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Salmon Spotted Swimming Far Upstream to Old Spawning Grounds After Historic Klamath River Dam Removal

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27 Oct, 2024

This post was originally published on Eco Watch

Less than two months following the removal of four hydroelectric dams along the Klamath River, some of its salmon have swum upstream in Oregon to start spawning for the first time in over a century.

The first salmon was spotted October 3 on sonar, swimming through the former site of Siskiyou County’s Iron Gate Dam, reported the San Francisco Chronicle. Ever since that initial sighting, scientists say dozens to maybe hundreds of Chinook salmon have swum through the site — the southernmost of the four.

“The salmon remember,” Frankie Myers, vice chairperson of the Yurok Tribe, told the San Francisco Chronicle.

The purpose of the $500 million project was to restore the river’s natural flow and revive wildlife — including the salmon — in the Klamath River basin.

Since the dams were dismantled, scientists from Tribes, conservation organizations and state and federal governments have been watching for fish swimming by the former dam sites using video stations, sonar cameras and ground crews.

California state biologists have seen salmon swimming in creeks that had been blocked by the dams decades earlier, preventing the fish from accessing their ancestral spawning grounds, the Los Angeles Times reported.

“It’s amazing,” said fisherman Ron Reed, a member of the Karuk Tribe, as reported by the Los Angeles Times. “That’s what we’ve prayed for.”

Indigenous activists and leaders, like Reed, campaigned for decades for the removal of the dams.

Reed wasn’t surprised at how fast the fish have moved back upriver into their traditional creek beds.

“They’re very adept and very resilient,” said Reed. “And the fact that the fish are going up above the dams now, to the most prolific spawning and rearing habitat in North America, definitely shines a very bright light on the future. Because with those dams in place, we were looking at extinction.”

A closeup of a fall-run Chinook salmon seen on Oct. 16, 2024 in a tributary of the Klamath River after removal of the dams. Jacob Peterson, Oregon Department of Fish and Wildlife

In addition to preventing salmon from reaching their spawning areas, the dams degraded the water quality of the river, contributing to outbreaks of disease and toxic algae blooms that sometimes killed great numbers of fish.

PacifiCorp agreed to remove the dams after discovering the cost would be lower than complying with current environmental standards. It was the biggest dam removal ever in the U.S.

The salmon can now swim more than 400 miles in the Klamath River and its tributaries.

Reed said the fall-run Chinook he and other Karuk Tribe members have been catching appear healthy and strong, “so much more beautiful this year.”

“The health and wellness of our people in the communities are so dependent upon the fish,” Reed said. “This really brings positive energy and hope for the future.”

Morgan Knechtle, a California Department of Fish and Wildlife senior environmental scientist who has participated in the surveys, said they have seen the salmon spawning successfully in the river.

“They’re doing what we had hoped,” Knechtle said, as the Los Angeles Times reported. “It looks like fish are adapting well and doing just what they’ve been doing for many, many thousands of years.”

Biologists are planning to track how many of the fish spawn and die over the coming couple of months.

“Because of Klamath River dam removal, salmon can return to the Upper Klamath Basin in Oregon for the first time in over 100 years. This will help restore salmon runs for Tribes up and down the river, including the Klamath Tribes in Oregon,” said Lee Rahr, Sustainable Northwest’s vice president of programs, in a press release from American Rivers.

On October 2, Klamath River Renewal Corporation — a nonprofit — announced that all dam removal work was complete. Two other dams are still in operation further upstream in Oregon.

Restoration of the Klamath River watershed — including native plant seeds being scattered by the Yurok Tribe — will continue for years to come.

“The river takes care of us, and we take care of the river,” said Yurok Tribe Chairperson Joseph L. James, as reported by the Los Angeles Times. “Our salmon have returned home.”

The post Salmon Spotted Swimming Far Upstream to Old Spawning Grounds After Historic Klamath River Dam Removal appeared first on EcoWatch.

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Circularity roadmap for construction industry announced

Circularity roadmap for construction industry announced

World Green Building Council (WorldGBC) has launched the Asia Pacific Regional Network (APN) Resources and Circularity Readiness Framework, presented at the WorldGBC hosted accelerator session, ‘Retrofitting buildings: Lessons from a global network’, as part of the World Circular Economy Forum 2025 (WCEF2025), a global event dedicated to the circular economy.

Developed by WorldGBC’s APN of 17 Green Building Councils (GBCs) as well as knowledge partners, the framework is a practical roadmap aimed at policymakers and businesses across the region to assess their circularity readiness and identify strategic priorities for action to decarbonise their building stock on both a national and regional scale.

The framework can be used as a tool to quantify the business case for circular, sustainable principles in the built environment, and support businesses and governments to reduce waste, conserve resources and lower carbon emissions. It shows the industry the practical steps it can take now towards circularity, based on its current capabilities. It sets out clear assessment criteria, specific readiness indicators and actionable guidance based on five interconnected elements:

Government leadership: Policies and regulations driving circularity at all levels.
Technical solutions: Innovative approaches enabling resource efficiency and circular material flows.
Data: Measurement systems tracking resource use and circularity progress.
Finance: Funding mechanisms supporting circular business models and infrastructure.
Mindset: Cultural shifts prioritising resource conservation and sustainable consumption.
 

The Framework further supports WorldGBC’s 2025–2027 strategic plan, which outlines the vision for a sustainable built environment, guided by global 2030 decarbonisation goals.

Joy Gai, Head of Asia Pacific Network, WorldGBC said, “The framework has been developed by sustainability experts from the Asia–Pacific, one of the most diverse regions in the world, which is defined by remarkable complexities of culture, building stocks and environmental conditions. Our network recognises that harnessing diversity is fundamental to shaping a more resilient, resource-efficient future — but we need a guide to show us how to put our ambition into action. That is why we developed the APN Resources and Circularity Readiness Framework.

“WorldGBC is proud to join our Green Building Councils and partners in launching this timely resource. It creates a common language to guide businesses through collaboration, identifying their needs and applying circular methods which support our shared vision for a sustainable and regenerative future for Asia–Pacific and beyond.”

Jeff Oatman, chair of the Asia Pacific Regional network, Head of Collaboration and membership at Green Building Council of Australia (GBCA), added, “The Resources and Circularity Readiness Framework is a timely and much-needed initiative to accelerate the transition to a more regenerative and resource-efficient built environment across our region. By offering a clear pathway for assessing readiness and driving action, it empowers governments, industry and communities to make smarter, more sustainable decisions around circularity. I’m proud to be part of this collaboration and to contribute to a tool that not only fosters innovation but also supports practical outcomes that matter for people and the planet.”

Takuji Kohama, Chief Representative, AGC Group for Asia Pacific, also commented, “A resilient built environment relies on understanding ecological interconnections and making a conscious shift from linear consumption to cyclical resource stewardship. Designing buildings and infrastructures with their lifecycle in mind maximises material efficiency and minimises waste through a holistic approach from resource sourcing to end-of-life. Prioritising design for disassembly, material recovery, reuse and repurpose transforms buildings into dynamic material banks, significantly reducing construction’s environmental impact and fostering economic and environmental sustainability.

“Participating in the formulation of Resources and Circularity Readiness Framework offers a practical path to sustainable growth in our resource-constrained and climate-challenged region. This framework empowers built environment stakeholders to adopt a regenerative, resilient mindset focused on long-term value creation, redefining design, construction and living beyond waste minimisation. We aim to catalyse greater collaboration, innovation and systemic change, positioning AGC as a regional leader in circular economy practices and a model for urban sustainability.”

GBCs will use the framework to assess their own readiness to accelerate the transition to a circular economy in the built environment, as well as supporting the Asia–Pacific market. To find out more, head to the Green Building Council of Australia website.

Image credit: iStock.com/Benjamas Deekam

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