Barometer reduced 
to 32 0 
Date 
9 H. 
a 
10 
r—H 
21 II. 
1 
1 
Ins. 
29-923 
Ins. 
29*825 
Ins. 
29-874 
Ins. 
29-874 
2 
*938 
*856 
*934 
•909 
3 
*940 
•£'S2 
■929 
*910 
4 
■919 
*843 
■911 
*891 
6 
*935 
•844 
*916 
*899 
6 
*917 
*855 
*914 
*895 
7 
*946 
•849 
*932 
•907 
8 
*882 
*928 
"953 
•921 
9 
*914 
.841 
•958 
*904 
10 
*943 
.849 
*931 
-90S 
11 
*953 
•859 
•872 
■894 
12 
'845 
■839 
■907 
*864 
13 
*949 
■863 
*865 
*886 
14 
*837 
•946 
*869 
15 
*966 
•837 
*878 
*894 
16 
*904 
•821 
*86 i 
*862 
17 
•972 
•770 
■844 
*862 
18 
*826 
*857 
•848 
•842 
19 
.*938 
- 835 
*951 
*90.1 
20 
*919 
*832 
•858 
*870 
21 
*939 
•s50 
•96 s 
*919 
22 
■871 
*835 
•948 
*886 
23 
*866 
■868 
•939 
*891 
24 
•917 
•826 
•941* 
*905 
25 
*950 
•884 
•931 
■922 
26 
*962 
*863 
•913 
*913 
27 
*963 
•886 
•933 
*929 
28 
*938 
•844 
•921 
*901 
29 
*923 
•S6U 
■889 
‘891 
30 
*885 
■841 
■872 
■866 
31 
•914 
•941 
■898 
■918 
Mean. 
29*920 
29850 
29-911 
29-891 
METEOROLOGICAL RESULTS OF THE KANDANG KERBAU HOSPITAL OBSERVATORY, FOli THE MONTH OF JULY, 1890. 
if jy > 103® 51' H. Long. Height of Bar Cistern above Sea Level, 10 ft. 
Temperature op Air. 
Pi 
CR> 
°F. 
84*0 
82-2 
76*0 
82-0 
85- 0 
80 
80-8 
77-8 
86*0 
86 - 1 
74-8 
82-8 
79-8 
85-8 
77’o 
80 0 
83-0 
8*4-8 
88-8 
82-6 
70-8 
SO'!* 
82-5 
83 "5 
78'5 
76'8 
79 < 
77-0 
1 8 *0 
84 0 
770 
81-6 
PI 
K3 
op 
84-8 
82-0 
78- 0 
86- 5 
86-0 
81 - y 
84-5 
84-4 
87- 3 
84-2 
79 - 5 
84- ( 
S6’U 
86 
77-2 
83-5 
85- 5 
83-2 
85- 2 
82 5 
79 6 
820 
83 
86 - 8 
80- 0 
77-5 
83-0 
84*0 
81 
8G 4 
82- 2 
83-1 
W 
CM 
op 
77-0 
77*0 
75-0 
77-5 
77- 0 
76*5 
77.0 
79- 8 
80 5 
78- 0 
75*3 
80*3 
80- 0 
823 
75-5 
78 0 
78-8 
84*4 
70*8 
80*2 
77-2 
84-o 
79 8 
77-0 
77- 5 
75 '0 
1 4*3 
7G‘0 
77*3 
76*8 
77*7 
78- 2 
cS 
r 
°F. 
79*8 
78- 6 
75*4 
7 9" 5 
81-1 
77*2 
79- 0 
80- 1 
809 
79-2 
75*0 
79 4 
78*9 
82-3 86 4 
op 
S7*2 
86-0 
87-0 
86- 9 
86-8 
80*2 
86 0 
85 -O 
Si -3 
78-5 
87*5 
87- 2 
76-0 
79-4 
80 0 
80 
78- 7 
80 
7 7 '5 
7 9 -5 
79- 7 
79 9 
76 9 
75 "4 
77*2 
76-6 
77*9 
79’8 
76*9 
78-9 
79*5 
85*9 
S6'8 
83.8 
87*5 
84 3 
83*6 
87*4 
85 4 
86*9 
83-0 
79'2 
83 2 
85‘0 
88 '3 
8 7 *2 
86*8 
85*4 
I 
op 
73*5 
73 - U 
72*8 
72*0 
76 3 
70*0 
73*8 
78'5 
70-0 
67-5 
70-5 
700 
700 
74- 5 
71*5 
75*4 
72-8 
73’5 
69-2 
77*5 
<35 
72*5 
72*8 
72*5 
74-6 
72-2 
71b 
726 
74*3 
74*8 
70*5 
72-6 
<o 
be 
1 
c3 
op 
13-7 
13- 1 
14- 4 
14-9 
10- 5 
16-2 
12 
6- 5 
14-3 
11 - 0 
17.0 
17-2 
17 
11 9 
8-0 
10-5 
14- ( 
15- 3 
13-3 
7- 0 
10-0 
14 
12-6 
13 
11.6 
7-( 
11*4 
12-6 
9 0 
15-4 
16 
12-8 
Temperature 
of 
Radiation. 
a 
02 
op 
148- 5 
130-0 
130-2 
146- 5 
L48-0 
1450 
140 0 
150*0 
147- 0 
143*5 
108*6 
149- 0 
144-0 
148- 0 
135-0 
139- 5 
144-5 
160*0 
155*5 
146*5 
150*5 
141- 8 
137-2 
157-5 
125-G 
1 07-0 
122-3 
163-5 
128-6 
147 0 
142- 0 
140- 8 
a 
p 
s jj 
%% 
$ -e 
§ 
°F. 
61- 3 
44-0 
4 30 
59-6 
6 L"2 
58'8 
54"U 
65*0 
62' 7 
65*0 
21 0 
61-8 
56*6 
616 
55 "5 
55 "6 
57-7 
61-2 
68-0 
62- 0 
67‘U 
54- i 
51-8 
70-6 
42-6 
27*8 
39*1 
68-5 
45*3 
59-8 
55- 2 
55*4 
3 
-d . 
n 
32 
m 
d 
rH 
05 
a 
C F 
71- 0 
i 2 5 
72- 3 
71- 0 
72- (j 
72-0 
68-9 
68-5 
63-3 
67*0 
69 5 
67*i i 
64*4 
70*o 
71-8 
70- 8 
71- 5 
68 - y 
71*5 
7 1 -2 
68*5 
69- 5 
70- 2 
4 0*5 
71- 2 
69 *0 
7 1*6 
70*0 
70-2 
69 0 
698 
0) ■ r 
o **■ 
a) 
a e 
5 n 
°F. 
iu* 
It 
Wind. 
Direction. 
M 
w 
iO 
w 
T— 4 
CJ 
WNW. 
SW, 
SW. 
Calm. 
SW. 
Calm. 
SW. 
SW. 
Calm. 
> SW. 
SW. 
Calm. 
i w. 
SW. 
SW. 
i NW. 
SW. 
SW. 
3 SW. 
NW. 
SW. 
; nw. 
SW. 
s, 
1 SW. 
NW. 
SW. 
' NNW. 
SW* 
N. 
7 NW. 
SW. 
Calm, 
7 NW. 
SW. 
W. 
.1 NW. 
NW. 
SW. 
W. 
NNW. 
s. 
7 SW. 
W. 
Calm. 
7 SW. 
W. 
Calm. 
9 SW. 
SW. 
SW. 
) SW. 
NW. 
Calm. 
s 'NW. 
Calm. 
Calm. 
J SW. 
w. 
Calm, 
' NW. 
W. 
S 
J NW. 
w. 
S. 
t SW. 
W. 
S. 
1 NW. 
SW. 
Calm. 
j SW. 
W. 
Calm. 
) w. 
NW. 
Calm. 
SW. 
NW. 
Calm. 
WNW. 
NW, 
Calm. 
SW. 
Calm. 
Calm., 
; WNW. 
NW. 
Calm. 
7 NW. 
w. 
Calm. 
o 
EH 
Temperature of 
Evaporation. 
132-0 
131*0 
133*0 
133*0 
133*0 
160*0 
158-0 
131-0 
134-0 
151*0 
152-0 
140 0 
175 
131*0 
185‘0 
1323 
159*0 
1320 
169 
131 
136-0 
1 290 
180-0 
130 0 78-4 
Pd 
°F. 
78"5 
78*0 
75-0 
74- 0 
78*5 
75- 0 
77*5 
760 
78- 0 
79- 2 
72*6 
78 O 
76- 5 
78.5 
74-3 
76-1* 
78-0 
78-5 
7 8-6 
7 6*5 
74-5 
70-6 
76 4 
a 
Id 
1— I 
°F. 
77- 5 
78- 0 
75‘5 
7 ? '6 
760 
774 
76'5 
77-2 
w 
f-H 
<M 
op 
76- 0 
76'0 
74 
7 6"5 
75'5 
75’5 
76‘u 
77- 5 
Computed 
Vapour Tension. 
77 4 77-3 
76-5 
74-5 
77‘0 
760 
78‘5 
773 
77- 5 
75-6 
75'5 
78- 6 
129-0 
1460 
132*0 
132*0 
180*0 
131*0 
191.0 
137-0 
I o-8 
73-3 
76-0 
75-0 
7 6 *0 
77*0 
75- 5 
76- 4 
77-4 
78'2 
78'4 
74-5 
76*0 
.... 76-5 
77 0 76'3 
“-■* 75*5 
77-3 
75*3 
75‘2 
75*5 
784 
76'* 
74- 6 
7(5-5 
78-3 
77*6 
75- 6 
75- 2 
77-0 
76.6 
77-2 
77-6 
76- 8 
76*8 
7 5*5 
75*ii 
74-<> 
73*3 
74-5 
74-8 
1 o"3 
76-5 
75-9 
PI 
eg 
0! 
°F. 
77.3 
77-3 
75.0 
76*0 
76-9 
76? 
76-7 
76- 9 
77*6 
77- 6 
74 o 
77- 
77'3 
781 
74*8 
75-8 
77-7 
77*4 
77 
76 8 
74*8 
74- 1 
76*7 
77-1 
75- 5 
74- 0 
75‘ 
75- 3 
764 
76- 6 
76.3 
76*4 
W 
Cl 
Ins. 
*886 
■904 
'856 
*733 
*887 
*925 
*901 
*876 
*S52 
•905 
*773 
*896 
*870 
■879 1 
‘ 8 0 2 
•845 
•893 
•892 
•910 
■833 
‘785 
•617 
•830 
•912 
*856 
- / * 4 
•858 
■843 
■872 
•834 
•864 
•851 
m 
IQ 
i-H 
Ins 
"850 
•906 
*851 
■836 
*764 
*887 
•906 
•847 
*809 
*840 
•852 
•902 
*823 
■822 
•861 
*793 
*882 
■867 
*882 
*849 
•79l 
*840 
*895 
■820 
-8 -j 6 
*846 
*886 
*853 
•874 
*829 
•856 
H 
M 
P! 
d 
c V 
■849 
Ins. 
•886 
*886 
■S4y 
*901 
*864 
*S71 
•886 
■914 
*899 
*887 
*836 
•903 
•943 
•926 
■834 
•87: 
•903 
•840 
•868 
■898' 
‘852 
■751 
*82b 
•86 4 
■836 
*828 
•802 
■835 
■831 
*858 
•899 
Ins. 
■874 
*899 
•852 
% 
*823 67 
•838 
*894 
*898 
*879 92 
.850 68 
71 
*877 
•820 
*900 
•876 
865 
•833 
*866 
■887 
•SCO 
•809 
•736 
*85 
"865 
*839 
*816 
*849 
"844 
*859 
•840 
Relativ 
Humi- 
dity. 
% 
72 
62 83 
95 
% 
95 
95 
98 
95 
89 
68 
74 60 93 
81 
68 
71 
62 
71 
So 
88 
86 
39 
80 
95 
95 
90 
86 
91 
95 
88 
•878 36 66 92 
71 
■832 35 
•837 
65 
92 
: 2 69 
79 
74 
79 
75 
78 
59 
79 
89 
84 
87 
91 
91 
70 
873 01 
•855 
79 
74 
77 
74 
77 
78 
77 
77 
65 
80 
90 
78 
81 
SO 
65 
78 
76 
84 
95 
91 
93 
78 
95 
87 
91 
64 
81 
93 
89 
95 
93 
1)8 
89 
93 
94 
99 
a 
3 
a> 
% 
81 
87 
91 
83 
76 
SS 
83 
84 
72 
78 
89 
82 
81 
73 
91 
81 
82 
76 
83 
80 
82 
67 
78 
79 
86 
89 
86 
90 
87 
86 
88 
82 
Rain 
nch 
ES. 
*75 
‘65 
*15 
*02 
1*85 
•01 
*01 
3- 26 
*22 
4*37 
4- 15 
*84 
*04 
■17 
Cloud 
0 to 10 
0 
2 
10 
8 
4 
4 
8 
10 
0 
8 
K 
M 
4 10 
10 
10 
10 10 
4 
6 
10 
6 
8 
9 
10 
10 
2 
10 10 
4 
5 
4 
10 
6 
*02 
3.04 
*02 
‘20 
•09 
*90 
Total. 
20*76 
10 10 
in in 
10 
2 
4 10 
6 
8 
8 
8 
10 
4 
6 
8 
6 
8 
s 
4 
10 
10 
2 
iu 
19 
9 
10 
19 10 
9 
10 
6 
10 
8 
19 
8 
b 
C 
u 
10 
Cloud & Weather 
Initials. 
3 
4 
os 
m 
o 
C) 
rS 
Ph‘ 
eo 
o 
i*s 
< 
03 
C, c, 
K, b. 
Ro, o, 
Ck, 0. 
- Ck, k. b 
Ck, b. 
Pc, o. 
Pc, o, 
Kc, c. 
Ck, o. 
c, o.x. 
Ck, c. 
Pc, c. r. 
Ck, c. 
Pc, .0 
Pc, o. 
C, c. 
C, k. 
C, c. 
c, o, 
Ck, o. 
Ck. 0. 
Pc, o, 
Ck, b. 
Ck, b. 
Pc, o.r. 
Ck, c. 
Pc,o d 
Pc, o. 
Cs, c. b. 
Pc, o. r 
a 
h' 
eo 
tH 
<u 
43 
19 
Ui 
C, b. 
Pc, o. r. 
Pc, o. r. 
Kc. b, 
C, b. 
Pc, o. r. 
Ck c. 
Kc, o. 
Pc, o. 
Pc, o. 
Pc, o. 
K, b. 
Kc, o. 
Pc, c. 
Pc, .0 
O. o. 
Kc, b. 
Pc, 0. 
Ck, o r. 
Pc, o. 
Pc, o. 
Pc, O- 
Pc, o. 
Ck, c. 
Pc, o. d. 
Pc, o. 
Pc, o. <3, 
P, 0. 
Pc, k. o. 
Ck, b. 
Pc, o. 
Pc, o. 
Pc, o, 
Pc, o. 
C, b. 
Kc, b. 
Pc, 0,1*. 
Pc, o. 
Ck, b. 
K, b, 
C, b. 
K, b, 
K, b. 
Pc, o. 
Pc, b. 
Pc, o. 
Pc, 0, 
b. 
C, b. 
Pc, o. 
Pc. o. 
Pc, o. 
Pc, o. 
C, o. 
Pc, o. 
Pc, o. 
Pc, o. 
Pc, o. 
Pc, o. 
Us, b. 
Ck, b, 
Kc, b. 
Highest Atmospheric Pressure 29*172 Inches. 
Lowest Atmospheric Procure 29,770 „ 
( Highest Temperature 88*°8 Fah. 
In the shade, j x, owes t Temperaturo 67*°5 „ 
Greatest Fall of Rain in 24 hours 4 37 Inche 
*The daily Mean Temperature of a:r is obtained 
from the results of the observati ms at 9 H, 15 II, 21 
H, and Minimum Temperature. 
T. C. MUGLISTON, 
Acting Principal Civil Medical ( ffics *■ . 
