Congrats to our team supporting U.S. Environmental Protection Agency’s Office of Research and Development for completing the processing and initial chemical analyses of 1000 lake water samples! They received lake water samples from across the continental U.S. this past summer and have completed the initial chemical analyses as part of the U.S. EPA 2022 National Lake Assessment. The goal of this assessment is to provide national and regional estimates of the condition of the nation’s lakes as part of the EPA National Aquatic Resource Survey.
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New Video: How NOAA and Engineers Are Future-Proofing America’s Infrastructure
CSS team members supporting NOAA’s National Centers for Environmental Information (NCEI) industry initiative are working with the architecture and engineering, insurance and reinsurance, and retail sectors to co-develop environmental data tools that are accessible and actionable, helping industries and communities build weather resilience. A new video showcases how NOAA data products, and this initiative, are equipping professionals to design…
Developing a Stream Assessment Protocol
CSS has been a significant contributor to the development and implementation of the Oregon Stream Function Assessment Method (SFAM) for more than 10 years. SFAM is a key component of the Oregon Stream Mitigation Program administered by the Oregon Department of State Lands. The mitigation program is designed to address damage to aquatic resources caused…
Supporting the Launch of NOAA Data to Inform More Resilient Infrastructure Designs and Structures
Congratulations to NOAA for launching their new Typical Meteorological Year product, developed by the National Centers for Environmental Information (NCEI) as part of the industry initiative. This effort helps make environmental data actionable for architects and engineers designing the next generation of resilient infrastructure. CSS is proud to support this effort and our employee owners who contributed to this product. The Typical Meteorological Year (TMY) product provides location-specific…