Mr. Garfield Dunlop (Simcoe North):
Recently I was pleased to be invited to a luncheon
hosted by the Midland Rotary Club. The guest
speaker at the luncheon was Ms. Mary Muter,
who is a cottager on Georgian Bay, a member
of the Georgian Bay Association and a person
who has devoted endless hours to the ecology
and water levels on Georgian Bay and Lake Huron.
The Georgian Bay Association, through its foundation,
at a cost of $250,000, paid for the Baird water
level report. The report concluded that erosion
and the continual and ongoing dredging of the
St. Clair River are causing water levels on
Lake Huron and Georgian Bay to drop at a greater
rate than ever before.
The Baird report convinced the International
Joint Commission that the erosion of the St.
Clair River is in fact a major cause of low
water levels on Lake Huron and Georgian Bay.
In Simcoe North, we have a lot at stake with
water levels that continue to decline.
To begin with, the property values of shoreline
properties are impacted because the high-water
mark keeps moving further way from the property
lines and buildings, making it at times almost
impossible for dockage. Second, with thousands
of boats on Georgian Bay, some marinas are finding
it more difficult for larger boats to access
their locations. Third, with the drop in water
levels, our precious wetlands are also in jeopardy,
as many have begun to actually dry up, putting
a strain on our natural heritage system and
wildlife.
It is now well documented that Georgian Bay
and Lake Huron are approximately 40 centimetres
lower than the levels recorded in 1918. Georgian
Bay is part of the culture of our region. We
need to address the concerns raised in the Baird
report so that future generations can enjoy
the natural beauty of beautiful Georgian Bay.
I know the federal government has committed
to some mitigation funding; Ministers Ambrose
and Clement made the announcement in September.
It is imperative that the McGuinty Liberals
show true leadership and become key players
at the table so that a solution can be found
to stop declining water levels in our Great
Lakes.