-a* 
MET BOKO LOGICAL RESULTS OF THE BUKIT M BUTAJ AM HOSPITAL OBSERVATORY, FOR THE MONTH OP SEPTEMBER, 1300. 
5° 21' N Lat 100° 28' 38" E. Long. ITciglit of Bar Cistern above Sea Level , 43 ft. 
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°F. 
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la'.. 
las. 
% 
% 
% 
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a 
C^. k, b. 
Pc, 0 , r. 
1 
29-866 
29*780 
29 832 
29-826 
83 0 
86 U 
31 0 
80 7 
90 0 
73 0 
17-0 
146 0 
56-0 
69-0 
4-0 
ENE. 
ENE. 
150 
773) 
79 0 
76 5 
77o 
*848 
■89* 
■83' 
•861 
75 
72 
80 
76 
- 
4 
Pk, b. 
2 
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•760 
■815 
•8 Oh 
83 0 
8(5 0 
80 0 
80 5 
89-0 
73-0 
16 0 
140-0 
51-0 
700 
3 0 
nne. 
EXE. 
NNE. 
115 
79 0 
SO '* 1 
75-5 
78-1 
■938 
•914 
•Sib 
•837 
83 
76 
30 
79 
0 
G 
Ok. b. 
Pk, c. 
Pk, c 
3 
■863 
•702 
*789 
•781 
81 0 
81*0 
79-0 
79-2 
90-0 
73 0 
17-0 
145-0 
55-0 
70-0 
3-0 
NX 15. 
NNE. 
ENE. 
12U 
78-0 
793) 
76 0 
77 6 
*920 
•925 
’85 * 
•901 
87 
79 
87 
84 
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4 
6 
8 
Cs, b, b. 
Pk, c. 
Pc, 0 , d. 
4 
■ 7 1 1 5 
•603 
•74.5 
•747 
84-0 
87 0 
78*0 
80 5 
02-0 
73-o 
1 9 0 
150 U 
58 0 
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3,0 
NNE. 
EXE. 
NNE. 
115 
73 0 
803' 
753) 
783) 
*925 
*931 
• 82 !' 
■895 
79 
72 
86 
79 
... 
2 
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4 
CS, b. 
Pk, c. 
Pk, b. 
5 
831 
•7 71 
•8 1 4 
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88 0 
79-0 
80 7 
903 1 
72 0 
1 8*9 
145-0 
55-0 
69 0 
3-0 
88 W. 
EXE 
NN E 
120 
7 J ( 
803) 
74 5 
77‘h 
•325 
•917 
•794 
•878 
7.- 
6 .) 
84 
7 7 
... 
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6 
4 
Cb, k, c. 
Pk, e. 
Pk, 0 . 
6 
■895 
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•8 1 9 
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87* 
78-0 
80 2 
89 0 
73 0 
16-0 
135-0 
46-0 
69-0 
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SSW. 
NNE 
ENE 
115 
78-0 
79-0 
740 
77-0 
•8 93 
•884 
•787 
*85 1 
79 
69 
82 
76 
... 
2 
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Ok, b. 
Ck, c. 
Ck, c. 
7 
■915 
■HI 2 
■8.59 
■862 
85 O 
S 8 0 
79 0 
81 2 
90 0 
73 0 
17 O 
139-0 
10 0 
70-1) 
3 •(' 
ENE 
NNE. 
NNE. 
120 
79 n 
80-0 
7 5 5 
78 -i 
•oil 
■9i: 
•822 
•8s3 
76 
69 
8 t 
76 
... 
4 
6 
0 
Cs, k, b. 
Ok, c. 
Pk, c. 
8 
■925 
■832 
.917 
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37-0 
80 0 
81-1 
9 h 
73 5 
16-5 
1 3531 
45 3) 
69 0 
4 5 
NNE. 
EXE. 
NNE. 
115 
70*0 
80-0 
76 0 
78 3 
•926 
•931 
•845 
•900 
79 
72 
82 
77 
... 
V 
4 
4 
Ok, b. 
Ck, b. 
1 k, b. 
9 
•866 
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82-0 
84 0 
80-u 
80 0 
89 0 
74 0 
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138 0 
49*0 
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4 0 
N X E. 
ENE. 
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110 
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75-5 
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•925 
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•890 
83 
79 
80 
8 . 
4 
6 
6 
Ck, b. 
Pk, c. 
Pk, c. 
10 
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80-0 
8 TO 
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ENE. 
SSW. 
120 
78 0 
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750 
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82 
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NNE. 
NNE. 
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ri-u 
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•875 
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83 
83 
91 
S3 
... 
6 
6 
4 
Pk, c. 
Pk, c. 
Pk, b. 
13 
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■8 1 6 
•791 
82-0 
85-0 
79 0 
79*7 
89 0 
73 0 
16-0 
135 0 
46 0 
70-0 
33! 
ENE. 
NNE. 
SSW 
JL5 
78 0 
793) 
76 0 
77-6 
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•891 
S3 
76 
87 
82 
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6 
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Ck, b. 
Ok, c. 
Pk, c. 
U 
In 
878 
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■858 
808 
83-0 
80-0 
770 
73*5 
87-0 
74-0 
13 0 
1300 
43 0 
69*0 
5 0 
NNE. 
ENE. 
ssw. 
115 
79o 
7 1 '0 
7,5-0 
77-( 
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83 
87 
91 
87 
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8 
6 
4 
4 
Pit, 0 , r. 
Pk, c. 
Pk, b. 
.819 
•702 
•805 
•775 
80-0 
84-0 
78-0 
81-2 
89*0 
73 0 
16 0 
130-0 
410 
70 0 
3 0 
NNE. 
SSW. 
EX E. 
125 
76-0 
78-0 
75 -0 
75-3 
'845 
•879 
•829 
‘851 
82 
75 
86 
81 
. . . 
6 
6 
Cs. k, c. 
Pk, c. 
Pk, b. 
If! 
•866 
753 
801 
•80f 
83-0 
79-u 
76-0 
1 t ‘O 
86*0 
7 20 
140 
135 0 
49-0 
693.) 
33! 
NNE. 
ENE. 
SSW. 
1 15 
78-0 
7 l)T 
743.) 
76’U 
■893 
’858 
•814 
*855 
79 
87 
91 
85 
... 
4 
6 
•1 
Os, k, b 
Ok c, 
Pk. b. 
17 
■831 
•791 
‘804 
•826 
80-0 
88 ‘0 
78 0 
79-7 
90 0 
7 30 
I 7 0 
141 0 
51*0 
70-0 
3-0 
NNE. 
ENE. 
NNE. 
115 
76 0 
79o 
75*0 
76 ( 
•84- 
•871 
*829 
*83 4 
i >2 
6 
80 
78 
. . . 
4 
0 
(i 
Ck, b. 
Pk, b. 
Pk, c. 
18 
*893 
•747 
•825 
•821 
82-0 
83*0 
60*0 
795 
89-0 
< 3"0 
160 
126-0 
37-0 
69-0 
4 0 
SSW. 
ENE, 
NNE. 
120 
78 (> 
79 U 
76’U 
77*1 
•9,06 
•938 
■84.) 
■89(1 
83 
0 i 
86 
84 
• - ■ 
2 
6 
Ck, b. 
Ok, c. 
Pk, C, 
1 9 
•926 
•822 
84- 
•862 
84 (, 
80 0 
78*0 
78*7 
890 
730 
16-0 
130-0 
410 
69 -u 
43) 
n.ne. 
ENE. 
ssw, 
115 
7 7 0 
76 0 
74-5 
7o’ u 
■83 1 
■845 
•794 
•82 1 
72 
82 
81 
79 
... 
6 
4 
4 
]0s k, c 
Pk, b. 
Pk, b. 
20 
•94 7 
789 
*8 1 6 
•860 
82 >0 
84 0 
78 0 
79*0 
89-0 
71 0 
17-0 
1303) 
41 0 
69-0 
3-0 
ENE. 
SSW. 
NNE 
120 
7 83 
7 9*0 
75 6 
77 X) 
•90)i 
■925 
•839 
•8'3i 
83 
7i 
89 
83 
•42 
4 
8 
° 1 Cb, k, b 
Pk, 0 , r 
Pk, o, r. 
21 
•908 
•729 
•844 
•827 
Hii.u 
300 
77 0 
7s-2 
900 
73 0 
17 U 
1 25 '0 
35-0 
700 
3 0 
NNE 
EXE. 
NNE. 
125 
780 
7 63. 
7 4 *5 
76-1 
•893 
*845 
■8 0 
*848 
79 
82 
88 
83 
.65 
, v 
6 
4 
Pk, 0 , r 
Pit, c. 
Pk, b. 
22 
879 
■76 I 
83- 
•827 
82 0 
79 0 
7 6'0 
77 2 
89 0 
723) 
173> 
135-0 
463) 
69-0 
3.0 
NNE. 
ENE. 
HSW 
115 
783 
7 1.5 
73 5 
75 •) 
*9 46 
‘7 H(J 
•7 Si 
83 
8 ( 
88 
83 
• . ■ 
4 
6 
b Ch, k, b 
Ok, c. 
Pk, 0 . 
23 
862 
•772 
•832 
■822 
85 0 
8 4 0 
770 
79-7 
903 > 
73‘‘ 
17-0 
140 0 
50 0 
70-0 
3 0 
SSW. 
ENE, 
NNE. 
110 
79 < 
78- 
74 U 
7 7 -! 
■911 
•87o 
•801 
• 86 : 
7 * 
7: 
86 
73 
.03 
0 
4 
4 
|Pk, c, d 
Pk, -b. 
Pk, b. 
24 
•84s 
•7.57 
■835 
•81 
82 0 
84-0 
78 O 
79*2 
89 0 
73 0 
160 
1 35 0 
46 0 
703i 
3 0 
NNE. 
ENE. 
N 3 E. 
1 1 5 
78 ( 
79 0 
7 4 '5 
77' 
•906 
■925 
*794 
*^7 •* 
87 
71 
8 -t 
82 
2 
•1 
1 
Cs. k b 
Pk, b. 
Pk, b. 
25 
•859 
6 -9 
•831 
•793 
82-0 
80 0 
79*o 
78 2 
89*0 
720 
17*0 
140*0 
■5 10 
69-0 
3 0 
XNVV 
ENE, 
SSW. 
120 
773) 
760 
1 4 "5 
75*‘ 
•802 
•845 
■7.-8) 
*821 
75 
•<2 
8 
8 < 
... 
V 
1 
6 
Ok, b. 
1 k, b. 
Pk, c. 
26 
■878 
•702 
•830 
•803 
83 0 
84 0 
80 0 
797 
*9 0 
72*0 .17 0 
130 0 
41-0 
69 0 
3-0 
NNE 
ENE. 
S 3 V. 
; 10 
79 0 
78't 
76 < 
773 
•93* 
■8/9 
•845 
•881 
8 . 
7T 
82 
8 ( 
.95 
l 1 
6 
6 
Pd, r 
Pk, c. 
Pk, c. 
27 
•882 
*762 
■819 
•821 
84*0 
870 
78*0 
30 5 
900 
73 0 
17-0 
135-0 
450 
693) 
4 0 
ENE. 
NN 5. 
ssw. 
115 
783 
79 0 
7 5 -5 
7/X 
•879 
•83 i 
•83.) 
■867 
7/ 
61 
89 
77 
.66 
6 
6 
b 
Cs, k, e 
Pk, c. 
Po, 1*. 
28 
■871 
■893 
•S 10 
•79 
82 0 
83*0 
790 
80 0 
89 0 
72-0 
17 0 
! 20 0 
310 
69 0 
3 0 
ENE 
N N E. 
ENE. 
115 
77-6 
79 « 
743 
76't 
'862 
■871 
*774 
*83n 
7; 
6( 
7 1 
74 
5.52 
b 
1 
8 
Po, r. 
Pk, c. 
Po, r. 
29 
■874 
•769 
•801 
■ 8 1 5 
S3 0 
s7 0 
78 0 
80-2 
90 0 
734) 
17-0 
125-0 
35 '0 
703) 
3.0 
S3 V. 
NNE. 
ENE. 
120 
79 (. 
800 
75 0 
783 
•93 
*93 J 
•829 
*891 
>1 83 
7: 
8 6 
81 
.59 
8 
(i 
b 
Pk, 0 , r 
Pk, e. 
Pk, 0 , r. 
30 
31 
•869 
■626 
•845 
*784 
80 0 
85 -0 
79*0 
79 2 
910 
73 0 
18-0 
1 33-0 
3 9 0 
69 0 
4 0 
NNE. 
ENE. 
SSW. 
1 15 
761 
87'0 
75‘0 
76*: 
*816 
" 86)1 
• 8 l(J 
*84: 
82 
71 
82 
7; 
1.35 
8 
C 
a 
.Pk, 0 , r 
■ Pk, e. 
Po, r. 
Mean 
29-873 
29-743 
i 
29-826 
29 813 
82-5 
S4-2 
78 4 
79 6 
89 3 
72-9 
16.3 
1 oo'O 
45‘7 
69 4 
31 U 
118 
77-9 
78 3 
i G*t 
773 
) -896 
.8313 
•81'. 
•S7C 
81 
7( 
85 
8< 
. f 
( 
1 
1 
HigheBt Atmospheric Pressure 
Lowest Atmospheric Pressure 
In the Shade f Higheet Temperature 
( Lowest Temperature 
Greatest Fall of Rain ip24 hours 
29 947 Inches 
29.625 „ 
92.‘0 Fah. 
72.°0 „ 
5.52 Inches 
* The daily Mean Temperature of air is obtained 
from the results of the observations at 9 II, 16 H, 21 
H, and Minimum Temeperature, 
J. H. McCLOSKY, 
Colonial Surgeon* 
