20 WESTMAN, STARKE DER SONNENSTRAHLUNG IM M1TTELSCHWED. OSTSEEGEBIET IM JAHRE 1912. 



Tabelle I. — Messungen der Starke der Sonnenstrahlung in Nijköping 

 und in Kullbo im Jahre 1912. 



N kö in i'f = 58 ° 45 '- 4 N ; >>=17°1'.3 E von Greenwich 

 ^ v °' l Januar— Juni, September — Dezember. 



Kullbo: 



!<p = 58°44'.6 N; X=17°27'.3 E von Greenwich 

 l Juli — August. 



1 



2 



3 



4 



5 



6 



7 



8 



9 



10 



11 



12 



13 



Tag 



e8 £ 



k. ^ 

 "O 



a :o 



.2 g^ 



° § 



►* a H 



O- g g> 



-o 



c?fe g-e 



iy . _ i- P" 



-£ a 3 



fe e 



ss 



ca 03 



S CO 



c ® 



03 



C 1 



j£ £ 



S 

 fffi 



— 



Bewölkung 







a 

 "3 



u 



S 



■g fe 



D 

 43 



'S 



3 



.5 3 1 



pq 



1912 











Gramm.- 

 Kal. 



Gramm.- 

 Kal. 











mm 



Cels. 



mm °/o 





Januar 



31 



2 h 4"'p. 



9°.54 



5.703 



0.886 



0.801 



2 



000 



S— Cu 



3 



740.8 



- 7°.0 



2.3 83 



N 3 



Februar 



1 



1 9 p. 



12 .60 



4.388 



0.421 



0.409 



3 



005 



Ci-S 



3 



40.4 



-13 .4 



1.2 72 



N 4 





2 



31 p. 



13 .92 



4.013 



1.080 



1.049 



3 



001 



S— Cu, Ci 







44.5 



-15 .0 



0.9 68 



N 5 





3 



1 42 p. 



11 .65 



4.708 



0.990 



0.962 



2 



033 



S— Cu 



2 



47.0 



-13 .5 



1.0 69 



N 3 







1 49 p. 



11 .27 



4.894 



0.824 



0.801 



2 



033 



S— Cu 



2 



47.0 



-13 .5 



1.0 69 



N 3 







1 53 p. 



11 .03 



5.003 



0.914 



0.888 



1 



033 



S— Cu 



2 



47.0 



13 .5 



1.0 69 



N 3 





4 



9 59 a. 



10 .77 



5.125 



0.393 



0.382 



1 



004 



Ci— S, Ci 



7 



45.5 



- 8 .0 



1.9 85 



W 1 







1 41 p. 



11 .97 



4.640 



0.747 



0.720 



3 



005 



Ci-S 



5 



45.9 



- 5 .0 



2.8 91 



NW 1 







2 17 p. 



9 .76 



5.621 



0.428 



0.410 



3 



005 



Ci-S 



5 



45.9 



- 5 .0 



2.8 86 



NW 1 





5 



10 30 a. 



13 .09 



4.292 



0.962 



0.930 



5 



210 



S— Cu 







51.0 



- 3 .0 



3.3 92 



W 2 







11 41 a. 



14 .94 



3.785 



1.026 



0.998 



5 



310 



S— Cu 







61.2 



- 2 .0 



3.4 93 



W 2 







2 48 p. 



7 .65 



7.088 



0.750 



0.729 



3 



210 



S-Cu 







52.5 



- 3 .0 



3.7 93 



W 2 







3 30 p. 



3 .90 



12.567 



0.472 



0.459 



1 



210 



S— Cu 







52.9 



- 3 .0 



3.6 92 



W 2 







3 34 p. 



3 .52 



13.578 



0.416 



0.405 



1 



210 



S-Cu 







52.9 



- 3 .0 



3.6 92 



W 2 







3 37 p. 



3 .24 



14.432 



0.393 



0.382 



1 



210 



S— Cu 







52.9 



- 3 .0 



3.6 92 



W 2 





6 



10 44 a. 



13 .73 



4.126 



0.727 



0.707 



3 



000 



Ci 







56.2 



- 8 .0 



1.9 78 



ESE 1 







19 p. 



15 .27 



3.734 



0.618 



0.001 



3 



005 



Ci— s 



1 



50.3 



- 6 .0 



2.3 83 



ESE 1 





15 



7 p. 



18 .22 



3.175 



0.956 



0.933 



4 



000 



Ci— Cu, Ci 







60.7 



- 2 .0 



3.5 85 



NNW 1 







1 41 p. 



15 .88 



3.725 



1.032 



1.007 



2 



200 



Ci — Cu 







00.4 



- 1 .0 



4.2 89 



NNW 1 







1 45 p. 



15 .16 



3.780 



1.006 



0.982 



3 



200 



Ci— Cu 







60.4 



- 1 .0 



4.2 89 



NNW 1 





1(3 



9 59 a. 



14 .44 



3.980 



0.975 



0.952 



1 



303 



Ci, S 







04.5 



- 5 .0 



2.8 86 



WNW 1 







10 48 a. 



17 .08 



3.393 



1.001 



1.036 



5 



302 



Ci— Cu, Ci— S 







04.5 



- 5 .0 



2.9 87 



WNW 1 







11 28 a. 



18 .28 



3.181 



1.090 



1.064 



5 



302 



Ci-S, Ci 



1 



64.5 



- 5 .0 



3.0 88 



WNW 1 







2 6 p. 



14 .17 



4.051 



0.905 



0.884 



2 



402 



A— S, Ci— S 



3 



64.5 



- 2. 2 



5.0 93 



W 1 



März 



1 



11 12 a. 



22 .94 



2.536 



1.037 



1.019 



2 



300 



Cu, A— Cu, Ci 



1 



54.6 



- 7 .0 



5.6 — 



SSE 1 







11 17 a 



23 .08 



2.523 



1.078 



1.059 



2 



300 



Cu, Ci 



1 



54.6 



- 7 .0 



5.6 — 



SSE 1 







11 22 a. 



23 .20 



2.511 



1.102 



1.083 



2 



300 



Cu, Ci 



1 



54.6 



- 7 .0 



5.6 - 



SSE 1 







1 57 p 



19 .65 



2.934 



0.954 



0.937 



3 



406 









54.8 



- 8 .2 



5.3 — 



SSE 1 







2 15 p 



18 .38 



3.124 



0.820 



0.812 



3 



406 









54.8 



- 8 .2 



5.3 — 



SSE 1 





13 



48 p 



27 .57 



2.177 



1.227 



1.213 



5 



200 



Cu 



2 



68.4 



- 1 .0 



2.7 — 



NW 1 







1 40 p 



25 .22 



2.362 



1.184 



1.171 



5 



200 









68.1 



- 1 .0 



2.7 - 



NW 1 







2 25 p 



22 .01 



2.681 



1.140 



1.127 



3 



400 





*0 



67.9 



- 1. 



2.7 — 



NW 1 





14 



2 p 



28 .70 



2.095 



1.098 



1.086 



3 



540 





*0 



67.0 



+ 3 .0 



3.1 — 



SE 1 







8 p 



28 .68 



2.096 



1.095 



1.083 



3 



540 





*0 



07.0 



+ 3 .0 



3.1 — 



SE 1 







1 41 p 



25 .54 



2.332 



1.004 



0.993 



3 



540 





*0 



07.0 



+ 3 .0 



3.1 — 



SE 1 



G 



r68C 



lätzte W 



erte sind 



kursiv g 



edruckt. 





















