2007-108 A by-law imposing special annual drainage rates upon land in respect of which money is borrowed under the Tile Drainage Actcipal Wodd' -Form 1120-1
T.M. in Canada, Municipal World [nc.
RATING BY-LAW
THE CORPORATION OF THE
Tile Drainagc Mt, R.S.O. 199Q, c. T.B, s. K
R.R.O. 1J90, Reg. 1032, Nunn I I
_____Ttit"zn-s-hip of_Oro-Medo-nte
BY-LAW NUMBER ~nn~-~~R
A by-law imposing special annual drainage rates upon land in respect
of which money is borrowed under the Tile Drainage Act.
WHEREAS owners of land in the municipality have applied to the Council under the Tile
Act for loans for the purpose of constructing subsurface drainage works on such
AND WHEREAS the Council has, upon their application, lent the owners the total sum of
.20,000.00.. to be repaid with interest by means of rates hereinafter imposed;
BE IT THEREFORE ENACTED by the Council:
1. That annual rates as set out in the Schedule `A' attached hereto are hereby imposed
upon such land as described for a period of ten years, such rates to be levied and
collected in the same manner as taxes.
Passed this ...LOth ...day of .......O.ctober ............... . .200.7. .
,~<<
,.>'
Corporate Seal Mayor., H. S. ghes/ Head of Council
/ r ;°
~,~.. --'
J. Douglasf rein/clerk
,r
.~, W ~ : '.
t
6 0 M '.
y
. ~
~ E ,» ~
~ ._ ~
~ ~ ~r. '.
Q N
o
Y
O
'.. ~ O
R Q
',,. O ~
Q
', O ', N '.
y+ '. K}
''..
N '.
', ~
'., N ',. '... ',.
N '',,
, ~ '' '' ',..
.,
'., R '., '. '.
d o A
N - E' '.
O G
Q N
O '' ~
''
'
'
,
` ~ , .. ...
'.
a z
o
i ~
h
0
0
i ~ 'i
C ~ ~ I.
~ ~ ',
Z
'
` ~ ~
~ ~
C6 .p o
1~1 +J
~ ~ o
O ° a `-~
D 0 o, ,-,
O C N... .~J JJ
a-+ o ~, a +r, ~
•-'
~ Q a w m w
O
~ O a co
'
J G ~ ti ,
W ~ z rx
p V ~ a ~ ~
°'
~ m o w a
~ v rz rx
U
~
~
~ : ~
~
3
~
v 'G
a O .,-1
'
O:, WI. Sa '.. :
', ~.
.~, ro ro
m ,-i v +~
`
a~ •a: O .~-t G
u
3 ~ ~ +
s
o v z m
~ A.:
O ~'
w -o -o 'b oa
'° o' o ~
x ro
r a
~ '
A ~'
N m 3.. 3 .
-~ w' c
i~
~,.. a ',..
~,..
o a ~,
E
e
a~ m
Z
LL
~ C
p V ".
I. '.. i i i
'''. I ~ ', I 'I, I
= y,
O a I i i
N
J
Q
N
r
3
m
a
C
O
C
O
L
t/i
3
C
N
N
Y
C
N
N
O
m
Q
U
C
Q
m
0