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USGS Grant Opportunities: 104g General, AIS, and PFAS

Water Researchers,

The following grant opportunities are available with proposal submission through the WRC.  Please contact WRC Director Jonathan Yoder (yoder@wsu.edu) if you are considering proposal submission.

WRRA National Competitive Grant Program FY2022 (104g) General:
https://www.grants.gov/web/grants/view-opportunity.html?oppId=338699
Applications due May 10.  Max award $250K.  Priorities this year include research on (a) legacy nutrients, (b) integrated water processes, and (c) water conflict.

WRRA National Competitive Grant Program FY2022 for Aquatic Invasive Species (AIS):
https://www.grants.gov/web/grants/view-opportunity.html?oppId=338681
Applications due May 10.  Max award $250K.

WRRA National Competitive Grant Program FY2022 for Per-and Polyfluoroalkyl Substances (PFAS):
https://www.grants.gov/web/grants/view-opportunity.html?oppId=338700
Applications due May 10.  Max award $250K.

Skagit Basin Water Supply and Demand Synthesis: A Story Map

A screenshot of the Skagit S&D website to illustrate what it looks like

The State of Washington Water Research Center recently led an effort to collect and synthesize available data and information about water supply and demand in the Skagit Basin (WRIAs 3 and 4). This synthesis was developed in response to a request by the Washington State Legislature Joint Task Force on Water Supply. The research team was comprised of researchers from Washington State University, the University of WashingtonHDR Engineering, and the National Oceanic and Atmospheric Administration.

The final product is this Story Map Series website, a synthesis of published science and technical knowledge of the Skagit hydrologic system. Virtually all maps and graphics on the website are interactive to provide multiple perspectives on data.  Check it out!

Toward Convergent Solutions to Water Security: Interdisciplinary Workshop, Bozeman MT May 2022

The Montana Water Center (another of the National Institutes for Water Resources along with the WRC) is excited to co-sponsor Water in the West: Toward Convergent Solutions to Water Security, an interdisciplinary regional workshop to be held in Bozeman, Montana in May 2022. The workshop with bring together individuals working across a wide variety of water-focused disciplines to consider the challenges of fostering convergent research (collaborative transdisciplinary research for social benefit) to protect our regional water resources. 

The workshop format will include interactive facilitated sessions, lightning talks by participants, keynote speakers and public events. Keynote speakers will include John Doyle (Crow Tribal member with 35 years of experience working on water and health issues for Crow Reservation) and Dr. Faith Kearns (California Water Institute, UC Berkeley). 

Travel support will be provided for participants and applications will be accepted through January 24th, 2022.  

See the full call for proposals attached, and apply at: http://www.montana.edu/stes/regional-workshop.html 

Seminar: Hydraulic geometry: Looking at an old concept in new ways

  • Wednesday, 8 April 2015
  • Lighty 405, 2-3pm
  • Washington State University, Pullman

Sponsored by The Center for Environmental Research, Education and Outreach

Throughout history, humans have relied on rivers for a variety of uses including transportation, food, water for drinking and irrigation, renewable energy, and recreation. River channels also form the physical basis for riparian ecosystems with flow and sediment processes in the channel coevolving with flora and fauna. This process often leads to a state of dynamic equilibrium where the channel is essentially stable in form. Both anthropogenic activities and natural events may alter flow and sediment dynamics in the channel, disrupting this equilibrium. Disruptions may be due to direct or indirect impacts and often have significant environmental effects. Direct impacts occur within the channel and include channelization, instream structures, and gravel mining. Indirect impacts occur outside of the channel and alter the magnitude and timing of water and sediment delivery to streams. Examples of indirect impacts include changes in land use or climate. Hydraulic geometry, or regime equations, is a tool to relate hydrologic variables to channel form. While this concept is more than 50 years old, regional regime equations now form the basis of many stream restoration projects. This presentation revisits the concept of hydraulic geometry and investigates new applications. Using example data, it is demonstrated how hydraulic geometry clarifies the physics underlying fluvial processes as well as predicts generalized changes in channel form.

Dr. Petrie is an Assistant Professor in the Department of Civil & Environmental Engineering at WSU.  His research focuses on rivers and sediment transport and the impact of hydropower operations on river morphology and ecology.