Freshwater water quality Pacific oysters 2 LU/LC scenarios: 1.Status quo 2.Future climate (Envision)

Slides:

Advertisements

Similar presentations

Reporting sheet no.3 State and quantity of water resources.

Advertisements

Nutrient Retention Model Water Supply Model Precipitation Evapotranspiration Soil Depth and Plant available water Land cover Topography (slope/runoff)

Fecal Colform Bacteria Contamination during Rain Events in Sayler’s Creek, Virginia Blake N. Robertson Senior Honors Research Under the Supervision of.

An Analysis of Nitrogen Loads to Hood Canal Anthony Paulson Chris Konrad Gary Turney U.S. Geological Survey Tacoma, WA Preliminary results, subject to.

An open source version of the Nonpoint-Source Pollution and Erosion Comparison Tool Climate Tools Café Webinar Dave Eslinger, Ph.D. 3 May, 2012.

Interactions of Land Use and Global Environmental Change on Watershed-scale Processes Lars Pierce, Fred Watson, Melinda Mulitsch, Wendi Newman, Adrian.

Runoff Processes Daene C. McKinney

OKLAHOMA STATE UNIVERSITY Biosystems and Agricultural Engineering Department Hydrology 101 OKLAHOMA STATE UNIVERSITY Biosystems and Agricultural Engineering.

Assignment 2 -Lake Watersheds and morphometry Elkwater lake is a small lake situated near Cypress Hills Provincial Park. The watershed is mostly forested.

Landslide Susceptibility Mapping to Inform Land-use Management Decisions in an Altered Climate Muhammad Barik and Jennifer Adam Washington State University,

UC Marine Council Santa Barbara Coastal LTER - NSF Nutrient Export Coefficient Modeling in Mediterranean Coastal Streams Timothy H. Robinson, Al Leydecker,

Assignment 2 -Lake Watersheds and morphometry Elkwater lake is a small lake situated near Cypress Hills Provincial Park. The watershed is mostly forested.

HCDOP Citizen’s Monitoring Program Provided by Dan Hannafious Hood Canal Salmon Enhancement Group Integrating a volunteer monitoring effort with the needs.

Soil and the Hydrologic Cycle Read Ch 6 Brady and Weil Quiz 6 on Monday, Oct. 15.

Influence of Catchment Characteristics on Stream Nitrogen Transport to the Hood Canal Osborne, S.N.; Brett, M.T.; Richey, J.E.; Steinberg, P.D.; Newton,

Surface Water Simulation Group. Comprehensive watershed scale model developed and supported by the USDA-ARS capable of simulating surface and groundwater.

Kristie J. Franz Department of Geological & Atmospheric Sciences Iowa State University

Impact of Climate Change on Flow in the Upper Mississippi River Basin

Bounty of the seas...and the trees? Modeling the effects of terrestrial inputs on marine ecosystem services in the US Jodie Toft, J. Burke, M. Carey, G.

Making sure we can handle the extremes! Carolyn Olson, Ph.D. 90 th Annual Outlook Forum February 20-21, 2014.

InVEST freshwater models. Fisheries Aquaculture Coastal Protection Recreation Wave Energy Habitat Risk Asst Aesthetic Quality Water Quality Water purification.

Nonpoint Source Pollution u Some basic principles u Example study of total pollution loads in the Corpus Christi Bay System –rainfall-runoff relationship.

Using DHSVM to Study Land Cover Change and Temperature Change Effects on Streamflow in Puget Sound Drainage Lan Cuo and Dennis Lettenmaier July

Land Cover Change and Climate Change Effects on Streamflow in Puget Sound Basin, Washington Lan Cuo 1, Dennis Lettenmaier 1, Marina Alberti 2, Jeffrey.

Modeling experience of nonpoint pollution: CREAMS (R. Tumas) EPIC (A. Povilaitis and R.Tumas SWRRBWQ (A. Dumbrauskas and R. Tumas) AGNPS (Sileika and.

Chowan River TMDL Development Tidewater Area 08/26/04.

Precipitation in North America Figure 9.5. Potential Evapotranspiration Figure 9.6.

Movement of water Precipitation driven by gravity Evaporation driven by solar heating and wind Transpiration driven by solar heating, wind, root pressure,

Ex_Water Yield Model Data needs 1.Soil depth,an average soil depth value for each cell. The soil depth values should be in millimeters (Raster) Source:

Water Cycle Chapter 15. Movement of Water on Earth  Water Cycle: the continuous movement of water between the atmosphere, the land, and the oceans 

Variation of Surface Soil Moisture and its Implications Under Changing Climate Conditions 1.

From Douglas fir to Dungeness crab: Land use change and ecosystem services in Hood Canal, WA J. Toft, M. Marsik, G. Spiridonov, D. Sutherland, J. Burke,

Lab 13 - Predicting Discharge and Soil Erosion Estimating Runoff Depth using the Curve Number method –Land use or cover type –Hydrologic condition –Soil.

Invest Nutrient Retention model Yonas Ghile.

Introduction Conservation of water is essential to successful dryland farming in the Palouse region. The Palouse is under the combined stresses of scarcity.

North Turkey Creek Watershed. Watershed (Drainage Basin) The area of land that is drained by a river and its tributaries. Surrounded by higher terrain.

Wastewater Reuse Oregon State University GEO 300 November 3, 2004 Russell Harding Department of Environmental Quality Water Quality Division (503)

Additional data sources and model structure: help or hindrance? Olga Semenova State Hydrological Institute, St. Petersburg, Russia Pedro Restrepo Office.

Reducing Nutrient Loads from the Opequon Creek Watershed Project Team Meeting Oct 19, 2007 Chesapeake Bay Targeted Watersheds Grant Program.

Presented to: Severn River Association 2008 State of the Severn Anne Arundel County Government Department of Public Works Ron Bowen, P.E. October 21, 2008.

Deforestation and the Stream Flow of the Amazon River -- Land Surface Processes and Atmospheric Feedbacks Michael T. Coe1, Marcos Heil Costa2, and Britaldo.

INNOVATIVE SOLUTIONS for a safer, better world Capability of passive microwave and SNODAS SWE estimates for hydrologic predictions in selected U.S. watersheds.

Freshwater Flow to Puget Sound is Declining Why? 2009 American Water Resources Association Annual Water Resources Conference Curtis DeGasperi King County.

B E N T O N CONSERVATION DISTRICT. Empowering irrigators to manage limited groundwater resources, The Little Rock Creek project. Goals of the project.

Chowan River TMDL Development Blackwater Area 09/07/04.

How much water will be available in the upper Colorado River Basin under projected climatic changes? Abstract The upper Colorado River Basin (UCRB), is.

Hydrological modelling in the context of land use change and climate change Emil A. Cherrington Research Associate, CATHALAC

Impacts of Landuse Management and Climate Change on Landslides Susceptibility over the Olympic Peninsula of Washington State Muhammad Barik and Jennifer.

Some Basic Hydrologic Concepts Weir are used to measure volume of water flowing past a point.

Effect of Potential Future Climate Change on Cost-Effective Nonpoint Source Pollution Reduction Strategies in the UMRB Manoj Jha, Philip Gassman, Gene.

L Modeling the impact of land cover change and water withdrawals on runoff and N retention in the Ipswich River, MA Hydrological Modeling Nitrogen Loading.

Chowan River TMDL Development Nottoway Area 08/31/04.

Objective: Have a working knowledge of the relationship between the vegetative cover in a watershed and water yield and water quality.

Dr. Thomas Hardy Chief Science Officer River Systems Institute Texas State University.

Sanitary Engineering Lecture 4

Hydrosphere Notes Parts 1 – Rivers. How does a river develop? When precipitation is greater than evapotranspiration Or from a spring where groundwater.

Water Resources WATER RESOURCES. Water Supply Earth is known as the Blue Planet 70 percent of the Earth is covered with water Saltwater cannot be used.

GIS M ETHODOLOGY Swearing Creek Watershed Restoration Plan 8/26/2015 Piedmont Triad Regional Council.

Effects of Temperature and Precipitation Changes on a Small Watershed in the Northeastern U.S. Jon Goodall Nathan Johnson Cynthia Lancaster Amy Neuenschwander.

Current and future effects of land use and climate change on river and stream salinity John Olson Desert Research Institute Society for Freshwater Science.

University of Washington

InVEST (Integrated Valuation of Ecosystem Services and Trade-offs) Water Purification: Nutrient Retention Host Institution/URL

Image courtesy of NASA/GSFC

Factors that Affect Climate

River Flow into Chesapeake Bay

Figure 1. Long term annual precipitation received at Bird City, Kansas

Slides excerpted from the Ecosystem Services module

What is the percentage of global precipitation falling on the land?

What is the percentage of global precipitation falling on the land?

Do We Have Enough ? USGS can’t answer that question …. but can provide data and science tools/analyses to help society answer this question. USGS provides.

Presentation transcript:

freshwater water quality Pacific oysters 2 LU/LC scenarios: 1.Status quo 2.Future climate (Envision)

freshwater

Freshwater Yield & Nutrient Loading Demand

Average Annual Discharge Compared To USGS and WADOE gauge observations Average Annual Discharge Compared To USGS and WADOE gauge observations 2006 Snapshot: Land Cover Available Water Content Soil Depth Topography Watersheds Sub-Watersheds Snapshot: Land Cover Available Water Content Soil Depth Topography Watersheds Sub-Watersheds Annual Values: Precipitation Potential Evapotranspiration Annual Values: Precipitation Potential Evapotranspiration LU Tables: Rooting Depth Plant ET coefficient Water Demand LU Tables: Rooting Depth Plant ET coefficient Water Demand

SAMPLE OUTPUT

water quality

Water quality model v.1

Skokomish Duckabush Hamma Dosewallips Big Quilcene Little Quilcene Big Beef Creek SAMPLE OUTPUT

High Water Quality Low Water Quality 0%20%40%60%80%100% Water Quality Index (relative to the source contaminant of fecal coliform) A. BaselineC. Industry ExpansionB. Conservation Water quality model v. 2

Pacific oysters

Pacific Oyster Production Model $: Commercial and Recreational

SAMPLE OUTPUT: SQ harvest volume

Shellfish harvest SAMPLE OUTPUT: scenarios