Lake Shore Salzburger Hof Resort

Lake Shore Salzburger Hof Resort We are permanently closed. Family-friendly resort located on the shores of Lake Superior in Batchawana Bay Canada. Motel, Studios, 2 & 3 bedroom chalets. Seasonal

German & local cuisine featured in restaurants. Summer Fish-Fry Buffet. Complimentary Park Passes.

09/18/2026

Northern Ontario hides a canyon so dramatic that its deepest areas can preserve an unusually cold environment. This is Ouimet Canyon, northeast of Thunder Bay.

The gorge is roughly three kilometres long, with cliffs rising about 100 metres above the canyon floor in places. Its dramatic landscape was shaped by geological processes associated with ancient faulting, erosion and the effects of glaciation. One of its most fascinating features is the cold microclimate found at the bottom of the canyon. Conditions there support plants normally associated with regions much farther north.

Visitors experience Ouimet Canyon Provincial Park from designated trails and viewing platforms above the gorge rather than descending onto its protected floor. From those lookouts, the scale becomes remarkable: sheer rock walls, dense northern forest and a narrow landscape far below.

It is one of those places that shows just how varied Ontario can be beyond its better-known destinations. If someone showed you this landscape without revealing the location, would northern Ontario have been your first guess?

Congratulations Abby and Doris! And of course the staff at Errington’s Wilderness Island Lodge who work so hard to give ...
09/13/2026

Congratulations Abby and Doris! And of course the staff at Errington’s Wilderness Island Lodge who work so hard to give the resort’s guests that ultimate vacation experience!

Before we post our complete updated “Top 3s” list for 2026, we’d like to congratulate Errington’s Wilderness Island Lodge on earning several “Top 3” spots.

So deserved! Thank you Northern Ontario Fisherman for recognizing this beautiful lodge and the wonderful owners who oper...
09/11/2026

So deserved! Thank you Northern Ontario Fisherman for recognizing this beautiful lodge and the wonderful owners who operate it!

Of course it is special! Doris and Abby plus all the staff go out of their way to insure you have the best fishing adven...
09/10/2026

Of course it is special! Doris and Abby plus all the staff go out of their way to insure you have the best fishing adventure possible!

09/08/2026

In March 2022, researchers in Ontario collared a young female grey wolf near Sault Ste. Marie. Within days she started walking east. She did not stop for four months. By the time Ruby reached Quebec's Laurentides Wildlife Reserve, she had covered 1,550 miles, including an 11-day wait at the Ottawa River before swimming across it at a point with no bridge and no dam.

The Algoma Highlands Conservancy had collared her in Prince Township as part of a study of wolf movement in the region. They named her Ruby. They were also tracking a local breeding female named Fifi, raising pups in an established territory nearby, whose movements stayed conventional throughout. Ruby's did not. The moment the collar started transmitting, it showed her leaving.

She headed north first, following the Lake Superior coast. Then she abruptly changed direction and turned east toward North Bay, covering roughly 310 miles in three weeks. A young female believed to be traveling alone, in unfamiliar country, averaging 15 miles a day through late-winter Ontario.

At North Bay she slowed. The Conservancy noted that her pause coincided with a brief snowfall followed by melt, conditions that make long-distance travel difficult and expensive for any animal. Ruby had no pack mate to break trail. Every mile of deep snow cost her more than it would cost a wolf in a group. She rested. She explored the North Bay area. She waited for conditions to improve.

Then she continued east to the Ottawa River.

She reached it on April 22. The Ottawa River in late April is cold, fast, and wide. Her movements suggested she meant to cross immediately. She did not. For 11 days she stayed near the river, moving along its banks, possibly scouting for a crossing where the current was weakest and the distance shortest. On roughly May 3, she chose a location with no bridge and no dam and swam across between 1,600 and 3,300 feet of flowing water. A solo swim across a major river in early May, with no pack waiting on the other side, is not a casual decision. Ruby made it.

On the Quebec side, she kept going. Her transmissions showed her moving into the Laurentides Wildlife Reserve, a 3,000-square-mile protected area of boreal forest north of Quebec City. Her easternmost reported position placed her roughly 620 miles from Prince Township in a straight line. The actual distance she had traveled on the ground, following shorelines, skirting lakes, crossing rivers, and detouring around obstacles, was approximately 1,550 miles in four months.

The Conservancy described her likely motivation as what biologists call dispersal: a young wolf leaving its natal area to find a mate and unoccupied territory. It is how populations stay connected and how animals avoid competition and inbreeding. It is also dangerous. A dispersing wolf faces unfamiliar country, roads, rivers, human development, and the constant cost of energy, usually without a pack.

Her collar came off in the Laurentides, which is what it was designed to do. The last position it sent placed her inside the reserve. Reading her final movements, the Conservancy's hypothesis is that she stopped traveling because she had found a pack and established herself there.

The route she left behind is now data. Algoma, North Bay, the Ottawa River, the forest north of Quebec City, one wolf's line across two provinces. The Conservancy is using it in its ecological corridors work to identify where those regions still connect.

Source: Algoma Highlands Conservancy https://www.facebook.com/AlgomaHighlandsConservancy
Image: "Ruby" from Algoma Highlands Conservancy

08/25/2026
08/25/2026

More than half of the water entering Lake Superior falls directly from the sky. By Lake Ontario, it’s only 6%.

Lake Superior has no upstream Great Lake feeding it, although Lake Nipigon drains into it and two major diversions add water from outside its natural watershed. About 56% of its incoming water falls directly on the lake as precipitation, 40% arrives as runoff and 4% comes from the diversions.

Of the water leaving Superior, 43% returns to the atmosphere through evaporation. The other 57% flows downstream.

At Michigan-Huron, 39% of the incoming water falls directly on the lakes, 34% arrives as runoff and 27% comes from Lake Superior. About 31% of the water leaving is lost to evaporation, 68% continues toward Lake Erie and 1% leaves through the Chicago Diversion.

By Lake Erie, 79% of the incoming water comes from Michigan-Huron. Only 11% falls directly on the lake and 10% arrives as runoff.

And Erie passes most of that water along. About 89% of the water leaving Erie flows into Lake Ontario, while 11% is lost to evaporation.

By Lake Ontario, 79% of the incoming water comes from Lake Erie. Another 15% arrives as runoff, while only 6% falls directly on the lake.

Of the water leaving Ontario, 93% flows toward the St. Lawrence River and just 7% is lost to evaporation.

From Superior to Ontario, direct precipitation falls from 56% to 6% of incoming water, while inflow from the Great Lake upstream grows from none to 79%.

These figures are long-term averages based on 1948–2006 data.

Graphic: International Joint Commission

08/05/2026

that invasive sea lampreys prefer lake trout over other fish species? In the Great Lakes, parasitic-stage sea lampreys feed on—and typically kill—most species of large-bodied fish, including lake trout, lake whitefish, burbot, walleye, brown trout, lake sturgeon, cisco, Chinook salmon, coho salmon, rainbow trout/steelhead, and even yellow perch.

What is so special about lake trout, you may ask? One reason lake trout are preferred is that they are large-bodied fish that provide a substantial amount of blood and body fluids for the sea lamprey’s voracious appetite—given the large body size, sea lampreys can feed on lake trout for longer periods of time compared to smaller species. Additionally, because finding hosts in the vastness of the Great Lakes is challenging, it is more efficient for a sea lamprey to stay on one large-bodied fish, compared to finding multiple small-bodied fish hosts.

Another reason why lake trout are preferred is due to their thin skin and habitat preference. Lake trout possess thinner skin and smaller scales compared to many other large-bodied fish, making it easier for a sea lamprey’s tongue to pe*****te and feed. Sea lampreys also prefer deep-water habitats, just like lake trout. Consequently, sea lampreys are hunting in areas where there is a higher encounter rate of lake trout.

Importantly, though, a study conducted in Lake Ontario showed that if there is a low abundance of lake trout, other species like Chinook salmon and whitefish are targeted more frequently.

If you want to learn more about sea lampreys and their impact on lake trout, check out the dissertation, “Understanding observed sea lamprey marking rates of lake trout in the Great Lakes”: https://d.lib.msu.edu/etd/48528. And be sure to keep watching for our weekly posts!

📷A parasitic sea lamprey attached to a lake trout. Credit: Andrea Miehls, GLFC.

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Batchawana Bay, ON
P0S1A0

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