“No Volleyball Today” – Sauble Beach
“All human plans [are] subject to ruthless revision by Nature, or Fate, or whatever one preferred to call the powers behind the Universe.”
― Arthur C. Clarke
I made this image almost immediately upon my arrival at Ontario’s Sauble Beach. The forecast was for a mostly rainy weekend and our group had resigned itself that it might not be ideal for playing our favourite beach sport, volleyball.
As we drove towards the lake we were shocked by the immense waves, the like of which we had never experienced here, even during storms. After unpacking, several of us headed towards the dunes to check out the beach, which no longer existed. This is what we saw.
The combination of extremely high water levels in the Great Lakes this year coupled with steady winds directly from the west caused the water to literally stack up on the beach. You can sort of see the ‘stacking’ nearer the horizon, as the water from the deep lake hits the shallower waters of the wide beach about two hundred meters from shore. The wide, shallow sand bar acts as a buffer but the water still has to go somewhere and inevitably rolls over the sand bar and washes out the beach.
On a typical day, the beach front is about where the second row of waves is in the photo and the volleyball courts are about two meters above the lake level. On this day, expecting to miss out on volleyball due to rain, we found the courts under several centimeters of water.
The image does not effectively convey the force of the wind or the water, as the height of the waves is limited by the shallow waters, it became a high wild chop. Needless to say, it was a ‘wild’ day. So, between gale force winds and high water, there was no volleyball to be had.
By the next day, the winds had died off, the waters had receded, and as the sun warmed the ground, the beach was drying out, leaving us with pristine, flat surfaces for the rest of the weekend. A total change for this scene which greeted us on arrival.
Tamron SP AF 90mm f/2.8 Di Macro 1:1 (272ENII)@90mm
1/400 sec, f/10.0, ISO 100