METEOROLOGICAL RESULTS OF T1IE MALACCA OBSERVATORY, FOR THE MONTH OF MAY, 1890. 
12°14' N. Lat., 102°M' E. Long. 
Height of Bar Cistern above Sea Level, V2ft. 
BAROMETER — — UEDUCEI 
Ttt.mptt.t? Anr*rri*w mp An* 
Temperature 
OF 
Wind. 
Temperature of 
Computed 
Reuativ 
1 T I !* YT r 
Cloui 
Cloud & Weather 
TO 32 
Radiation. 
Dibection. 
Velo- 
city. 
Evaporation. 
Vapour Tension . 
DITY. 
0 TO 1 0 
Initials. 
a 
pi 
<» 
> 
Rain 
1 
a 
73 4 
-a .2 
n -g 
a 
c7 
a 
a 
Minimum. 
o3 
05 
<D 
Inch- 
< 
CO 
(W 
• 
•-H 
Oi 
15 H. 
id 
rH 
<M 
Mean. 
rt 
O* 
15 H. 
21 H. 
Mean. 
9 
a 
• 3 
M 
ci 
S 
Range. 
a 
pi 
£/3 
d 
2JS 
« "d 
rH 
C3 
oo 
m 
2 
'H 
o 
<0 id 
S c 
3 - 
h 
ta 
21 H. 
Total Mil 
a 
3 > 
B3 
IQ 
id 
■ — i 
M 
a 
3 
CD 
a 
Ci 
a 
lO 
a 
r—t 
CM 
c 
Cj 
(D 
3 
•H 
X 
d 
M 
Mean. 
ES. 
X 
J5 
X 
>i 
05 
O 
U 
9 A.M. to 
1 
CO 
u. 
£ 
Ins. 
Ins. 
Ins 
| Ins. 
°2 ? 
°F. 
°F. 
°Eb 
°F. 
°F 
°F. 
°F. 
°F. 
°F. 
NNE. 
°F. 
°F. 
°F, 
°F. 
Ins. 
Ins. 
Ins 
Ins. 
% 
o/ 
/° 
% 
% 
1 
29784 
29814 
29-80C 
29*794 
80-1 
840 
800 
81-3 
871 
73 0 
1 4’< 
:701 
83l 
7oi 
3-0 
sw. 
NNE. 
213-1 
780 
82-0 
7 3*0 
79 3 
■933 
-671 
■933 
"845 
j 1 
91 
91 
91 
* * • 
4 
0 
6 
Cs, b. 
b. 
P, c. 
2 
•791 
•820 
*797 
*805 
81-( 
860 
790 
82 ( 
881 
710 
171 
1721 
841 
7C-C 
1-0 
NNE, 
SSE. 
NW. 
147-2 
80-0 
82-0 
78-0 
800 
1 012 
1040 
•947 
*999 
96 
84 
95 
91 
,,, 
0 
4 
6 
b. 
Cs, b. 
P, c. 
3 
•8! 2 
•816 
•797 
*808 
83-( 
85 ■< 
790 
82-3 
881 
750 
131 
1530 
651 
73-1 
20 
NNE. 
SSE. 
E. 
1 95*6 
80-0 
83-0 
78 0 
80-3 
'983 
1-103 
•947 
1*0J1 
87 
91 
95 
91 
t , , 
0 
4 
6 
b. 
Cs, b. 
P, c. 
4 
■797 
•801 
■792 
•796 
81-0 
850 
800 
82-0 
881 
740 
H-0 
160 0 
<20 
72-0 
20 
NNE. 
SW. 
E. 
156*3 
79-0 
82-0 
79-0 
80-9 
•966 
1-054 
•979 
*999 
91 
8 # 
96 
91 
,,, 
4 
4 
6 
Cs, b. 
Cs, b. 
P, c. 
5 
•807 
*816 
*779 
•800 
831 
85-0 
80 0 
82-6 
881 
76 0 
13*0 
1590 
710 
73-0 
3-0 
NNE, 
SW. 
E. 
158-7 
82-0 
83 0 
78'0 
810 
1081 
1-103 
•933 
1 039 
96 
91 
91 
92 
0 
4 
6 
b. 
Cs, b. 
P, c. 
6 
•787 
•821 
*794 
•800 
821) 
840 
800 
82-0 
891 
750 
140 
158-0 
690 
701 
5-0 
NNE. 
SW- 
W. 
163-8 
80-0 
830 
790 
80-6 
•998 
1-117 
■979 
1*031 
91 
96 
96 
94 
... 
0 
9 
6 
b. 
b. 
P, c. 
"f 
1 
•782 
*814 
*784 
•794 
79-0 
850 
801} 
81-3 
89 0 
760 
13*0 
158*0 
690 
701 
6 0 
NNE. 
sw. 
E. 
175-4 
78 0 
810 
700 
793 
■947 
1 095 
•979 
*977 
95 
83 
96 
91 
• • * 
9 
4 
6 
b. 
Cs, b. 
P, c. 
8 
•783 
‘816 
*803 
•800 
801) 
85 0 
790 
81-3 
880 
720 
16*0 
159-0 
720 
710 
1-0 
NNE. 
SW. 
E, 
160-0 
79 0 
83-0 
78*0 
80*3 
•979 
1*091 
•947 
*975 
96 
91 
95 
94 
... 
4 
0 
6 
Cs, b. 
b. 
P, c. 
9 
•782 
•814 
*794 
•796 
80 0 
850 
79 0 
81-3 
880 
74 0 
14 0 
1530 
650 
72-1 
20 
ENE. 
SW. 
E. 
163-8 
780 
82-1* 
77*0 
79 0 
*933 
1054 
•992 
.963 
Jl 
87 
71 
83 
... 
0 
4 
(i 
b. 
Cs, b. 
P, c. 
10 
•787 
•814 
*802 
•801 
•SOD 
860 
80 0 
82-0 
870 
710 
160 
157-0 
< 0*0 
700 
l-o 
NE. 
wsw. 
E. 
1 52 5 
730 
820 
78*0 
79*3 
•933 
1040 
•933 
Otis 
91 
84 
Jl 
88 
• • • 
0 
4 
6 
b. 
Cs, b. 
P, c. 
11 
•797 
•799 
•807 
•801 
80 0 
340 
790 
810 
860 
720 
140 
156 0 
70*0 
<oo 
2.0 
NE. 
wsw. 
E. 
159 3 
78 0 
800 
77*0 
78*3 
•933 
•971 
*902 
'935 
91 
83 
91 
88 
• • * 
4 
9 
6 
Cs, b. 
b. 
P, c. 
12 
■789 
•821 
•807 
•805 
79-0 
840 
73o 
80 3 
880 
74-0 
1 4*0 
1600 
72*0 
72-0 
2.0 
NE. 
wsw. 
E. 
1561 
78 0 
800 
77 O 
78*0 
77*0 
78*3 
•947 
■971 
‘916 
044 
95 
83 
95 
91 
,,, 
9 
4 
3 
b. 
Cs. b. 
Pc, 0. 
13 
•802 
■811 
*784 
■799 
81 *0 
850 
30 0 
82-0 
880 
74 0 
140 
159*0 
71*0 
72-0 
20 
NE. 
sw. 
w. 
1 65*4 
80 0 
OO 
79' 6 
1012 
l "095 
•935 
*983 
! *) 
83 
Jl 
90 
• ■ ■ 
4 
0 
f, 
Cs, b. 
b. 
P, c. 
14 
•784 
•8 18 
*787 
•795 
800 
850 
7ifi, 
81-3 
870 
72-0 
15 0 
L57-o 
< 0*0 
) 1.0 
10 
E. 
sw. 
w. 
1 46.2 
7 <-0 
83-0 
79*3 
■933 
IT 03 
•992 
079 
Jl 
91 
Jl 
91 
1.41 
9 
4 
19 
b. 
Cs, b. 
Pc, o, r. 
15 
•792 
•814 
*812 
•806 
790 
820 
790 
80.0 
870 
750 
1 20 
156-0 
6yo 
i o*o 
5"0 
E, 
sw. 
SE, 
161 '6 
77-0 
79-0 
78*0 
78*0 
-916 
•952 
■947 
*938 
Jl 
87 
95 
91 
1.40 
0 
4 
to 
b. 
Cs, b. 
Pc, o. r 
16 
•782 
■799 
*797 
•792 
SOD 
850 
78 0 
810 
880 
72-0 
160 
1580 
7oo 
71-0 
1*0 
E. 
w. 
w. 
172-9 
78-0 
80 0 
77*0 
78 3 
•933 
•938 
•916 
*929 
91 
79 
ys 
88 
f ,, 
4 
0 
6 
Cs. b. 
b. 
P. c. 
17 
•797 
■801 
*827 
•802 
79 D 
850 
b0 *0 8 1 *3 
S9-0 
76-0 
13 0 
160 0 
710 
<20 
4-0 
N. 
w. 
w. 
197-4 
78-0 
830 
78-0 
79*6 
•947 
1-103 
•933 
*394 
95 
91 
91 
92 
... 
4 
0 
6 
Cs, b. 
b. 
P, c. 
18 
•8! 1 
•819 
•792 
•807 
80-0 
86 '0 
80l) 
820 
880 
76 0 
120 
1560 
68*0 
• 1*0 
5-0 
N. 
w. 
w. 
164 3 
790 
82.0 
78*0 
79 6 
■979 
1049 
■933 
*984 
96 
84 
91 
90 
... 
0 
4 
6 
b. 
Cs, b. 
P, c. 
19 
•797 
•821 
•806 
•803 
810 
840 
800 
81-6 
880 
76 0 
120 
155-0 
070 
70-(> 
6-0 
N. 
w. 
w. 
172-8 
79-0 
800 
78 ‘0 
79*0 
•966 
•971 
■933 
‘95(3 
Jl 
83 
91 
88 
... 
0 
10 
(3 
Cs, b. 
Pc, o, r. 
P, c. 
20 
21 
•796 
•797 
•802 
•811 
•807 
•787 
•801 
■798 
82-0 
800 
87 0 
840 
80o 
790 
830 
810 
830 
87-0 
760 
750 
1 20 
12-0 
162-0 
152’0 
74-0 
6>0 
i J*Q 
70*0 
30 
5-0 
w. 
ENE 
w. 
w. 
w. 
E. 
198-u 
151-3 
800 
78-0 
82 0 
8*2-0 
79*0 
77.0 
80*3 
79*9 
•998 
•933 
1027 
1-067 
■979 
•902 
1 *00 1 
*967 
Jl 
9 1 
89 
91 
96 
91 
89 
91 
■*• 
4 
4 
0 
0 
(3 
6 
Cs, b. 
Cs, b, 
b. 
b. 
P, c. 
P, c. 
22 
•790 
•799 
•822 
■fe05 
790 
83 0 
80 u 
30-6 
830 
76-0 
12-0 
154 0 
660 
710 
5.0 
E. 
sw. 
E. 
1 46 r, 
78-0 
mcO 
78-0 
78-6 
•94 7 
•983 
‘933 
*954 
95 
•37 
91 
91 
.37 
0 
0 
6 
b. 
b. 
P, c. 
23 
•804 
•824 
•797 
•811 
810 
340 
800 
81 6 
87 0 
750 
120 
1560 
69 0 
71-u 
5-0 
E. 
sw. 
E, 
147-0 
78-0 
8 pO 
790 
79*3 
■929 
1-019 
•979 
072 
>7 
87 
96 
90 
• • • 
9 
4 
9 
b. 
Cs, b. 
b. 
24 
•794 
*823 
•811 
■809 
830 
87.0 
8 1 1) 
830 
880 
78 0 
10-0 
l5S o 
<00 
72-0 
6-0 
E. 
w. 
w. 
178 6 
sot) 
*■>0 
79*0 
80*3 
•983 
1027 
•966 
•992 
i 7 
80 
91 
86 
9 
4 
6 
b. 
Cs, b. 
P, c. 
26 
•787 
•789 
•787 
•787 
820 
850 
800 
82-3 
871) 
760 
llO 
159-0 
i 20 
730 
3-0 
E. 
w. 
w. 
1 77*3 
78-0 
82-0 
79-0 
79*6 
•906 
1054 
•979 
079 
83 
87 
yo 
88 
• • • 
0 
4 
0 
b. 
Cs, b. 
P, c. 
26 
•802 
•791 
•792 
•795 
810 
850 
810 
82-3 
88-0 
750 
130 
1600 
720 
72-0 
3-0 
E. 
w. 
w. 
186'6 
79-0 
830 
780 
so-o 
•966 
M03 
•920 
*996 
91 
91 
9] 
91 
0 
4 
(3 
b. 
Cs, b. 
P, c. 
27 
•794 
•789 
•794 
•792 
800 
85-0 
800 
81-6 
880 
75 0 
130 
1560 
68*../ 
72-0 
3-0 
E. 
w. 
W. 
17U‘S 
78-0 
83 0 
790 
80-9 
■933 
1-103 
•979 
1-905 
Jl 
91 
96 
92 
4 
0 
0 
Cs, b. 
b. 
P, c. 
28 
•799 
•823 
•817 
•814 
830 
85-0 
790 
82*3 
870 
760 
no 
1580 
710 
730 
30 
NE. 
w. 
W. 
167-4 
800 
82 0 
78-0 
800 
•983 
1054 
047 
•994 
37 
87 
95 
89 
• • * 
6 
4 
K 
P, c. 
Cs, b. 
Pc, o. 
29 
•813 
•824 
•807 
‘814 
790 
84-0 
790 
80-6 
870 
750 
12 0 
<53 0 
65 ■( ■' 
72-0 
3-0 
NSW. 
w, 
SW. 
177-0 
78-0 
82-o 
810 
770 
79-9 
•947 
1-967 
002 
072 
95 
91 
91 
92 
1.83 
4 
0 
19 
Cs b. 
b. 
Pc, o, r- 
30 
•794 
•821 
•811 
•808 
500 
84 0 
81-0 
81-6 
880 
78-0 
100 
1 60-0 
720 
720 
60 
E. 
w. 
sw. 
183*1 
780 
79 0 
79-3 
•933 
1-019 
•966 
•972 
JL 
87 
91 
89 
... 
4 
0 
6 
Cs. b. 
b. 
P, c. 
31 
■804 
‘819 
*799 
•807 
84 0 
84-0 
82-0 
83-3 
870 
740 
130 
1530 
710 
700 
40 
E. 
w. 
sw. 
166-9 
810 
790 
810 
80 3 
1-019 
•925 
1046 
■996 
87 
79 
96 
87 
... 
4 
II 
6 
Cs, b. 
b. 
P, c. 
Mean. 
29*795 
29-779 
29-766 
29769 
SOT 
S2-8 
79-7 
81-6 
87-7 
74-6 
130 
loS'l 
70-4 
71-3 
3-3 
163-17 
820 
81*6 
771 
78-6 
■844 
1 088 
044 
075 
91 
36 
91 
90 
Total. 
4-64 
i 
2 
6 
Highest Atmospheric Pressure 
Lowest Atmospheric Pressure 
i" 
Greatest Fall of Rain in 24 hours 
29'828 Inches. 
29.779 „ 
89- c O Fah. 
7 l’ c 0 „ 
1 '83 tnc t;S 
*The daily Mean Temperature of air is obtained 
from the results of the observations at 9 II, 16 H, 21 
11, and Minimum Temperature. 
W. HOAD, 
Colonial tiurgeon. 
