The modeled and observed response of Lake Spokane hypolimnetic dissolved oxygen concentrations to phosphorus inputs

Author:

Brett Michael T.1,Ahopelto Suvi K.1,Brown Hunter K.1,Brynestad Barton E.1,Butcher Titus W.1,Coba Emily E.1,Curtis Christina A.1,Dara Jebessa T.1,Doeden Kallie B.1,Evans Kevin R.1,Fan Lu1,Finley Josh D.1,Garguilo Noah J.1,Gebreeyesus Senait M.1,Goodman Marissa K.1,Gray Kenneth W.1,Grinnell Crystal1,Gross Kathryn L.1,Hite Brian R. E.1,Jones Andrew J.1,Kenyon Philip T.1,Klock Angela M.2,Koshy Raji E.1,Lawler Amanda M.1,Lu Man1,Martinkosky Luke1,Miller-Schulze Jeremy R.1,Nguyen Quyen T. N.1,Runde Elizabeth R.1,Stultz Joanie M.1,Wang Songlin1,White Francesca P.1,Wilson Corey H.1,Wong Andrea S.1,Wu Shirley Y.1,Wurden Peter G.1,Young Tessora R.1,Arhonditsis George B.3

Affiliation:

1. Department of Civil and Environmental Engineering, University of Washington, Seattle, WA

2. School of Environmental and Forest Sciences, University of Washington, Seattle, WA

3. Ecological Modeling Laboratory, Department of Physical & Environmental Sciences, University of Toronto, Toronto, Ontario, Canada

Publisher

Informa UK Limited

Subject

Water Science and Technology,Aquatic Science

Reference34 articles.

1. Berger C, Wells S, Wells V. 2009. Spokane river modeling report 2009, model development and calibration check. Portland State University, Technical Report EWR-03-09.

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