This is the README file for animations in AVI format describing
nutrient, suspended solids, and conservative tracer scenarios of the Beaver Lake hydrodynamic and water-quality model documented
in SIR 2006-5302:

A PDF file format of the report is available on the compact disc (CD).

Application of a two-dimensional reservoir water-quality model of Beaver Lake, 
Arkansas, for the evaluation of simulated changes in input water quality, 2001-2003.
By Joel M. Galloway and W. Reed Green

The animations contained on the CD were created using Tecplot
version 10.0-0-7 for MS-WINDOWS Copyright(c) 1988-2003 
Amtec Engineering, Inc.
The data for the animations were read from the cpl.npt
output file from CE-QUAL-W2 version 3.1 and reformatted using code written
with the Microsoft Visual Basic 6.0 editor Copyright (c) 1992-1999.

Animations included on the CD consist of simulations of:

diffChla.avi - differences in chlorophyll a concentrations from the calibrated model when 
		calibrated daily input nitrogen and phosphorus concentrations are increased 10 times in the
		White River, Richland Creek, and War Eagle Creek
diffNO3.avi - differences in nitrite plus nitrate concentrations from the calibrated model when 
		calibrated daily input nitrogen and phosphorus concentrations are increased 10 times in the
		White River, Richland Creek, and War Eagle Creek
diffNH4.avi - differences in ammonia concentrations from the calibrated model when 
		calibrated daily input nitrogen and phosphorus concentrations are increased 10 times in the
		White River, Richland Creek, and War Eagle Creek
diffPO4.avi - differences in orthophosphorus concentrations from the calibrated model when 
		calibrated daily input nitrogen and phosphorus concentrations are increased 10 times in the
		White River, Richland Creek, and War Eagle Creek
diffISS.avi - differences in inorganic suspended solids concentrations from the calibrated model when 
		daily input inorganic suspended solids concentrations are increased 10 times in the
		White River, Richland Creek, and War Eagle Creek
SCEN1HI.avi - conservative tracer concentrations when a tracer was introduced at Highway 45 Bridge 
		during high-flow conditions
SCEN1LO.avi - conservative tracer concentrations when a tracer was introduced at Highway 45 Bridge 
		during low-flow conditions
SCEN2HI.avi - conservative tracer concentrations when a tracer was introduced at Highway 412 Bridge 
		during high-flow conditions
SCEN2LO.avi - conservative tracer concentrations when a tracer was introduced at Highway 412 Bridge 
		during low-flow conditions
SCEN3HI.avi - conservative tracer concentrations when a tracer was introduced into War Eagle Creek 
		during high-flow conditions
SCEN3LO.avi - conservative tracer concentrations when a tracer was introduced into War Eagle Creek 
		during low-flow conditions
SCEN4HI.avi - conservative tracer concentrations when a tracer was introduced into Hickory Creek 
		during high-flow conditions
SCEN4LO.avi - conservative tracer concentrations when a tracer was introduced into Hickory Creek 
		during low-flow conditions
SCEN5HI.avi - conservative tracer concentrations when a tracer was introduced at Highway 12 Bridge 
		during high-flow conditions
SCEN5LO.avi - conservative tracer concentrations when a tracer was introduced at Highway 12 Bridge 
		during low-flow conditions
SCEN6HI.avi - conservative tracer concentrations when a tracer was introduced into Prairie Creek 
		during high-flow conditions
SCEN6LO.avi - conservative tracer concentrations when a tracer was introduced into Prairie Creek 
		during low-flow conditions
SCEN7HI.avi - conservative tracer concentrations when a tracer was introduced into Henry Hollow 
		during high-flow conditions
SCEN7LO.avi - conservative tracer concentrations when a tracer was introduced into Henry Hollow 
		during low-flow conditions
SCEN8HI.avi - conservative tracer concentrations when a tracer was introduced into Indian Creek 
		during high-flow conditions
SCEN8LO.avi - conservative tracer concentrations when a tracer was introduced into Indian Creek 
		during low-flow conditions


The CD should open automatically when inserted on most Windows machines.
To view manually load "OpenMe.html" on the CD into browser. Viewing of 
AVI files and HTML documents may vary widely depending on 
variables such as operating systems and user preferences. 
Preference settings in some browsers may cause a related 
mail client or previously loaded HTML document to become 
active instead of the enclosed OpenMe.html. This action 
requires the user to open a browser and specifically load 
OpenMe.html by either "FILE > OPEN" or "drag and drop". 
In other cases, when viewing animations, the AVI may be 
embedded in the browser. This requires user interaction with
a single mouse click on the image to invoke the animation. 
Other browsers may spawn applications such as Windows Media 
Player that will automatically play the animation.

The use of firm, trade, and brand names is for identification purposes only
and does not constitute endorsement by the U.S. Geological Survey.

For additional information write to:
Director
U.S. Geological Survey Arkansas Water Science Center
401 Hardin Rd
Little Rock, AR, 72211