File:Leonetti et al 2015 north fork stillaguamish habitat change.pdf

Document

A document is a written record related to an effort or topic

Last Ten Documents

• Kilmer et al 2023 federal grants news.pdf
• Speybroeck et al 2006 beach nourishment coastal defense
• Kindeberg et al 2022 multifunctional nature-based coastal defense
• Shipman 2001 beach nourishment puget sound.pdf
• Johannessen & Waggoner 2008 lummi shore road monitoring.pdf
• Baker et al 2020 restoration scaling HaBREM
• WSE 2021 snohomish hydrologic and hydraulic modelling.pdf
• Booth et al 2021 lower skykomish geomorphic assessment.pdf
• RCO et al 2023 Align grant coordination MOU.pdf
• Skidmore & Wheaton 2022 riverscapes as adaptation infrastructure

• Google scholar search

Wiki Rules

• Wiki text does not reflect the policy or opinion of any agency or organization
• Please adhere to our social contract
• Complain here, and be nice.

What Links To This Page?

• Documents ‎ (← links)
• Floodplains ‎ (← links)
• Stillaguamish River ‎ (← links)
• Salmonids ‎ (← links)
• Leonetti et al 2015 (redirect page; file link) ‎ (← links)
  • Engineered Log Jams ‎ (← links)
  • North Fork Stillaguamish Floodplain ‎ (← links)
  • File:North fork stillaguamish.jpg ‎ (← links)
• Restoration ‎ (← links)

Leonetti, F.E., Rustay, M.D., Tran, T., and Purser, M.D. 2015. 2011 North Fork Stillaguamish River Habitat Inventory and Assessment of Change since 2002. Snohomish County Public Works, Surface Water Management. Everett, WA.

Notes

• Describes conditions in the North Fork Stillaguamish Floodplain prior to the Oso Landslide
• Channel condition was quantified by describing side channels, wood, bank conditions, and pools (p29).
• Between 2002 and 2011:
  • Bank armoring increased
  • Side channel availability has declined.
  • Large wood jam count in sub-sampled reaches decreased from 42 to 27. Only 12 of 27 ELJs were in contact with low flow channel. Thus ELJs did not keep up with systematic loss of LWD jams.
  • Pool count is ambiguous as the quality of pools changed along with quantity, and depth and therefore pool measurement is affected by discharge.