Oct. 1,1925 Abortion-Bacterin Treatment of Gows 
A 
t—I 
« 
H 
Eh 
O 
◄ 
OQ 
O 
◄ 
Q 
◄ 
W 
02 
£ 
o 
o 
1 P | | | P 1 
s 
o& 
2 
3 
1 P | | | P | 
tH 
+P | PfLi^OQ 
o» 
tH 
8 
P5 
+PpPp+OQ 
•g 
+-raPa+An 
++a+p+ fI < 
s 
s 
Eh 
Milk 
yield, 
ounds • 
1 
16.1 
Dry. 
10.6 
40.6 
15 
42.6 
a 
1 
11l + l11 
§ 
CO | | + , |0Q 
H 
* 
3 
^*P | +02 CO Al 
8 
+PO2+C0P + 
+* 
ft 
PH 
+++++++ 
© 
OQ 
+++++++ 
j 
i 
e 
Milk 
yield, 
ounds * 
19.8 
8.2 
20 
2.2 
24.6 
28.1 
3.6 
a 
g 
os 
1 1 1 1 1 t 1 
1 1 1 1 1 1 1 
+P 1 PPP | 
1 
00 
rt 
+PPPP+P 
fe 
+P+++PP 
a 
+++P+PP 
*8 
1 
Eh 
Milk 
yield, 
ounds • 
03 <M CO 09 
ssddssa* 
a 
1 CQ | | | | | 
§ 
60 
\ m 1 1 | 1 | 
H 
3 
P + | | 02P - 
ia 
8 
« 
++ | PmCH+to 
8 
+p P +++QQ 
p 
+Ah++++OQ 
<9 
o 
& 
• 
Milk 
yield, 
pounds 
00 r-l go to 03 CO 
a t 'S^d o,i s: 
§ 
1 
IP 1 1 1 1 1 
CO 
OQ | Ah | 1 1 OQ | 
H 
PpP 1 P 1 00 OQ 
o> 
8 
PPPpP+^P 
« 
Ph 
PPPP++++ 
O 
P+P+++++ 
*d 
& 
«0 to HNHOO 
8 
Eh 
Mitt 
yield 
pound: 
s'ddss'gsd 
I 
11 i® 1 1 1 
§ 
CO 
1 
1 1 1 ^ 1 1 1 
i^H 
-M 
3 
OQOQP | ++OQOQ 
8 
PPP 0 O++PP 
bO 
Ph 
+++CQ +-J-P + 
<1 
++++++++ . 
8 
Eh 
Milk 
yield, 
ounds• 
<N 
GO 
T— ( 
18.6 
27.5 
14 
25 
17.4 
17.2 
a 
1 
1 
IM 1 1 1 1 
g 
09 
1 
I PgQGQgQOQ 1 
i-t 
3 
OQOQ+PPppQQ 
8 
8 
Ph 
PP+++P+OJ 
£ 
P++++P+OQ 
a 
+++++++P 
*d 
o 
o 
1-1 
ti 
Milk 
yield 
ound: 
SSiSi^dsSssS' 
a 
Cow 
No. 
1 1 1 1 1 1 > 1 
■ 1 ■ 1 1 1 1 1 
11>- <N to 03 03 <N 00 
HTHmmeoOHio 
I Ph I +4-1 I I 
I * I++1 I I 
I * | ++ | GG* 
0Q+CQ++ I +P 
CQ+GG-fj^Pn+pL, 
P ++P P ++P 
18 
7.3 
32.8 
Dry. 
Dry. 
27.9 
7.8 
26 
1 Ah | | l + l | 
OQPqq 1 | + | OQ 
*^P , p+ | P 
++PoQp+pAH 
++PP4++++ 
++PP++++ 
Dry. 
24.8 
1 
10 
34.8 
Dry. 
14.4 
Dry. 
l+l 11 |11 
®+l11111 
CQ+aMcQoQ | GO 
AH-fp+GG ra pP 
++P++PP+ 
+4-++++P + 
<0 ^ CO 03 10 CO <N 03 
03 0 a th -rj? 03 
pHHlOHNH 
J 1 1 l + l 1 1 
1 1 1 l + l + l 
PP|l+l+l 
++ | 0 G + | + | 
++0Q++ | +P 
++P +-|-0Q -|-P 
15 
10.4 
17.8 
40.1 
Dry. 
16 
Dry. 
34 2 
GQGQ | l + l | fL, 
“AH I l + l |P 
^OQP+P I Ah 
++P a+P ra AH 
++PpL,_f_PP + 
+++P !+++ 
146 
13.2 
16.3 
43.4 
Dry. 
11.5 
10.5 
Dry. 
1 1 1 1 1 1 1 + 
CO CO I CO a I I + 
PPOQ++ 1 1 + 
ppp++a°Q+ 
p p +++a ++ 
+++++P++ 
18.3 
18.3 
24 
51 
19.6 
19.5 
19.6 
Dry. 
I 1P^1 1 1 1 
OQ 1 a CO CO | 
PoqP^+Ah +0 Q 
app++++a 
p+p++++a 
p+p++++a 
9.8 
42.7 
Dry. 
Dry. 
44 5 
28.6 
21.8 
24 7 
I « CO ^ r-4 *c < 
683 
