Introduction to WASP7 Eutrophication Module

Slides:



Advertisements
Similar presentations
Chesapeake Bay Environmental Model Package A coupled system of watershed, hydrodynamic and eutrophication models The same package used for the 2002 load.
Advertisements

Environmental Time Functions & Segment Parameters.
How Do We Measure Water Quality????
Advective Flows. Watershed & Water Quality Modeling Technical Support Center Surface Water Flow Options 1.Specified river, tributary flows (net flow)
TMDL Development for the Floyds Fork Watershed Louisville, KY August 30, 2011.
Carbon Dioxide Sources and Sinks: Respiration and Photosynthesis
Geographical Information System & Modelling LIFE02/ENV/P/
Phosphorus Cycle The phosphorus cycle may also be referred to as the mineral cycle. The phosphorus cycle is the movement of phosphorus from the environment.
Phosphorus Cycle Phosphorus is essential to the energetics, genetics and structure of living systems. Phosphorus forms part of the ATP, RNA, DNA and phospholipid.
Marine Ecosystems and Food Webs. Carbon Cycle Marine Biota Export Production.
Watershed & Water Quality Modeling Technical Support Center WASP7 Course Dissolved Oxygen Processes Processes and Equations Implemented in WASP7 Eutrophication.
Introduction to the WASP Interface
Anthropogenic Emissions Wet Deposition Dry Deposition Evasion Watershed Mercury Processes Natural Emissions Percolation Shallow Ground Water Settling Resuspension.
OMSAP Public Meeting September 1999 The Utility of the Bays Eutrophication Model in the Harbor Outfall Monitoring Program James Fitzpatrick HydroQual,
Chemistry and Biogeochemical Cycling: Chemicals dissolved in water Abundant Less Abundant (not trace)
Cycling of Matter.
Trace Metals & Phytoplankton Gert Vlaming
Coupled physical-biogeochemical modeling of the Louisiana Dead Zone Katja Fennel Dalhousie University Rob Hetland Texas A&M Steve DiMarco.
Long-term Changes in Lamprey River Chemistry William H. McDowell University of New Hampshire.
Biogeochemical Cycles Foldable
CE4505 – Surface Water Quality Engineering CE4505 Surface Water Quality Engineering Modeling Lecture 2. Model Development.
CE5504 – Surface Water Quality Modeling CE5504 Surface Water Quality Modeling General Lecture 2. Model Development.
Water Quality Analysis Simulation Program (WASP)
Introduction to the WASP Interface. Watershed & Water Quality Modeling Technical Support Center Introduction to WASP Interface Input File Control Run.
Progress in Implementing the EPA WASP Model for Narragansett Bay 1 Lucner Charlestra 1, Edward Dettmann 2 1 Postdoc., USEPA, Atlantic Ecology Div.,
Landforms change by processes A process is the act of doing or making something by following a set of steps Example of a process.
Pond Ecology.  Lakes and ponds are bodies of open standing water  Their physical conditions and life vary with distance from the shore.
A T HREE- D IMENSIONAL W ATER Q UALITY M ODEL OF S OUTHERN P UGET S OUND Greg Pelletier, P.E., Mindy Roberts, P.E., Skip Albertson, P.E., and Jan Newton,
Courtney K. Harris Virginia Institute of Marine Sciences In collaboration with Katja Fennel and Robin Wilson (Dalhousie), Rob Hetland (TAMU), Kevin Xu.
Energy Flow in Ecosystems and Biogeochemical Cycles.
Aqua Case Mussel culture area- Chalastra Thessaloniki Exercise Environmental Impacts of mussel farming o n water quality. Amalia Moriki, Sofia Galinou-Mitsoudi,
Biogeochemical Controls and Feedbacks on the Ocean Primary Production.
©MathScience Innovation Center Our Backyard Waterways : Eutrophication Presented by: Rachel Martin Day 2.
State Standard SB4B. Explain the flow of matter and energy through ecosystems by Explaining the need for cycling of major nutrients (C, O, H, N, P). Flow.
Watershed & Water Quality Modeling Technical Support Center WASP7 Course Sediment Transport.
Ecology Class Notes 2. I. What is Ecology?  A. Ecology is the way organisms (living things) interact with their environments (surroundings).  B. The.
CE Introduction to Environmental Engineering and Science Readings for This Class: O hio N orthern U niversity Introduction Chemistry, Microbiology.
Aquatic Chemistry 367 Civil and Environmental Engineering Meeting time: MWF 11:00-11:50am Meeting room: Abbott Auditorium in Pancoe Pavillion Instructor:
Department of the Environment Modeling to Support the Development of Nutrient TMDLs in Baltimore Harbor Miao-Li Chang Maryland Department of the Environment.
Biochemistry. Basic Elements 99% of all living things are: Sulfur (S) Carbon (C) Hydrogen (H) Nitrogen (N) Oxygen (O) Phosphorus (P)
 Natural processes cycle matter and nutrients through the biosphere.  Matter is anything that takes up space and has mass.  A nutrient is a chemical.
Cycles of Matter.  What is the function of the water cycle? It moves water from Earth's surface to the atmosphere and back.  What are the three processes.
PHOSPHATE IN LAKES AND STREAMS
Human impact on N, P, and Si cycle: an aquatic perspective Didier Baho Tarikul Islam Mohammad Ashraful Haque Mollah Lorenz Meire Applied ecosystem ecology.
Announcements in class 2/5/07 Movie Wed. Don’t miss it! Material will be on the exam. Only one showing. Problem Set 4 is posted online. Print it out yourself.
The Blue Planet The Blue Planet Indicators of Water Quality.

 What are the Earth’s 4 spheres  Give an example of each  You are constantly consuming calories through the food you eat. Where does the weight go?
Ecosystems Ecology Part 2
Biogeochemical Cycles Elements, compounds and other forms of matter are passed from one organism to another and from one part of the biosphere to another.
Nitrogen Nitrogen problems in water quality Cause of problems – nitrification: oxygen depletion denitrification: loss of nitrogen eutrophication: algae.
 Energy moves through ecosystems  (Photosynthesis and Respiration)  Matter cycles Water Carbon Phosphorus Nitrogen And others.
– NUTRIENTS 2 Chapter 3.4 in Chapman et al. Gretchen Gettel/Peter Kelderman UNESCO-IHE Institute for Water Education Online Module Water Quality.
Nitrogen loading from forested catchments Marie Korppoo VEMALA catchment meeting, 25/09/2012 Marie Korppoo, Markus Huttunen 12/02/2015 Open DATA: Nutrient.
Ecology Human Impact on The Environment and Ecosystems.
Irrigation Precipitation Water Inputs
TMDL Modeling Toolbox Water Quality Analysis Simulation Program (WASP) Tim Wool US EPA - Region 4.
Cycles in Aquatic Ecosystems
Biogeochemistry of Wetlands
CE5504 Surface Water Quality Modeling
Introduction to WASP7 Eutrophication Module
Warm Up #5 What are some systems that you can think of within Earth?
Complex Estuarine Dynamics
Which earth cycle am I? Answer the questions to figure out what I am. Am I the Water Cycle Nitrogen Cycle Carbon Cycle Oxygen Cycle.
Eutrophication Processes
Жирэмслэлт ба тархины харвалт
Dissolved Oxygen Processes
Introduction to the Water Quality Analysis Modeling System
Matter in your body Elements Fundamental units of matter
Matter in your body Elements Fundamental units of matter
Presentation transcript:

Introduction to WASP7 Eutrophication Module Overview of Variables and Processes Implemented in WASP7 Eutrophication Module

Good Reference Materials Rates, Constants, and Kinetics http://www.epa.gov/ORD/WebPubs/surfaceH2O/surface.html Steve Chapra Surface Water Quality Modeling James Martin Hydrodynamics and Transport for Water Quality Modeling Thomann and Mueller Principles of Surface Water: Quality Modeling and Control

WASP7 State Variables Ammonia Nitrate Orthophosphate Dissolved Oxygen Salinity Phytoplankton Periphyton Particulate Detritus Carbon Nitrogen Phosphorus Dissolved Organic Matter CBOD (1) CBOD (2) CBOD (3) DON DOP

Eutrophication Diagram

Processes Considered Phytoplankton Kinetics Periphyton Kinetics Phosphorus Cycling Nitrogen Cycling Dissolved Oxygen Balance Sediment Diagenesis

Levels of Complexity in Implementing WASP7 Eutrophication Model