- Last Ten Documents
- Thurston County 2015 county-wide planning policies.pdf
- TRPC 2013 sustainable thurston development plan.pdf
- Girardet 2010 regenerative cities.pdf
- Brennan et al 2003 nearshore salmon central puget sound.pdf
- Blevins et al. 2024 freshwater mussel survey.pdf
- Lacarella et al. 2024 salmon stream temperature under climate change
- Murphy 2020 no one asked for ethnography
- AWC 2021 home rule in washington counties and cities.pdf
- NOAA 2022 mitigation policy.pdf
- Gaydos et al 2008 principles design healthy ecosystems
- Product Categories
- Google scholar search
- Linked To This Product
- Wiki Rules
- Wiki text does not reflect the policy or opinion of any agency or organization
- Please adhere to our Social Contract and Style Guide
- Complain here, and be nice.
Hood, G. 2015. Geographic variation in Puget Sound tidal channel planform geometry. Geomorphology 230 (2015) 98–108.
Notes[edit]
- There are several interesting results that come from this large scale study: [1] channel planform geometry is related to tidal range (not surprising), [2] planform geometry is related to wave exposure (surprising!), [3] anthropogenic sediment starvation of river deltas through distributary channelization and diversion, or through river damming and diversion (e.g., for drinking water) has apparently resulted in early stages of delta drowning, a likely harbinger of sea level rise vulnerability. (From Hood, pers coms).
- The larger-scale comparisons of channel geometry led me to look at smaller-scale patterns of variation within the Skagit Delta, and indeed I found differences between leeward and windward portions of the Skagit tidal marshes. So putting the Skagit Delta in context of the rest of Puget Sound deltas was useful to us locally as well as to the restoration community regionally. (From Hood, pers coms.)
- In addition to providing guidance to engineers, planners, and biologists on tidal marsh restoration, this work also indicates a need to restore sediment supply to currently sediment starved marshes to provide long-term marsh resilience to sea-level rise. (From Hood, pers coms.)