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Washington State University
WSU Puyallup Ornamental Plant Pathology

Volunteer Stream Monitoring Program

Volunteer Stream Monitoring Program

Introduction

Phytophthora (fy-toff-thor-uh) species

More than 150 species of Phytophthora have been described, but our understanding of the species present in Washington is limited. For example, most of the monitoring and research has focused on Phytophthora ramorum, the species that causes Sudden Oak Death. Therefore, more research is needed to identify the other species present and determine if they are invasive or as aggressive as P. ramorum.

Early detection and control

In  addition to identifying other Phytophthora species in Washington’s watersheds, it is is important to continue monitoring for the spread of Phytophthora ramorum. Detecting populations when they are still small may be the best approach to control and stop the damage from P. ramorum.

Stream monitoring programs have been shown to be an effective approach to detect the spread of P. ramorum, which helps focus eradication efforts and reduce its threat to our landscape and forest ecosystems.

 

Stream bait bag

Phytophthora Biology

A major characterizing feature of Phytophthora is the ability to produce swimming spores. Zoospores are swimming spores that can move through wet environments such as streams, irrigation pools, and even moist soil.

Therefore, a common and effective method to collect Phytophthora is to go fishing! However, to ‘fish for Phytophthora‘ we use healthy plant leaves as ‘bait’. This method is the basis of our stream monitoring protocol.

Lifecycle of Phytophthora ramorum

Objectives

The objectives of the Volunteer Stream Monitoring Program are to:

  • Gather baseline data on Phytophthora species present in western WA urban and wildland areas
  • Detect the emergence of invasive Phytophthora species early
  • Track the movement of P. ramorum from infested areas
  • Expand on the streams currently being sampled by the WA Dept. of Natural Resources as part of national P. ramorum survey and on nursery surveys by WSDA
  • Continue molecular identification of Phytophthora species and their genetic lineages

Get Involved

We are looking for volunteer groups, students, or other people who are interested in helping monitor streams in Western Washington.

We need people who can access selected streams and place bait bags or collect water samples at regular intervals (about every two weeks) and can return these samples to the lab—we can provide mailing supplies.

If you are interested in participating, please let us know.

We also encourage students interested in conducting research to contact us to discuss project opportunities.

Current Project

2021 Stream Monitoring Project

This year we are targeting streams near western larch populations on the east side of the Cascades.

Click here to visit our page about the current opportunity to participate.

Previous Stream Monitoring Projects

2017

2015

2011

Stream baiting for Phytophthora

2010 (Pilot Study)

More Resources

Presentation (PDF)

Presentation (PDF)

Stream monitoring Presentation Cover

Poster (PDF)

Summary SOD Monitoring Poster

Our Cooperators

USDA Forest Service

US Forest Service Dept. of Agriculture

WA DNR

WSDA

Contact Us| WSU Puyallup Research & Extension Center, 2606 West Pioneer, Puyallup, WA, 98371-4998 USA

Contact information


Contact information

Contact list of meeting attendees

For further questions or information contact

Gary Chastagner or Susan Frankel

 

350smDSC07541

Contact: Gary Chastagner, 253-445-4528 | WSU Puyallup Research & Extension Center, 2606 West Pioneer, Puyallup, WA, 98371-4998 USA Last updated January 2, 2013

Additional information and links


Additional information and links

Water treatment article compilation – edited by Paul Fisher, University of Florida

Water treatment information provided by Dustin Meador, University of Florida:

Monitoring supply table handout – measurements, labs, and instruments used.

Literature citations for water treatment methods discussed

Water Treatment Options Handout

WSU stormwater and LID research program

 

 

 

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Contact: Gary Chastagner, 253-445-4528 | WSU Puyallup Research & Extension Center, 2606 West Pioneer, Puyallup, WA, 98371-4998 USA Last updated January 2, 2013

Notes and summary of meeting


Notes and summary of meeting

 

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Contact: Gary Chastagner, 253-445-4528 | WSU Puyallup Research & Extension Center, 2606 West Pioneer, Puyallup, WA, 98371-4998 USA Last updated January 2, 2013

Tour of WSU-Puyallup LID demonstration site


Tour of WSU-Puyallup LID demonstration site

350_MG_3396Group photo in mesocosm pit. Photo: Andrew Mack 150_350smDSC07545Water sample collection sites from parking lot. Photo: M. Elliott 150_350smDSC07546

Nik Grunwald testing the permeable concrete. Photo: M. Elliott

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Rain gardens. Photo: M. Elliott

150_350smDSC07548Craig Cogger explaining water collection and channelling into mesocosms. Photo: M. Elliott
More information about the WSU LID project: http://www.puyallup.wsu.edu/stormwater/index.html
Contact: Gary Chastagner, 253-445-4528 | WSU Puyallup Research & Extension Center, 2606 West Pioneer, Puyallup, WA, 98371-4998 USA Last updated January 2, 2013