PPT-Fish Passage and Sediment Control

Washington Department of Forestry Stream Habitat Restoration Guidelines 2004 Ryan Johnson Overview Fish p assage restoration Spawning gravel cleaning and placement Instream Sediment Detention Basins. Danny Hardin, Marilyn Drewry, Tammy Smith, Matt He. the University of Alabama in Huntsville. Sandy Ebersole . Geological Survey of Alabama. OS33G-08. Objectives. . Help resolve the GOMA priority issues by providing sediment related decision support products to groups involved in coastal management, conservation, planning, . Across Scales . Landscape as Cascading Hydrologic and Biogeochemical Filters. Session 2. Nandita Basu (University of Iowa) . Suresh Rao (Purdue University). Aaron Packman (Northwestern). Session 3. Marwan Hassan (UBC) . and Distribution at . Foster Dam, . 2013-2014. 1. JH Hughes, . J . Kim, J Vazquez, and GE Johnson. Willamette Fisheries Science review. Portland, Oregon. February 2015. Study code: . JPL–11-05-FOS. Sagar Neupane. University of Idaho. and. Erika Ottenbreit, Helalur Rashid, and Joe Wagenbrenner . Washington State University. with . Peter Goodwin, Ph.D.. University of Idaho. and. Dave Tuthill, Ph.D. . Ocean Sediments. Ocean Sediments. Sediment: Defined as particles of organic or inorganic matter that accumulates in an unconsolidated form.. Sources of Ocean Sediments. Terrigenous. : (. lithogenous. Upal Ghosh. Department . of . Chemical, Biochemical, & . Environmental . Engineering . UMBC. SETAC HDC. Oct 7, 2015. Legacy contaminants in exposed sediment contaminates the food chain through: . OR. Control of margin dynamics by sediments, part 4: erosion and transport. Alex Densmore. Department of Geography & Institute of Hazard, Risk and Resilience. Durham University. Sanjeev discussed sedimentary basins as bathtubs that evolve and fill over geological time scales, and (importantly) preserve a record of the detritus from margin evolution. (and Related Field Motivation and Observations). Grace Cartwright, . Carl Friedrichs. , and Paul . Panetta. . Outline of Presentation. :. Motivation: Acoustic Doppler Velocimeter (ADV) Field . O. Open-released . Ready-to-be-released. . In-development . Free-from-web. . . . Particle tracking. Turbulence {GOTM}. Data assimilation. . {. 3DVAR. }. Ecology/biology. {. EcoSim2.0. ; . CoSINE. Optimal Control of Flow and Sediment in River and Watershed National Center for Computational Hydroscience and Engineering (NCCHE) The University of Mississippi Presented in 35th IAHR World Congress, September 8-13,2013, Chengdu, methylation. creates . methylmercury. .. Introduction. . Mercury has an affect on everything. Between soil on land, and sediment in water, sediment contains more mercury from being in the contaminated water.  Mercury has a huge effect on organisms. When mercury from power plants goes into the air, the mercury falls from the clouds when it rains, and lands in water, on the ground, and pollutes everything. Mercury affects how quickly organisms move, and makes them less tolerant to diseases, or harmful things. Mercury affects many different systems throughout the organism's body. (Mercury and health). Nicholas Bugosh. and . Edward G. Epp. ASMR 36. th. Annual Meeting. Big Sky, Montana. Geomorphic reclamation for reestablishment of landform stability at a watershed scale in mined sites: The Alto Tajo Natural Park, Spain . Authors: Michael Lemke, Keith Miller, . Roza. George. Citation: Michael Lemke, Keith Miller, . Roza. George. 2008. Mud and microbes: a time-lapse photographic exploration of a sediment bacterial community.. Reading Assignment: Boggs, Chapter 2. Key Concepts. Earth surface transport systems. Properties of water, air & ice. Characterizing fluid flow. Grain entrainment. Modes of grain movement. Sediment-gravity flows.