286 Sitzung der physikalisch-mathematischen Classe vom 13. März 1913. 
Häufigkeit des Vorkommens der Zehntel-Grad bzw. -Millimeter 
bei den Ablesungen, ausgedrückt in Promillen. ; 
Potsdam (1901— 19 1 
Celle 
(19 
Pawlowsk EEE Summe [123.2 | 81.5 124.2| 91. 1/114.6 84.0 114.9. 83.5 106.17 76.9 | 123.2 
Schneekoppe (1891— 1900) Summe | 104.7 | 110.3 | 107.7 96.6 104.2 91.3 100.6. 95.9 97.9| 
Brocken & 
(1896— 1903) Summe [101.4 | 99.4 | 111.4 ' 100.8 109.0) 88.4 102.7 93.8 106.5 | 86.6 | 101.4 
(1904— 1910) Summe | 87.9 | 109.5 .. 90.9, 103-5] 81.2| 105.2, 88.6 111.3) 103.5 87.9 
Wasserleben (1901—ı910) Summe [148.6 69.1 ‚132.3 | 64.7 143-1] 67.8| 132.2 62.8 131.9 47-5 | 148.6 
Breslau (1851—1860) Summe | 167.3| 53.7 149.5 49.9 160.4 | 46.2 137.3 51.1] 1409 43.7 | 167-3 
Langres 
Celle 
(1890— 1899) Summe | 99.5 | 8| 99.2| 100.8 | 107.1 | 101.9 | 105.2| 93.2| 97-4| 99-5 
| G00-100) Summe | 102. in 102. < Bam) 99.3! 97 .o| 99:3, 99.1 on 101.7 | 100.9 | 102.4] ! 
(1890— 1909) Summe | 101.0 23 95.6 | ee 98.9 | 103.2 | 100.5 | 103.3 | 97.4 | 99.1 101.0 
Wasserleben (1901— 1910) Summe | 103.2 | 104.4| 96.9) 105.6| 96.0) 96.0| 96.9 100.2| 98.6 102.2) 103.2 
Gelnhausen (1901—1910) Summe | 127.4 | 111.7 
Wyk a. Föhr (1891—1900) Summe | 121.1 | 112.7 
Eisleben (1904— 1912) Summe | 90.0 Er 93.3| 91 9 121.8 
Neukirch (1907— 1912) Summe |ı151.8| 89.1 
!/s°-Thermometer. 
in 128.4 | 75.6| 124.6 Tat 84.11117.7| 81.9 122.1 72.8) 128.4 
| 2Pp 123.5 | 83. 5, 121.3, 81.9, 108.4 83.2 115.3 | 82. 4 116. 4 84.1| 123-5 
gP 121.3. 71.5| 124.0 79-4 | | 122.9| 77.2|121.6| 82. 2| 124.0| 75.9| 121.3 
Summe | 124.4. 16.9 123.3. ı 78. 1 117.0) 81.5 118.2 82.2] 120.9. 77-5 | 124.4 
[ | 7% 137-5 | 57-5 | 145.1| 49.9) 172.2| 43.4 161.8, 40.1 | 137: 3 55.237308 
2P 125.1| 60.2 150.1, 60.4 152.1) 47.0 149.1, 50.7149. 4 56.0 | 125.1 
r9.4 1 79.1 111.6 83.9 131.2 70.8|131.7| 75.0 129.5 69.8| 119.4] 
Summe [127.3 64.9 | 135. 6 64.7, | 151.9) 53.7 147.6] 55.3 138.7 60.3 | 127-3 
Ser 1899) Summe [122.2 66.9, 137. 4 69.0. 141. 6 61.0, 136.7 62.7 134.1 68.3 | 122.2 
— 1909) Summe |132.4 | 63.0/133.6| 60.4 | 162.1! 46.5 158.3. 47.9 143.4 | 52.4 | 132.4 
(1890 — 1909): 
90.8 | 104-7 
(1899— 1908) Summe |255.8| 0.5 211.6) 0.5/177.4| 0.8/170.7| 0.3/182.2| 0.2| 255.8 
Barometer mit "/,. mm-Nonius. 
!/;°-Thermometer (vertikal). 
| 98.3, 77.1) 89.5 
105.1 | 85. 8| 104.6 
110.1 | 121.3 jr 90.7| 73-7 | 127-4 
99.8 106:8| 93.9 76.8| 93.4 | 121-1 
92.7|110.1/103.4| 73.4 | 104.8) 90-0] 
126.4 104.2| 80.8) 75.6) 81.5) 151.8 
96.1) 78.3 | 116.3 
' 
!/,°-Thermometer (horizontal; Maximum -Thermometer). 
102.7 |113.9|101.8|100.2| 95.3) 87-1 110,6 
103.2 139.9 |109.3| 92.0 69.8 93.1 131.7 
98.3, 89.6 107.6 99.4 947, 972 83.8 
140.4 91.1)119.8| 80.8| 66.8| 117.4 | 85-6 
92.3) 87.2) 98.9) 97.0 97-4 92.3 
130.9| 84.3| 70.4 95.8) 96.1) 151-4 
98.0 | 112.8 118.9| 93.4 | 83.5 | 101-3 
Potsdam (1901— 1910) [110.6| 96.4| 95.6| 96.4 
Erfurt (1901— 1910) [131.7 | 114.5 | 80.0) 66.5 
Schneekoppe (1891—1900) | 83.8| 85.7 | 123.8| 119.9 
f (1896— 1903) | 85.6 123.2) 85.9 89.0 
l (1904—ı910) | 92.3 114.2, 108.3 119.3 | 93.1| 
Wasserleben (r901— 1910) [151.4| 94.2| 83.5 aılaııa 
Gelnhausen (1901—1910) [101.3 | 108.2 | 115.8| 84.6| 83.5 
Brocken 
!/;°-Thermometer. 
Dundee . (1901--1910) | 174-6! 50.2|131.3| 56.7| 74-5| 124.0| 130.2| 58.7 | 126.4 | 73.4 | 17461 
