Anchor QEA

In recent years, about 50 to 80 dams are removed annually in the United States. As this removal rate increases, so does the positive increase of fish populations, sediment transport, and overall river health. One aspect of dam removals considered during the process is geomorphic conditions. Assessing geomorphic conditions to inform dam removals involves studying the physical characteristics and processes of a river system to understand how the removal of a dam will impact the river’s overall function. The assessment includes looking at channel morphology and sediment dynamics, evaluating erosion and deposition patterns, analyzing hydrology and flow, and considering ecological factors. Completing these steps minimizes risks to flooding, enhances habitat restoration, and allows for safe removal. By carefully assessing geomorphic conditions, engineers and scientists develop a well-informed plan for dam removal that respects both the river’s natural processes and the needs of the surrounding environment.  #Damremoval #Riverhealth #Geomorphicconditions #Planning #Restoration 

We’re partnering with Kleinschmidt Associates and the Upper Columbia United Tribes (UCUT) to launch a landmark project for the development of fish passage systems at Chief Joseph and Grand Coulee Dams.  This project includes efforts to reintroduce salmon to historical habitats blocked by two of the largest hydropower dams in the United States. Our collaborative effort will focus on feasibility studies, planning, and engineering design for fish passage systems—balancing ecological, cultural, and hydropower priorities.  Together, with UCUT tribes (Coeur d’Alene, Colville, and Spokane), dam owners, and key regulators, we are restoring these waterways and returning salmon to their ancestral habitats.  #Proudpartner #AnchorQEA #Kleinschmidt #UpperColumbiaUnitedTribes #Fishpassage #Restoration #Revitalization  

Amy Corp (Anchor QEA) presents "Screening for ebullition" in session 7 "Assessment of NAPL Ebullition in Sediments with a Flux Chamber" organized by Stephanie Fiorenza and Molly Lynyak (ASTM International) in Remtech Europe 2024. The next edition of Remtech Europe will be 15-19 September 2025 SAVE THE DATE) and stay ready to present an abstract. Deadline is 31 March 2025 #environment #remediation #soil #groundwater #water #environmental #technology #strategy #market #reclamation #brownfield #future #business #green #wastewater #sustainability #reclamation #brownfield #drones #sampling #heavymetals #HRSC #AVIP #vaporintrusion #pfas #sediment #soil #monitoring #law LORENA GONZALEZ DE AGUERO Jérémie LEPLAT Samantha Threadgold Tomasz Socha Jin Tanaka Dany Daniel Castillo Dioses Erika Lisa Horiuchi Isabella Warrington Clotilde Johansson Gustavo Cesar Santos Silva Cristiane Alves do Prado Olena Khomska Michael Sant Anil Waduge Celeste Jorge Mohammed Abualkas Marie Cors Michael Haezebrouck Angelo Patafio Vanessa Naa Kooley Hammond Angélica Souza Gutierrez Moniaki-Fratepietro Despina Eugenio Ciabattoni Gelu MADEAR - CEng FIMMM Raúl López Márquez Raja Kaliappan Ph.D. Jay Woosaree Ben Keet Cam Irvine Farzad Rassaei Zeynep Demiray Nuria Manzanas Tripp Fischer, P.G.

Happy Holidays from Anchor QEA!  We hope this holiday season brings you joy, relaxation, and time with loved ones. Here’s to a safe and prosperous new year filled with exciting opportunities.  #HappyHolidays #AnchorQEA  

Researchers from UC San Diego and the Allen Institute for AI have made a significant leap forward with a new climate simulation model, the Spherical DYffusion model, capable of projecting 100 years of climate patterns in just 25 hours.  Currently, traditional models require weeks of processing time and super computers, while the new model makes simulations faster and more accessible to research teams. AI is also boosting the accuracy and efficiency of these climate pattern simulations. The model has challenges, like integrating additional climate elements, but the team is currently working on steps to address the complexities of our changing climate. These innovations have the potential to empower scientists and policymakers with better tools to accurately predict the future. Harnessing AI technology to accurately predict changes in the future will only benefit our decision-making process as a planet.  Read more about the model here: https://lnkd.in/exgx8EjU Read more about the research that was presented at #NeurIPS2024: https://lnkd.in/ebUxgUrX #ClimateInnovation #ThoughtLeadership #GenerativeAI #SustainableSolutions 

How do we thoughtfully monitor the aging of transportation infrastructure? Dr. David Mahon and colleagues at Glasgow University have just received a grant to pursue research to determine a less invasive way to detect deteriorating highways and transportation infrastructure by tracking the muons within a structure. Muons are tiny particles created when cosmic rays hit gases in Earth’s atmosphere.  By studying these changes over time and using computer analysis, scientists can create detailed 3D images of structures. This method works where other tools, like X-rays, can’t, and it doesn’t damage the objects being studied. While this project is in the initial research phase, small devices will soon be created that can discreetly detect breakdowns.  Proactively identifying infrastructure issues directly affects our communities and ecosystems. Transportation infrastructure, such as roads, bridges, and railways, intersect with natural habitats and ecosystems. When issues like erosion, stormwater runoff, or structural failures are addressed early, it prevents pollutants like oil, heavy metals, and sediment from entering waterways and ecosystems. By investing in research and innovation, we can develop solutions that reduce climate disruptions.  Read the full article on The Engineer here:  https://lnkd.in/ekgjf_Xk #Infrastructure #AnchorQEA #Engineering 

On the Pilchuck River near Granite Falls, Washington, a 15-foot obsolete concrete diversion dam blocked salmonids and other aquatic organisms from thriving in the Pilchuck River. This aging structure no longer served its purpose, and the river and its inhabitants suffered. Anchor QEA worked closely with the The Tulalip Tribes and Reece Construction Company, providing a key role in the complete removal of the Pilchuck Dam through river channel and habitat restoration, fish and lamprey rescue, and water quality monitoring to promote the river’s long-term health. Today, the Pilchuck River flows unobstructed, revitalizing 37 miles of critical upstream habitat and supporting the recovery of salmon populations. Dam removal is an important component of restoring rivers. Not only does a river regain sediments and nutrients throughout, allowing for better ecosystems for aquatic life and fish passage, it also helps reconnect local communities. #RiverRestoration #DamRemoval #Sustainability #HabitatRecovery #AnchorQEA 

Across the western Olympic Peninsula, Anchor QEA is assisting the Washington State Department of Transportation design build team on the Coastal 29 Fish Passage Project. This project will remove 29 fish passage barriers providing access to more than 30 miles of upstream habitat for critical species. Our role focuses on landscape design and environmental evaluation and compliance, including wetland delineations and designing fish-friendly solutions, like bridges and culverts. A key aspect of this work has been collaborating with federal, state, local agencies, and local tribes including the Hoh Tribe, Quileute Nation and Quinault Indian Nation. Working alongside these experts can ensure the protection of cultural resources and sensitive habitats. Thoughtful environmental and cultural stewardship can build a foundation for thriving ecosystems and sustainable progress. #FishPassage #HabitatRestoration #EnvironmentalStewardship #CulturalHeritage

A big thank you to all our renewing members! EBC is thrilled to welcome you back for an exciting year in 2025!🎉 https://lnkd.in/dTbmSFvz Anchor QEA CDM Smith Denterlein EA Engineering, Science, and Technology, Inc., PBC Foley Hoag LLP GZA GeoEnvironmental, Inc. Massachusetts Port Authority Mystic River Watershed Association National Grid Pare Corporation Robinson+Cole LLP Terraphase Engineering Inc. Waterson Terminal Services, LLC Weston Solutions, Inc.

Restoration and planning projects often involve navigating layers of regulations, from NEPA to CEQA, each with its own challenges. Successfully managing these complexities requires a deep industry knowledge and a commitment to sustainable solutions. That’s why we’re thrilled to announce the expansion of Anchor QEA’s environmental planning and restoration team—allowing us to provide even greater support for ports, infrastructure, and restoration projects. With new expertise on board, we’re ready to tackle the intricate balance of environmental compliance, legal precision, and community benefit. Welcome, Tara Low, Evan Carnes, and Zetta (Lisetta) Quick! #NewHires #Planning #Restoration #AnchorQEA