10 May 21 Back from Yellowstone; 13 days total, 9 in the park, almost 2,800 miles of travel, and about 2K images. Many firsts, including not a single day of bad weather which turned out to be a mixed blessing. Mixed due to having every day available for shooting from dawn to dusk but with no forced (weather) down days which I learned I need. These "golden years" definitely being either badly misnamed or referring to something else. Decided not to do this trip as a travel log but to just randomly share images. I thought I'd start by sharing a view of the Columbia River, one of America's largest rivers and one with a very interesting history. Starting from Columbia Lake in British Columbia, at a height of 2,700 feet, it flows for 1240 miles before dumping in the Pacific Ocean at Astoria, OR. The river bed is such that tides flow up river for a distance of 140 miles. "It traverses east-central Washington in a sweeping curve known as the Big Bend, its prehistoric course having been disarranged first by lava flows and later by ice sheets. The ice sheets were instrumental in creating the Channelled Scablands, a series of coulees (steep-walled ravines) trending northeast-southwest in the northern part of the Columbia Plateau; Grand Coulee is the largest of these. The scablands were formed as immense torrents of water, released intermittently from ice-dammed lakes upstream, swept down-valley." Of course, when one considers how fast Mt St Helens rearrange the landscape, the possibility exists that the river was formed much quicker as is suggested by a "historical" marker in the National Bison Rage. Today we are looking at the Columbia as it courses past the community of Vantage, WA where the river divides WA state into almost equal halves. It was a very calm day as I took the shot; one can only imagine what Lewis & Clark experienced when they first encountered it.
Other than some cropping off of the top, and a wee bit of contrast adjustment, this is what the camera saw. Tidal River 140 Nikon D500; 18 - 200; Aperture Priority; ISO 200; 1/1000 sec @ f / 9.