@article{527797354e804d84ab0b07e3534a70cd,
title = "Constructed floating wetlands: a “safe-to-fail” study with multi-sector participation",
abstract = "The Duwamish River Floating Wetlands project designed, built, and deployed constructed floating wetlands in the estuary of the urban Duwamish River in Seattle, Washington, during the 2019 and 2020 outmigration seasons for juvenile salmon. Using a “safe-to-fail” methodology and adaptive management strategies, these innovative floating wetland prototypes were custom designed to provide the native plants, invertebrates and slow water habitat that juvenile salmon require during their transition from fresh to salt water, and were monitored for these outcomes. This paper will provide insight into the prototype designs, adaptive management strategies and plant performance, and unique public-private-academic-community partnerships that supported 2 years of design and research.",
author = "Nancy Rottle and Mason Bowles and Leann Andrews and Jennifer Engelke",
note = "Funding Information: The authors wish to acknowledge the field teams during Year‐1 and Year‐2 including C. Currier, C. Dorhn, A. Hampton, S. Klein, J. Lee, A. M. Powell, D. Roberts, and G. Thomas Jr. as well as their University of Washington faculty advisors J. Toft, J. Cordell, C. Woelfle‐Erskine, and D. Butman, teaching assistants J. Alderman and A. Kellogg, student seminar participants, and our community scientists. The authors would also like to recognize E. H. Reto who stewarded the project. The Port of Seattle, Waste Management, and David Shumate all provided property to deploy the units. Funding for this project was provided by King County Waterworks, the Rose Foundation, the Port of Seattle, and the University of Washington Campus Sustainability Fund. Additional materials were generously provided by Ecovative and Synbra Technology. This project was completed through the University of Washington's Green Futures Lab. Funding Information: The authors wish to acknowledge the field teams during Year-1 and Year-2 including C. Currier, C. Dorhn, A. Hampton, S. Klein, J. Lee, A. M. Powell, D. Roberts, and G. Thomas Jr. as well as their University of Washington faculty advisors J. Toft, J. Cordell, C. Woelfle-Erskine, and D. Butman, teaching assistants J. Alderman and A. Kellogg, student seminar participants, and our community scientists. The authors would also like to recognize E. H. Reto who stewarded the project. The Port of Seattle, Waste Management, and David Shumate all provided property to deploy the units. Funding for this project was provided by King County Waterworks, the Rose Foundation, the Port of Seattle, and the University of Washington Campus Sustainability Fund. Additional materials were generously provided by Ecovative and Synbra Technology. This project was completed through the University of Washington's Green Futures Lab. Publisher Copyright: {\textcopyright} 2022 Society for Ecological Restoration.",
year = "2023",
month = jan,
doi = "10.1111/rec.13672",
language = "English (US)",
volume = "31",
journal = "Restoration Ecology",
issn = "1061-2971",
publisher = "Wiley-Blackwell",
number = "1",
}