ResearchWorks Archive

Browsing The Water Center by Subject "sampling"

Browsing The Water Center by Subject "sampling"

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  • Unknown author (University of Washington Water Center, 2010)
    This field protocol describes how to collect surface and hyporheic (sub-surface) water samples.
  • Beauchamp, Dave (University of Washington Water Center, 2008-01-15)
    Beauchamp will discuss how food web modeling can be applied to fisheries management. He will present several studies to illustrate food web models and how this information can be used to guide management decisions.
  • Adams, Jeffrey W.; Booth, D.B. (University of Washington Water Center, 1999)
    Since the early 1980’s biological monitoring has developed as a reliable tool for the assessment of stream and watershed health in an ecological context broader than traditional chemical and habitat assessment. In late ...
  • Conquest, Loveday (University of Washington Water Center, 2004-02-06)
    Conquest will review traditional sample designs. Next, she will discuss recent advances: ranked set sampling and multiple-panel sampling. She will describe "Visual Sample Plan" software, and then offer some conclusions.
  • MacDonald, Lee H.; Smart, Alan W.; Wissmar, Robert C. (University of Washington Water Center, 1991-05)
    This document provides guidance for designing water quality monitoring projects and selecting monitoring parameters. Although the focus is on forest management and streams in the Pacific Northwest and Alaska, a broader ...
  • Conquest, Loveday; Ralph, Stephen C. (University of Washington Water Center, 2006-05-30)
    Conquest and Ralph will introduce stream and watershed monitoring efforts, including the purpose of monitoring and an evaluation of how we are doing. They will provide an overview of watershed processes. They will review ...
  • Horner-Devine, Alex (University of Washington Water Center, 2008-02-14)
    Horner-Devine will present research investigating the impact of river water on biological productivity in the Pacific Ocean along the Washington-Oregon coast. River water contribution is approximately 0.02% of the shelf ...
  • Booth, Derek (University of Washignton Water Center, 2001)
    Cold-water fisheries can be strongly affected by elevated summertime stream temperatures. The determinants of stream temperature are relatively well understood in the abstract, but their quantification in any given watershed ...
  • Unknown author (2010)
    This field protocol describes how to sample freshwater invertebrates.
  • Keil, Rick (University of Washington Water Center, 2008-02-14)
    Keil will describe his research measuring spices in Puget Sound. Puget Sound sees seasonal inputs of specific spices, such as vanilla, cinnamon, and thyme. Essentially, what we eat winds up in Puget Sound. Spices can be ...
  • Center for Urban Water Resources Management (University of Washington Water Center, 2000)
    Articles include: New Metrics to Characterize the Influence of Urban Development on Stream Flow Patterns; A Rapid Land Cover Classification Method for Use in Urban Watershed Analysis; Sampling Benthic Macroinvertebrates ...
  • Center for Urban Water Resources Management (University of Washington Water Center, 1997)
    Articles include: Evaluation of Urban Stream Channels; Urban Stream Rehabilitation in the Pacific Northwest; Porous Asphalt Road Shoulders; Water Quality Management and Erosion Control on a Construction Site; Stormwater ...
  • Center for Urban Water Resources Management (University of Washington Water Center, 1998)
    Articles include: Needs of Salmon in the City: Habitat in the Urban Landscape; Are Wild Salmon Runs Sustainable in Rehabilitated Urban Streams?; The Effects of Subsampling on the Performance of Macroinvertebrate Biomonitoring.

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