“Now, as global warming steadily melts glaciers and polar ice sheets, quickening the pace of sea level rise, scientists say that a severe shortage of river-borne sediment — most of it trapped behind dams — will increasingly be felt along the world’s coasts.”
I’ve been worried these last few days of summer and now fall is here! The maple and birch leaves have been falling. Swirls of leaves follow me as I walk along the trail. But the leaves are green and spotted! Where are the fall colors? May I just be anxious for cooler climes. Perhaps but with the wind and rain being so plentiful as of late I fear the fall colors nature brings with the changing seasons may be compromise.
AS I look out my window, the leaves seem to be talking to each other; they sway back and forth in the wind. Last night I heard numerous conversations of chattering leaves. What does one leaf say to another? Maybe they are pleading with one another to hold on to their branches or maybe they are encouraging each other to fly away with the wind.
Miraculously I found a yellow rose in my rose bush recently. I swear it is pink now. Do roses change color? Whatever, it is a wonderful sight. The rain has brought all sorts of colorful mushrooms up from the ground – orange, purple and of course white. Plenty of tiny little toads hopping about too and slender long snakes slithering about the driveway. No bloodsucking gnats like last year. I couldn’t even open doors to enjoy the wonderful cool weather as the gnats were so tiny that they could squeeze through the screens! The plague of gnats, inside and out, were annoying to say the least. No bloodsucking attacks – at least as of yet.
As I ramble on steadied with glee of autumnal comings, my mind goes to all the things that need to be completed before winter gets here. I’ll make a list but for now I am going to enjoy the blissfulness of fall’s arrival. I think I will go crunch some fallen foliage beneath my feet, dogs in tow!
The UCLA study highlights the inadequacies of decades-old infrastructure in the Golden State that were “designed for theclimate of the past and not for the rapidly changing climate of the future,” Climate Signals notes.
“Ourbig dams were designedto capture smaller floods than what we expect in the future,” said Daniel Swain, a UCLA climate scientist and lead author of an earlier study on California’sclimate-related weather extremes. “We can make some changes on the margins, but these structures were built for a climate that we no longer have.”
“The Klamath River project will be the most significant dam removal and river restoration effort yet. Never before have four dams of this size been removed at once which inundate as many miles of habitat (4 square miles and 15 miles of river length), involving this magnitude of budget (approximately $397 million) and infrastructure.
But perhaps more important than the size of the dams is the amount of collaboration and the decades of hard work that have made this project possible. American Rivers has been fighting to remove the dams since 2000. And thanks to the combined efforts of the Karuk and Yurok tribes, irrigators, commercial fishing interests, conservationists, and many others, our goal of a free-flowing river is now within reach.”
Biggest dam removal ever! Klamath was largest salmon producer until dams interrupted reproduction cycles.
The first shipment of highly radioactive sludge left an annex at the Hanford nuclear reservation’s K West Reactor Basin, which is near the Columbia River, at about 10:30 a.m. Monday. It was taken to central Hanford for storage away from the river.
Republican Gov. Mike Parson, who was sworn in on June 1 after the resignation of Gov. Eric Greitens, approved the proposal championed by Sen. Maria Chappelle-Nadal, D-University City.
The measure will allocate $150,000 annually to the Department of Natural Resources to probe sites like the West Lake Landfill in north St. Louis County, where radioactive material was dumped more than 40 years ago.
“What is usually referred to as nuclear waste is used nuclear fuel in the shape of rods about 12 feet long. For four and a half years, the uranium atoms that comprise the fuel rods are split apart to give off the heat that turns water into steam to spin turbines to make electricity. After that, nuclear plant workers move the used fuel rods into pools of water to cool.”