Ecological Regions (colored regions) and subbasins of the Chehalis River Basin. by Caleb B. Fogel (12858982)

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Median lidar tree height in each size class. by Caleb B. Fogel (12858982)

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Temperature reduction resulting from floodplain reconnection for both. by Caleb B. Fogel (12858982)

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HARP conceptual model. by Caleb B. Fogel (12858982)

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Temperature reduction resulting from riparian restoration for mid-century (left) and late-century (right). by Caleb B. Fogel (12858982)

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Predicted August maximum seven day average of daily maximum temperatures (7-DADM, °C) under the riparian, floodplain, and combined scenarios for both mid-century (left) and late-ce... by Caleb B. Fogel (12858982)

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Modeled percent differences in spawner abundance between current conditions and conditions under the four future temperature scenarios for all four salmon and steelhead populations... by Caleb B. Fogel (12858982)

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Spawning and rearing distributions for spring Chinook salmon, fall Chinook salmon, coho salmon, and steelhead in the Chehalis River Basin. by Caleb B. Fogel (12858982)

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Conversion between August Average Daily Average (ADA) and August 7-Day Average Daily Maximum (7-DADM) (left), and June 1–21 Average Daily Maximum (ADM) (right). by Caleb B. Fogel (12858982)

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Relationship between river class, floodplain width, and temperature change for the floodplain restoration scenario. by Caleb B. Fogel (12858982)

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Study area. by Caleb B. Fogel (12858982)

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Description of temperature scenarios. by Caleb B. Fogel (12858982)

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Controller with a larger delay leads to significantly more pronounced outbreaks, especially with reactive control. by Kory D. Johnson (12519419)

Scaling Laws for the Influence of Gravity and Its Gradient on Dropwise Condensation: A Simulation Study by Chen Ma (714759)

“…We find clear scaling laws between heat flux <i>Q</i>, residual volume <i>V</i>, gravitational acceleration <i>g,</i> and nucleation density <i>N</i>₀ with <i>Q</i> ∼ <i>g</i>^1/6<i>N</i>₀^1/3 and <i>V</i> ∼ <i>g</i>^–1/2<i>N</i>₀⁰. We also identify a critical gravitational acceleration determined by nucleation density, above which a counterintuitive trend emerges: the heat flux decreases with increasing gravitational acceleration. …”

Scaling Laws for the Influence of Gravity and Its Gradient on Dropwise Condensation: A Simulation Study by Chen Ma (714759)

“…We find clear scaling laws between heat flux <i>Q</i>, residual volume <i>V</i>, gravitational acceleration <i>g,</i> and nucleation density <i>N</i>₀ with <i>Q</i> ∼ <i>g</i>^1/6<i>N</i>₀^1/3 and <i>V</i> ∼ <i>g</i>^–1/2<i>N</i>₀⁰. We also identify a critical gravitational acceleration determined by nucleation density, above which a counterintuitive trend emerges: the heat flux decreases with increasing gravitational acceleration. …”

Clinical characteristics and demographics of study participants with complete data from pre- and post-intervention. by Sanna Nybacka (11547232)

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Serum and urine metabolites responsible for class discrimination between baseline and endpoint samples, and between responders and non-responders in the low FODMAP diet. by Sanna Nybacka (11547232)

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CONSORT flow diagram of study participants and sample collection. by Sanna Nybacka (11547232)

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Superimposition of the cephalometric tracings obtained before and after treatment of case with premolar tooth extraction. by Lijuan Liu (136685)

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Superimposition of the cephalometric tracings obtained before and after treatment of case with mandibular third molar extraction. by Lijuan Liu (136685)

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