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Ziegler Polar Expedition (1903-1905).

Scientific results obtained under the direction of William J. Peters, representative of the National geographic society in charge of scientific work, ed

. (page 17 of 121)



20 47.0 49.0


22 57


22 51.9 53.3 04


22


49.8 50.9 23 oo


22 31.8 33.4 32


22 49.5 51.3


23 oi


24 50.6 51.7 23 oi


24


47.8 50.3 22 58


24 31.8 33.4 32


24 46.5 49.5


22 57


26 48.7 49.3 22 58


26


47.1 49.9 22 57


26 31.2 33.2 32


26 45.5 46.6


54


28 45.0 45.6 52


28


48.9 51.8 23 oo


28 25.1 27.1 22


28 39-4 42.0


46


30 44.2 45.8 52


-19.0 30


50.0 52.4 oi -18.5


30 21.2 22.2 i 15 -I8.5


30 42.5 44.6


50 -18.6


32 44.0 46.8 52


32


52.8 54.2 05


32 27.8 30.5 22 27


32 42.3 44.6


50


34 45.0 47.6 54


34


55-5 57-3 09


34 56.1 66.0 23 17


34 44-9 46.2


53


36 40.8 43.0 47


36


56.9 57.9 ii


36 37.8 44.7 22 45


36 46.0 47.4


55


38 44.8 46.4 52


38


54.7 55-8 07


38 29.5 35.9 32


38 39.0 41.0


44


40 44.4 46.6 52


40


54-0 55.3 06


40 32.5 36.8 22 35


40 41.0 43.2


48


42 43-6 45-4 51


42


53-1 54-4 05


42 72.2 73.8 23 35


42 Lost




44 42.8 44-3 49


-19.0 44


50.4 52.1 23 oi -18.6


44*6 41.5 52.5 27 03


44 41.9 45-7


50 -18.5


46 41.0 42.0 46


46


48.9 48.9 22 58


46 Lost


46 43.6 45.6


22 52


48 42.0 43.5 48


48


46.7 47.0 54


48*2 19.7 20.2 27 23


48 50.0 52.3


23 02


50 42.1 43.6 48


50


46.0 46.3 53


SO* 39.2 62.0 26 04


50 56.9 59-3


13


52 40.8 41.4 45


52


44-9 45-3 52


52*2 34.1 57-7 24 08


52 63.2 66.8


24


54 40.8 40.9 45


54


43.2 44.0 49


54 7.8 40.9 23 34


54 62.9 65.7


23


56 38.0 38.0 41


56


41.9 42.5 47


56* 19.2 50.5 04


56 59.7 64.8


19


58 31.8 32.8 32


58


40.0 41.1 44


58 39.9 64.9 31


58 57.6 61.6


15



Observers W. J. P. and F. L., who alternated from I2h 1401 to I2h
24m; F. L. and W. J. P., who alternated from I2h 58111 to 13)1 I2tn;
W. J. P. and R. R. T., who alternated from 14!] 08111 to 14)1 I4m.



Observers R. R. T. and W. J. P., who alternated from i8h 4om to
i8h som ; W. J. P. and R. R. T., who alternated from 19)1 34m to
19!] 44m.



MAGNETIC OBSERVATIONS
Tabulation of magnetic declinations observed at Teplits Bay Continued



81



Wednesday, November u, 1903


Magnet scale erect


Thursday, November 12, 1903


Magnet scale erect inverted




Scale : East


Scale East






Scale


East


Scale


East




Chr'r


readings decli- Temp.


Chr'r readings : decli-


Temp.


Chr'r


readings


decli- Temp. Ch


r'r readings


decli-


Temp.


time


nation C.


time nation


C.


time




nation C. tin


ic


nation


C.




Left Right


Left Right






Left Right




Left Right


























h m


d d '


h m d d





h rr.


d d


/


h i


add


O 1


O


20 oo


5I.I 57.8 23 07 -18.3 22 00 54.0 56.5 22 22


-17-7


16 oo


37.3 37-9


22 43


-10. o 18 c


o 46.2 43.7


22 44


-18.8


02


43-3 47-9 22 53


02 53-1 57. 8 22




02


37-3 38.1


44 o


2 47.3 44-7


42




04


39.2 44.1 47


04 58.8 62.6 30




04


37-0 37.4


44 o


4 50.4 47-7


37




06


38.8 42.4 45


06 43.0 56.5 22 13




06


37-6 37.9


44 o


6 50.8 48.6


36




08


36.0 39.0 41


08 33-6 35-6 21 49




08


36.6 36.8


43 o


8 51.8 49.3


35




10


37-3 41-8 44


10 36.3 43-4 58




10-


36.5 37-3


43 10 52.4 49-9


34




12


33-6 37.1 37


12 33.1 44.6 56




12


37-i 37-8


43 12 i 54-8 52.4


30




14


36.1 39.8 22 41 -18.4


14 35.7 40.3 55




14


37-3 38.2


44 -19.0 I


4 56.0 53.6


28


-18.5


16


47.3 52.1 23 oo


16 29.7 33.0 44


-17.4


16


36.0 37.0


42 i


6 55-2 53.0


29




18


4I.I 47-2 22 51


18 25.6 31.6 21 40




18


35-7 36.1


41 18 52.5 54-5


30




20


42.1 47.2 52


2O 52.O 56.6 22 2O




20


34-0 34-9


39 20 55.2 53.7


29




22


42.0 51-5 55


22 70.1 70.3 45




22


32.8 34-8


38


22 48.0 46.0


40




24


40.2 45.7 49


24 6O.O6 29




24


Scale




2


4 48.0 46.3


40




26


3i.o 37-2 35


26 6l.3 6l.3 31




26


inverted


2


6 45-3 43-6


44




28


28.5 37-9 34


28 60.0 62.1 31




28*


46.6 36.1


34


28 45.3 44.0


44




30


28.6 33.0 30 -18.4


30 53-6 55.6 21


-17.5


30


46.3 36.3


34 -19.0 30 47.8 46.6


40


-18.5


32


31-5 35-4 34


32 53.8 56.3 21




32


42.7 42.2


32


32 48.1 46.0


41




34


37.7 46.4 48


34 46.8 48.9 10






45-3 45-3


27


34 48.4 46.9


39




36


33.0 41.3 40


36 41.1 44.6 02




36


41.6 39.8


35


36 48.9 47-8


39




38


43.6 47.2 22 53


38 42.5 44.8 04




38


35.8 34.9


43 38 43-2 41.2


49




40


55.9 74-1 23 24


40 52.0 52.6 17




40


27.9 30.3


53 4


o 37.7 36.0


57




42


18.3 49.2 22 35


42 62.3 65.0 35




42


33-7 32.6


46 42 36.5 35-3


58




44


26.1 34.5 29 -18.5


44 61.0 72.3 22 40


-17.5


44


36.7 35.1


42 44 38.3 37-6


22 55


-18.6


46


21.6 27.6 20


46*3 51.2 65.5 23 18




46


36.8 33.8


43 -19.0 46 34.8 33.6


23 oi




48


17.9 2=;. 8 16


48 Lost




48


30.6 28.1


22 53


48 33.6 32.3


23 03




50


19.6 26.8 18


50* 6.0 25.5 23 52




50


19.8 18.8


23 08


50 40.1 38.9


22 53




52


20.7 27.4 19


Si* 32.3 37-0 22 55




52*


51-0 40.3


23 36


52 45.5 44.0


44




54


24.7 30.5 25


54 12.3 21.0 27




54


33.0 18.2


24 08


5


4 43-8 42.7


47




56


26.9 33.2 29


56 6.0 14.3 17




56*


50.3 38.8


57


5


6 42.7 41.7


22 48




58


26.9 35.3 31


58* 37-0 53.8 21




58


74-3 64.3


24 18


58 32.4 31.8


23 04




21 OO


27.9 34.7 31 -18.1 23 oo 42.6 60.0 31


-17.3


17 00*1


38.9 23.1


23 45


-19.0 19 oo 27.8 26.8


12


-18.3


O2


24.0 30.2 24


02 52.8 56.3 36




02


22.9 6.0


24 10


o


2 17.8 15.4


29




04


24.5 33.6 27


04 53-5 57-3 37




04*


Si-9 39-1


43


o


4 26.9 24.8


23 15




06


29.4 65.1 22 56


06 59-3 62.3 46




06


73-3 57-6


12


06 37.4 36.2


22 58




08*


26.7 65.6 23 09


08 56.2 59.2 41




08


70.7 60.2


12


08 ' 46.9 44.6


44




10


Lost


10 48.6 51.6 29




10


75-1 65.9


04


10 50.5 48.1


38




12*


14.9 24.8 21 26


12 55-1 58.5 39




12


79.0 67.2


24 oo


12 ! 55.8 52.7


30




14


54.6 55.6 22 22 -17.8


14 49.6 52.3 30


-17.3


14*


56.3 48.7


23 34


-18.8 i


4 57.4 54.8


27


-18.1


16


41.6 44.4 O2


16 57.4 60.0 42




16


45-9 41-2


48


i


6 57-4 52-7


29




18


44.3 45.8 06


18 54.0 57.8 38




18


52.7 46.1


38


i


8 55-2 50.7


32




20


43.8 47.2 06


20 53-0 56.0 36




20


65.2 60.4


17


2


o 58.8 49.2


30




22


43.2 48.1 07


22 47.8 50.0 27




22


74.0 68.9


04


2


2 54-9 50.3


32




24


42.0 47.0 05


24 52.8 53.9 34




24


73-1 69.5


04


24 55.6 51.2


31




26


58.8 60.8 29


26 59.3 60.3 44




26


75-3 72.7


23 oo


26 56.7 52.3


30




28


65.3 68.8 40


28 59.0 60.8 44




28*2


41.2 32.2


22 j6


2


8 56.9 52.9


29




30


62.2 65.2 35 -17.8


30 62.3 63.0 48




30.3


43-8 34.1


53


-18.8 3


o 56.8 53.1


29


-18. i


32


53.9 57.2 22


32 61.8 65.6 50




32


46.5 40.2


46


32 52.9 51.3


33




34


53.2 55-4 20


34 64.2 70.0 55


-17.3


34


49-1 43.1


4i


34 57-2 55-1


28




36


52.8 55.2 20


36 66.0 69.3 56




36


51.1 46.1


37


36 67.7 63.7


13




38


52.0 52.6 17


38 68.0 71.0 59




38


52.2 47.6


36


38 69.1 66.1


10




40


54.2 55.2 21


40 60. i 65.0 48




40


52.9 48.2


34


40 63.3 53.2


24




42


42.2 42.2 27


42 59.4 62.2 46




42


51.8 47.7


36


4


2 49.3 45.1


22 42




44


58.0 60.4 28 -17.7


44 59.3 62.8 46


-17.3


44


50.8 47.3


37


-18.8 44* 68.3 66.1


23 31


-18.0


46


52.8 55.9 20


46 61.6 66.5 50




46


Si.o 47-3


36


46 58.1 55-7


23 47




48


48.2 52.4 14


48 60.8 66.2 50




48


50.9 47-3


36


48 Overl'k'd






So


51.2 52.8 17


50 61.8 66.4 51




50


50.1 47.1


37


50* ' 44.5 14.7


22 28




52


46.5 48.8 10


52 62.5 67.5 52




52


50.2 47.3


37


52 45.2 30.5


15




54


46.9 48.8 10


54 63.1 67.5 53






48.9 45.9


39


54 51-3 33-9


07




56


53.0 55.6 20


56 59.5 64.3 47




56


46.9 44.1


42


5


6 41.8 34.2


22 15




58


55.9 59.4 25


58 54-5 58.3 38




58


46.8 44.2


43


5


8 72.4 61.2


21 29






2


4 oo 61.2 64.6 49


-17.2








20


o 51.7 40.8


22 O2


-17-5



Correction to local mean time is + 3m 545. 00 torsion = 28/7.
Torsion head at oh oom read 356 and at 24!! ism read 351".
Observers R. R. T. and W. J. P., who alternated from 2ih 5201 to
22h 02m.



Correction to local mean time is + 4m 545. 90 torsion = 29'.
Torsion head at ish oom read 344 and at 2Oh torn read 329.
Observers R. R. T. (W. J. P. I7h I4m to l8h 4001, alternated to
i8h 52m.)



82



SCIENTIFIC RESULTS OF ZIEGLER POLAR EXPEDITION
Tabulation of magnetic declinations observed at Teplitz Bay Continued



Sunday, November 15, 1903


Magnet scale inverted


Sunday, November 15, 1903


Magnet scale erect


Scale East




Scale


East






Scale East


Scale


East




Chr'r readings decli- Temp


Chr'r


readings


decli-


Temp.


Chr'r


readings decli- Temp. Chr'r readings


decli-


Temp.


time


nation C.


time




nation


C.


time


nation C.


time




nation


C.




Left Eight




Left Right








Left Right




Left Right






h m d d '


h m


d d


o /





h m


d d '


h m


d d


o /





o oo* 46.3 40.3 22 30 -15.0


2 OO


32.8 29.1


22 50


-14.1


4 oo


Scale made


6 oo


36.0 36.8


22 49


-ii. 7


02 46.3 41.0 30


02


31.7 29.2


51




02


erect


02


33-7 34-5


45




04 44.9 39.6 32


04


30.9 28.8


52




04


73-1 75-3 22 50 -12.


8 04


33-4 34-9


45




06 44.9 39.8 32


06


28.9 27.1


54




06


73-1 76.2 50


06


34-2 35-2


46




08 44.3 39-4 33


08


29.1 26.9


54




08


73.8 77-1 52


08


33-3 35-1


45




10 47.8 43.5 27


10


30.6 28.6


52




10


73-6 76.4 51


10


35-2 36.8


48




12 46.0 42.O 29


12


35-0 33.3


45




12


73-1 75-8 50


12 34.1 35.0


46




14 45.8 42.2 29 -14.6


14


35-7 34-2


44


-14.0


14


73-7 75.8 51 -12.


7 , 14 33-8 34-6


45


-ii. 7


16 44.6 40.9 32


16


35-7 31.6


46




16


73.2 76.4 51


16 33-7 36.7


47




18 46.0 44.8 26


18


35-3 31.8






18


74.7 76.8 52


18 33-3 36.2


46




20 43.3 40.0 33


20


35-2 32-1


46




20


74.8 77-4 53


20 30.6 33.6


42




22 41.8 38.8 35


22


35-2 32.2


46




22


75.1 77.8 53


22 32.1 34.8


44




24 41-6 38.5 36


24


34-0 30.9


48




24


74.9 77.2 53


24 32.5 34-7


45




26 39.8 36.8 38


26


31.8 28.8


Si




26


75-2 77-4 53


26 33-6 35.8


46




28 39-8 37.1 38


28


30.0 27.7


53




28


76.8 78.3 55


28 33-3 35-2


45




30 41.1 38.9 36 -14.7


30


32.1 29.5


50


-14.0


30*


36.8 42.0 54 -12.


4 30 31-8 33-1


42


-ii. 3


32 41.7 38.1 36


32


37-2 33.2


43




32


37.1 42.3 54


32 31.6 32.9


42




34 42.9 39.3 34


34


38.1 34-2


42




34


37.6 42.9 55


34


33-1 34.6


45




36 42.3 39.4 34


36


37-0 33-3


43




36


38.3 41.8 54


36 33.8 34.8


46




38 39-8 36.8 38


38


33-6 29.8


49




38


38.7 41-7 55


38 31-5 32.2


42




40 39-8 37-2 38


40


33-1 28.9


50




40


40.1 42.7 57


40 29.4 30.6


39




42 40.8 39.1 36


42


33-8 29.8


48




42


37-8 39-8 53


42 32.8 33.4


44




44 41.0 38.0 36 -14.6


44


33.2 29.2


50


-13-9


44


34-8 36.8 48 -12.


I 44 34.2 35.2


46


-11.2


46 41.6 37.8 36


46


34-0 27.2


So




46


33-0 35.7 46


46 31-8 35-2


44




48 40.7 37-7 37


48


33-1 27.1


Si




48


35.8 38.8 50


48


31-8 34-3


43




50 40.9 38.1 36


50


33-2 27.7






50


37-7 39-8 52


50


37-1 40.3


52




52 42.7 40.1 34


52


34-8 29.4


48




52


34-4 36.8 48


52


29-8 33-7






54 42.5 39.9 34


54


32.9 27.9


5i




54


35-2 37-7 49


54 30.8 33.3


42




56


42.0 39-4 35


56


32.3 27.9






56


38.2 39.2 52


56 31.1 34.1


43




58


41.2 39.2 35


58


32.4 28.2


51




58


35-3 37-0 48


58 31.1 33.2


42


[


I 00


41.8 39-8 34 -14.7


3 oo


32.6 29.0


50


-13.8


5 oo


33.0 34.1 44 -12.


o 7 oo 31.9 34.0


43


-11. I


02


41-3 38.3 36


02


33-2 30.0


49




02


33-1 34-8 45


02 30.1 33.5


42




04 39-8 37-1 38


04


32.8 30.0


49




04


35-3 37-7 49


04 30.3 33-8


42




06 40.0 36.9 38


06


33-6 31.2


48




06


34.0 36.0 47


06 31.0 33.3


42




08 40.9 37-3 37


08


32.3 30.2


50




08


32.0 34.3 44


08 31.1 32.9


42




10 40-3 37-2 38


10


31.8 29.3


51




10


30.0 32.8 41


10 31.1 32.7


42




12 40.5 37-3 37


12


32-4 30.0


50




12


35-4 37-3 49


12 31.4 32.8


42




14 39-8 36.8 38 -14-6


14


32.2 30.0


50




14


35-3 38.1 49 -12


14 30.3 3I.I


40


-1 1.0


16


39-2 36.3 39


16


33-6 30.0


48




16


30.2 33.8 42


16 29.9 33.9


42




18


39.0 36.1 40


18


33-1 29.7


49




18


32.5 35-7 45


18


3I-I 35-1


44




20


39.1 36.2 39


20


32.3 29.1


50




20


33-7 36.4 47


20


28.9 32.9


40




22


37.7 36.8 40


22


31.8 29.3


Si




22


31.4 34.0 43


22


30.3 34-1


42




24


38.8 36.3 40


24


33-2 31.0


48




24


31.9 34.1 43


24


29.1 33.1


40




26


37-8 35.9 41


26


34-8 32.8


45




26


35-8 37-6 49


26


29.6 33-2


41




28


38.8 36.8 39


28


35-1 33.4


45




28


34.9 36.1 47


28


31.9 35-8


45




30


38.1 35.9 40 -14.3


30


34-8 33-1


45


-13-4


30


30.8 33.2 42 -12


o 30


32.0 35.2


44


-10.8


32


37-3 33-3 43


32


34-0 33-3


46




32


30.3 32.9 41


32


30.1 32.0


40






35.8 32.2 45




34-2 33-8


45




34


31.3 33-2 42


34


29.8 31.7


40




36


36.6 33.2 44


36


34-8 34-6


44




36


33.9 36.1 47


36


27.8 29.7


37




38


36.4 33.2 44


38.3


33-9 33-2


46




38


31.2 33.8 43


38


28.8 30.0


38




40


35.8 33.2 44


40


34-3 33-9


45




40


32.2 33.9 43


40


36-2 39.6


51




42


34-9 32-1 46


42


35-2 34.9


44




42


32.6 34.0 44


42


35-9 36.9


49




44


34-3 31.3 47 -14-2




34-8 34-2


44


-13-3


44


35.1 36.0 47 -ii


9 44


30.3 31-1


40


-10.7


46


33.8 29.8 48


46


34.6 32.0


46




46.3


35.1 36.0 47


46


31.2 32.3


41




48


35.0 30.9 47


4 8


34-3 31-8


47




48


33-2 34-1 44


48


33-2 34-8


45




50


34-9 30.8 47


50


34-8 32.6


46




50


33.4 34-8 45


50 31.0 32.8


42




52


34-3 29.9 48


52


34-6 32.3


46




52


34.2 34.7 46


52 32.5 33-7


43






33-7 29.6 49


54


33-8 31-7


47




54


36.1 37.9 50


54 33-7 34-6


45




56


33-4 29.4 49


56


34-4 32.4


46




56


33-4 34-4 45


56 31.8 32.9


42




58


33.0 28.9 50


58


35-3 34-9


43




58


34.6 36.0 47


58 32.7 34-2


44
















1


8 oo 31.9 33.2


43





Observer R. R. T.



Correction to local mean time is + 5m 583.

Torsion head at oh OOm read 324 and at the end read the same.

Observer R. R. T.



MAGNETIC OBSERVATIONS
Tabulation of magnetic declinations observed at Teplitz Bay Continued



Monday, November 16, 1903


Magnet scale inverted


Tuesday, November 17, 1903


Magnet scale erect




Scale East




Scale


East






Scale East


Scale


East




Chr'r


readings decli-


.Temp. Chr'r


readings


decli-


Temp.


Chr'r


readings decli- .Temp.


Chr'r readings


decli-


Temp.


time


nation


C. time




nation C.


time


nation C.


time


nation


C.




Left Right




Left Right








Left Right


Left Right






h m


d d '


.


h m


d d


t


O


h m


d d


h m d d


O t


O


8 oo


41-8 35-7 22 40 -22.0 10 OO


39-3 37-9


22 40


-18.2


12 OO*


40.2 44.4 22 54 -14.7


14 oo 14.7 15.9


22 12


-13.8


02


39.8 36.8 40 02


40.3 37-6


40




02


38.8 44.2 22 53


02 12.2 I3.I


08




04


41.1 37-8 39 04


39-8 37-3


40




04


48.5 51.6 23 06


04 II. I 12. O


06




06


40.8 37.8 39 06


39-4 37-4


40




06


45.1 48.8 23 01


06 13.2 14.8


10




08


43-8 39-6 35 08


39-5 37-3


40




08


40.6 43.3 22 54


08 15.8 17.9


14




10


44-8 39-2 35 10


39-6 38.1


40




10 39.1 40.3 50


IO l8.2 20. 2


18




12


43.8 38.9 36 12


39-9 39-1


39




12


39-9 42.7 53


12 ! 14.3 I6.I


12




14


42.2 37-5 38 -21.5 14


39-3 37-7


40


-17.8


M


44.0 46.3 22 59 -14.6


14 14.0 14.8


10


-13.6


16


42.3 35-2 40 16


38.9 37.0


4i




16


45-9 48.3 23 02


16 8.9 11.7


04




18


42.0 35.1 40 18


39-3 36.3


4i




18


43.8 46.0 22 58


18 8.2 10.8


03




20


42-9 35-9 39 20


39-8 37-0


40




20


40.5 42.2 53


20 11.7 14 . i


08




22


42.8 36.4 38




22


40.0 37.8


40




22


37-7 4o.o 49


22 15.8 18.6


15




24


44.2 38.2 36




24


39-8 37.7


40




24


33-8 35-8 42


24 ! 19.4 21.7


20




26


42.8 37.0 38




26


39-6 37-8


40




26


31.0 32.9 38


26 17.4 21-5


18




28


42.2 36.8 39




28


40.1 38.8


39




28


27.1 29.8 32


28 16.8 17.8


15




30


43-0 37.9 37


-21.0


30


39-8 38.6


39


-17.7


30


25.2 27.9 29 -14.5


30 17.3 18.1


16


-13.4


32


42-7 35-7 39


32


40-5 37-7


39




32


22.2 25.9 25


32 9-3 ii. 2


04




34


40.6 38.8 38


34


39-8 37-1


40




34


24.7 2.I 29


34 10. i 11.9


05




36


39.8 38.0 40 36


39-5 36.9


41




36


26.1 29.8 32


36 6.8 8.2


oo




38


38.9 37.4 41 38


39-8 37-3


40




38


25.8 29.1 31


38* 37.8 43.3


02




40


39.7 38.1 40 40


39-8 37-7


40




40


24.9 28.2 29


40 37.0 43.1


OI




42


39-4 38.4 40 42


40.9 39.2


38




42


24.3 28.1 29


42 40.7 45.9


06




44


39.2 38.0 40 -20.9 44


42.0 40.5


36


-17.8


44


22.9 25.5 26 -14.4


44 38.0 42.1


OI


-13.2


46


39-9 36.2 41 46


41.5 40.2


37




46


23.3 26.2 26


46 ; 41.9 45.9


07




48


40.3 37.2 40 48


40.7 39.6


38




48


23.O 25.9 26


48 40.2 44.7


05




5"


4-8 37-9 39 50


40.7 39.8


38




50


23.8 25.8 27


50 37.9 41.9


OI




52


40.9 37-8 39 52


40.3 39-7


38




52


23.4 25.8 26


52 38.2 41.7


OI




54


39.2 37.0 41 54


40.1 39-5


38




54


22. 23.8 24


54.2 38.3 41-2


00




56


41-0 37-9 39 56


40.2 39.8


38




56


23.9 25.2 26


56 38.2 41.2


22 OO




58


43-0 40-3 35 58


39-8 39-6


38


-18.0


58


26.0 27-5 30


58 36.4 39.8


21 58




9 oo


42.8 40.3 36


-20.4 ii oo


39-5 39-2


39




13 00


24.8 26.0 28 -14.2 15 oo 41.1 44.8


22 06


-13.1


02


40.8 38.6 38




02


39-3 39-2


39




02


24.2 25.1 26


02 44.5 46.2


09




04


39-3 37-3 40




04


39.6 39.2


39




04


20. 6 21.8 21


04 47.6 50.1


IS




06


39.1 37-2 41




06


39-7 39-3


39




06


21.8 23.2 23


06 48.3 50.7


16




08


39.1 38.1 40




08


39-6 39-4


39




08


19.8 20.8 20


08 49.4 52.1


18




10


39.1 37.9 40




IO


38.9 38.9


40




10


18.1 19.1 17


10 49-3 51-8


18




12


38.2 37.2 42




12


39-1 39-1


39




12


20.0 21.7 20


12 48.8 5O.9


16




14


38.4 37.3 41


-19.8


14


39-8 39-2


39


-18.0


14


22.3 24.2 24 -14.2


14-5 56.1 57-2


27


-13.1


16


39-0 36.7 41




16


40-0 39.5


38




16


26.1 27.2 30


16 60.2 60.3


33




. 18


39-2 37.2 41


18


39-6 39-2


39




18


23.9 25.0 26


18 63.9 64.2


39




20


39.8 37.6 40 20


40.1 39.2


38




20


24.3 25.3 27


20 I 63.9 64.7


39




22


39.6 37.8 40 22


40.7 40.0


37




22


23-4 24.4 25


22 ! 67.1 67.9


44




24


39.8 38.1 40


24


40.2 39.3


38




24


21 . 8 22 . 3 22


24 68.8 69.6


47




26


39.6 38.2 40




26


40.6 40.2


37




26


20.9 21.8 21


26 71.4 71.8


51




28


39.2 38.1 40




28


39-3 38.9


39




28


22.6 23.O 24


28 72.8 73.7


53




30


39.0 38.2 40


-19.0


30


40.0 39.3


38


-18.0


30


21-4 21.9 22 -I4.I


30 71.9 72.3


Si


-13.2


32


40.1 37.4 40 32


40.7 39.8


38




32


20.9 22.7 22


32 72.1 72.9


52






39.8 37.8 40 34


40.9 40.2


37






21.7 22.6 22


34 72.8 73-7


53




36


39.9 38.0 40 36


40.8 40.2


37




36


21.8 22.2 22


36 73-1 73.7


53




38


39.4 37.8 40 38


41.8 40.9


36




38


23.2 23.9 25


38 73-5 74-2


54




40


39.1 37.3 41 40


41.1 40.1


37




40


22.2 23.0 23


40 74.1 74.6


55




42


37.8 36.5 42 42


42.0 40.9


36




42


22.1 22.9 23


42 76.0 77.1


58




44


38.1 36.9 42 -18.0 44


42.8 42.2


34


-18.2


44


22.3 23.6 24 -14.0


44 73-8 74.7


55


-13.2


46


38.2 36.8 42 46


44.0 42.9


32




46


21.9 22-7 23


46 72.8 74-1


53




48


39-7 38.3 39 48


44-8 43-3


32




48


2O.4 21.8 21


48 72.1 73-5


52




50


39-3 38.3 40


50


43-3 42.2


34




50


22.7 23.5 24


50 71.2 72.6


Si




52


39-9 38.7 39


52


42.5 41-0


35




52


23.2 23.9 25


52 69.6 71.2


49




54


40.2 38.7 39


54


43-1 42.1


34




54


21.8 22.5 22


54 ; 67.9 69.8


46




56


39-7 37-8 40 56


42.8 42.2


34




56


20. 2 2O.9 20


56 66.8 68.8


45




58


39.8 38.0 40 58


42.7 41.9


34


-18.1


58


18.2 19.5 17


58 66.3 67.8


43






12 00

1


42.7 39.2


36








6 oo 64.9 66.1


41


-13.2



Correction to local mean time is + 6m ois. 90 torsion = 25/6.
Torsion head at 7h 3om read 324 and at I2h 30m read 321.
Observer R. R. T.



Correction to local mean time is + 6m 155.

Torsion head at nh oom read 318 and at the end read the same.

Observer R. R. T.



8 4



SCIENTIFIC RESULTS OF ZIEGLER POLAR EXPEDITION
Tabulation of magnetic decimations observed at Teplitz Bay Continued



Wednesday, November 18,


1903


Magnet scale inverted


Wednesday, November 18, 1003 Magnet scale inverted




Scale East






Scale


East






Scale


East


Scale East




Chr'r


readings decli- .


Temp.


Chr'r


readings


decli-


Temp.


Chr'r


readings


decli- .Temp.


Chr'r readings decli-


Temp.


time


nation


C.


time




nation


C.


time




nation C.


time nation


C.




Left Right






Left Right








Left Right








Left Right




h m


d d '





h m


d d


/


O


h m


d d


/


h m


d d '


o


00*


39.0 38.0 22 l6


-17.7


2 OO


47-5 45-7


22 59


-15.8


4 oo


36.8 35.0


23 16 -15.8


6 oo 44.6 44.6 23 02


-16.0


02


39-5 38.4 16




02


48.5 46.5


58




02


36.0 34.4


17




02 46.0 45.6 oi




04


39-6 38.3 16




04


49-4 47-8


56




04


35-4 34-0


18 04 44.6 43.9 03




06 39-9 38.6 15




06


50.8 49.2


54




06


34-4 33-0


20 06 41.8 41.3 07




08 39-0 37.8 16




08


51.2 49-2


54




08


35-4 33-8


18 08 42.8 42.3 06




10


37.2 36.3 19




IO


52.1 50.3


52




IO


37-8 36.4


14 10 33.0 32.5 21




12


35-3 34-8 22




12


50.5 48.6


55




12


41.4 40.8


08 12 28.4 27.4 29




14 33-5 33.3 24 -17.3


14


48.6 46.6


22 58


-15-7


14


45-4 45-0


02 -16.0 14 33.8 32.2 21


-15.9


16 30.1 29.5 30




16


47.2 45.2


23 oo




16


46.2 45.1


23 01 16 40.0 38.2 ii




18 30.6 29.4 30




18


47-5 45-5


23 oo




18


50.5 49-4


22 54


18 41.8 40.6 08




20 28.0 26.6 34




20


49-3 47-3


22 57




20


54-4 53-5


48 20 43.0 4I.O O7




22 23.2 21.7 42




22


51.8 49-8


53




22


56.4 55-3


45 22 45.0 43.3 03




24 22.3 21.0 43




24


53-0 51-3


5i




24


56.0 55.0


45 24 39.0 37.5 13




26 22. o 20. 1 44




26


50.1 49.0


55




26


53-1 51.9


So


26 35-3 33-8 18




28 20.5 18.5 46




28


48.8 47.6


57




28


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