“Engineering with Nature – An Ode to Water, Wood, and Stone” at SIFF

Engineering with Nature: An Ode to Wood, Water, and Stone
Poster for “Engineering with Nature: An Ode to Wood, Water, and Stone”

To help tell the powerful story about a once-polluted and neglected creek that is becoming a flourishing home for spawning salmon, the documentary Engineering with Nature – An Ode to Water, Wood, and Stone, was selected to premiere at the 2019 Seattle International Film Festival (SIFF) on Saturday, June 8.

Watch the trailer

Documenting the water quality changes in the creek, which is Seattle’s largest urban watershed and winds its way through north Seattle, are UW associate professor of civil & environmental engineering Edward Kolodziej and UW-Tacoma Center for Urban Waters postdoc Kathy Peter. Kolodziej is also an associate professor of science and mathematics at the Center for Urban Waters and UW-Tacoma’s School of Interdisciplinary Arts & Sciences (SIAS).

The film will premiere at the 2019 Seattle International Film Festival on Saturday, June 8, 2pm at Seattle Central Library, located at 1000 4th Avenue, Seattle. The premiere was selected for a free public screening, but it’s best to arrive early as tickets (for 260 seats) will be given out on a first come first served basis. The doors open at 1:30pm, but the film maker recommends arriving between 12:30-1pm. Following the premiere, the project’s key participants will participate in a Q&A session, including Kolodziej.

Read more about the making of the film


SIFF Science Documentary Features FWI Faculty

Engineering with Nature: An Ode to Wood, Water, and Stone
Poster for “Engineering with Nature: An Ode to Wood, Water, and Stone”

By Brooke Shields, UW Civil & Environmental Engineering

If Thornton Creek could tell a story, it would not only be surprising— it would be surprisingly good.

To help tell the powerful story about a once-polluted and neglected creek that is becoming a flourishing home for spawning salmon, the documentary Engineering with Nature – An Ode to Water, Wood, and Stone, was selected to premiere at the 2019 Seattle International Film Festival (SIFF) on Saturday, June 8.

Edward Kolodziej, associate professor of civil & environmental engineering at UW and at UW-Tacoma School of Interdisciplinary Arts & Sciences and Center for Urban Waters
Edward Kolodziej, UW associate professor of civil & environmental engineering and UW-Tacoma associate professor of science and mathematics at the School of Interdisciplinary Arts & Sciences and Center for Urban Waters

Documenting the water quality changes in the creek, which is Seattle’s largest urban watershed and winds its way through north Seattle, are UW associate professor of civil & environmental engineering Edward Kolodziej and UW-Tacoma Center for Urban Waters postdoc Kathy Peter.

Watch the trailer

“The filmmakers, Leaping Frog Films, are very excited about the film being selected for SIFF,” said Kolodziej, also an associate professor of science and mathematics at the Center for Urban Waters and UW-Tacoma’s School of Interdisciplinary Arts & Sciences (SIAS). “It’s quite difficult to get into SIFF, as there is a low acceptance rate.”

Filmed on location at Thornton Creek last year, Kolodziej and Peter discuss a water quality study they conducted for Seattle Public Utilities in 2017; they later published a paper with the results. In the film they discuss how the engineered streambed used modified natural processes to remove pollution.

Four years in the making, the documentary highlights the success of Seattle’s Thornton Creek Project. Initiated by Seattle Public Utilities as a neighborhood flood control project, the effort entailed rebuilding 1,600 feet of the creek’s channel. Workers realigned the channel, tore out the fill from development and repositioned the creek back into its natural flood plain.

Following the radical redevelopment project that revitalized the creek and cleaned up the water by removing pollutants through streambed filtration, adjacent neighborhoods no longer flood, water quality has improved, and, most surprisingly, Chinook salmon have returned to the creek to spawn. Researchers say the project could be an example for how to design cities with healthy ecosystems despite human-caused pollution.

According to the filmmakers, Leaping Frog Films, “This visionary project successfully demonstrates a fresh new approach to urban land use planning, storm water treatment, water quality management, and stream restoration, all of which have ‘real-life’ implications for coping with the increasing effects of climate change and urbanization.”

Free film premiere

The film will premiere at the 2019 Seattle International Film Festival on Saturday, June 8, 2pm at Seattle Central Library, located at 1000 4th Avenue, Seattle. The premiere was selected for a free public screening, but it’s best to arrive early as tickets (for 260 seats) will be given out on a first come first served basis. The doors open at 1:30pm, but the film maker recommends arriving between 12:30-1pm. Following the premiere, the project’s key participants will participate in a Q&A session, including Kolodziej.

Learn more about the premiere


EPA Postdoctoral Research Opportunity

Quantifying the role of surface water storage features in mediating watershed-scale nutrients

We are excited to share a new postdoctoral research opportunity to investigate, characterize, and quantify (via statistical, geospatial, and/or hydrological models) the role of landscape surface water storage features (e.g., wetlands) and their associated hydrological and biogeochemical functions on downstream water quality. This competitive, three-year postdoctoral opportunity is with the US Environmental Protection Agency’s Office of Research and Development in Cincinnati, Ohio.

Application period ends May 2nd, 2019.

Overview

Many of the nation’s waterways remained affected by excess nutrients, which leads to harmful algal blooms, hypoxia, poor ecological condition and drinking-water quality. The focus of this research will be on identifying and characterizing landscape surface water features (e.g., natural, restored, and constructed wetlands and floodplain systems) that remove nutrients prior to reaching downstream surface waters and quantifying how surface water storage contributes to watershed-scale nutrient conditions. The research will be implemented using state-of-the-science combined “big data” (monitored gage-data analysis and synthesis, geospatial and remote-sensing applications) and watershed-modeling approaches (e.g., advanced statistical and/or process-based) to identify prioritized areas within large, regional-scale watersheds with the greatest effect in reducing nutrient runoff to surface-waters. A focus will be on areas vulnerable to harmful algal blooms and used for surface-water supplies and recreational activities.

The preferred candidate will have a Ph.D. in environmental engineering, hydrology, geography, environmental science, or a related discipline. S/he will have experience in (1) watershed hydrology and biogeochemistry; (2) watershed modeling; (3) advanced numerical and/or statistical methods for surface-water and landscape-scale analyses; (4) GIS/remote-sensing software and applications; and (5) scripting (e.g., Python, R) and/or coding (e.g., C++, Java, FORTRAN) language.

The candidate is expected to join our productive and enthusiastic research team of watershed hydrologists, biogeochemists, and systems ecologists this fall for a three-year federal postdoctoral research appointment.

Position specifics

Feel free to reach out with any questions: Dr. Heather Golden (golden.heather@epa.gov) and/or Dr. Charles Lane (lane.charles@epa.gov)