 +65 | +30 +31 
Juli.......) + 6 — +52 +65 | +41 +32 
August .... | +20 +52 — +61 | +44 +22 
Mittel .....| +65 | +65 | +61 | — |+62 + 4 
Tabelle 8b. Kff. der Streuung der zeitlichen Kiff. 
100k* Juni | Joli | Aug. ' Mittel | M. 
Juni ......] — —28 +17 +73 | +31 +52 
Juli.......| -28 | — | -21 | -26 |-25+ 4 
Feet +17 | -21 +39 | +39 | +12 +16 
Mittel .....] —73 | -26 | +89 |_ 1429 50 
Tabelle 9. 
Streuungen der Sommermonate in Berlin (1831—1900). 
0.0101 ‚Funi Tel Aug. | Mittel | Str. | 
‘c) Mitteltemp. . | 40 56 41 +15 
\abs. Max.... al 36 113 73 +32 
_)mittl. Max. .| 388 45 62 47 | +15 
J) abs. Min. ...| 84 93 108 95 | +12 
(e) mittl. Min... ]__49 | 5% 29 1 61216 
Gesamt"! 3 | 2214 38 
(a) : (c) 79 | € 0.90 | 08% | — 
(a) : (e) EB | 0.74% . 0.71 | 0.C7 “ 
(b) : (c) 2.15 | 0° | 182 | 155) — 
(d) : (e) 1.71 | 1 | 1.37 | 1.56 
(b) : (d) 0.85 | 0.39 | 1.04 | 0.77 | — | 
(Fartsetzung der Tahellen auf der Riickseite dieser Tafel.)