The
UGLMU has been conducting fish community surveys in the area of interest
since 1996. In addition, historical fisheries assessment information
collected from a number of locations in the area of concern are also
available. The results of these surveys have shown that in a majority
of areas, walleye and northern pike populations have declined in
abundance from historical levels. These results seem to be consistent
with anecdotal accounts from numerous stakeholders from the area. In
many of the locations surveyed, annual mortality rates are considered
high and likely a result of heavy fishing pressure.
Walleye
spawning surveys conducted in several locations have revealed a low
abundance of adult spawners. Some populations have experienced
substantial declines from historical levels of abundance. In a number
of areas where the abundance of spawning fish has increased in recent
years, most fish are from relatively young year classes, indicating that
the populations are in the early stages of rehabilitation. Walleye
populations that are in the early stages of rehabilitation or are
reduced to very low numbers are very sensitive to exploitation. The
lack of closed seasons and early season openings where they currently
exist have meant that northern pike are vulnerable to angling especially
in early spring when spawning has just completed.
The
recommendations put forward by the Council are an attempt to
reduce the mortality rates being experienced by walleye and northern
pike and enhancing opportunities for population recovery. On average,
recreational anglers typically harvest fewer than the legal number of
fish available in the daily limit. Without the additional requirement
of size restrictions on fish that could be harvested, an approach that a
majority of Council members felt would not be well received by the
stakeholders they represent, the daily creel limit needed to be reducing
mortality rates. For anglers who are fishing for several days and are
staying at local resorts, lodges, parks or other accommodations, the
recommended possession limit provides anglers with an option to possess
more than a single days' limit of fish.
An effort has also been made to make
season openings more consistent with adjacent inland fishing divisions.
In some cases, particularly in Division 17, where no closed seasons for
walleye or northern pike exist, recommending seasons consistent with
adjacent inland divisions will ensure that current fishing activity is
not displaced to other areas and that more protection is afforded to
those populations without closed seasons. For some time, the season
opening for walleye and northern pike in Georgian Bay has been May 1st.
Many local lodge and marina operators have developed a clientele that
look forward to this opening date. With the recommended reduction in
daily catch and possession limits, as well as further protection for
pre-spawning walleye and northern pike through an earlier ice fishing
closure, the Council is recommending that May 1st season opening for
walleye and northern pike be retained.
McGregor Bay
Walleye
In one instance, the walleye population of McGregor Bay, in northern
Georgian Bay, is currently at a critically low level of abundance. A
recent spawning survey conducted in the area revealed very few spawning
fish remain in the population, and those that are left are large and old
fish. It is likely that this population of walleye has been reduced to
a level where natural reproduction is insufficient to increase the
abundance of walleye. A sustainable level of walleye harvest from this
population does not likely exist at current levels of abundance.
The McGregor Bay Association has
requested a walleye closure for seven years in this area in order to
allow walleye abundance to increase and to eventually re-establish a
self-sustaining walleye population. A strategic walleye stocking plan
has been developed by MNR to assist in the rehabilitation of this
population. The Council is in support of a recommendation to close the
walleye fishery in McGregor Bay in order that the rehabilitation of the
population may proceed.