SRF and Trout Unlimited will be producing a Large Wood Field School on the Mendocino Coast this November. This two-day field school will train forestry and restoration professionals in both engineered and non-engineered large wood augmentation techniques that have been proven effective in restoring stream habitats on the Northern California coast. Participants will learn how to effectively design and implement large wood restoration projects by learning how to identify geomorphic conditions of a treatment stream and select appropriate implementation methods to achieve desired results.
Registration fees do not include lodging which will be approximately $80 per night per person at Jughandle Farm depending on accommodations. To inquire or pay for lodging, please email email@example.com
. SRF is not able to offer refunds for this course unless they are requested prior to October 15. After that time, we can transfer your registration fee but cannot offer a full refund. SRF is requesting that all attendees be vaccinated to attend this special event. Proof of vaccination or recent test results will be required.
Mike Love, Michael Love and Associates, Inc.
Accelerated Recruitment: Cost-effective Restoration Techniques for Enhancing Instream Habitat in California Coho Streams
Chris Blencowe, Blencowe Watershed Management, Inc.
Selecting and Sourcing Trees for the Accelerated Recruitment Approach
Ken Smith, Pacific Inland, Inc.
Integrating Nuanced Restoration Techniques and Actions to Get the Most Out of Your Wood Loading Project
Thomas H. Leroy, Pacific Watershed Associates
Designing Fundable Non-Engineered Large Wood Projects with the CCCs
Isaac Mikus, Eel River Watershed Improvement Group
Designing and Installing Engineered Log Jams for Geomorphic Process Initiation and Salmonid Habitat Creation - Overview of Three Projects on the Ten Mile River and Field Trip
Lauren Hammack and Luke Walton, Prunuske Chathum Inc. and Dave Wright, The Nature Conservancy
How big can you go with your LWD structure before you start breaking things? An analysis of structure layout and material properties comprising simple LWD structures
Rachel Shea, Michael Love and Associates, Inc.