arc hydro for sfwmd existing arc hydro framework enhanced arc hydro framework for south florida...

Arc Hydro for SFWMD

Existing Arc Hydro Framework

Enhanced Arc Hydro Framework

for South Florida

FloodHydrology & Hydraulics

Operations DecisionSupport System

HydroperiodEstimation

Regional Simulation Model

Hydrologic Information System

Analysis, Modeling, Decision Making

Arc Hydro Geodatabase

Streams

Watersheds Waterbody

Hydro Points

Arc Hydro Framework Input Data

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Feature

Waterbody

HydroIDHydroCodeFTypeNameAreaSqKmJunctionID

HydroPoint

HydroIDHydroCodeFTypeNameJunctionID

Watershed

HydroIDHydroCodeDrainIDAreaSqKmJunctionIDNextDownID

ComplexEdgeFeature

EdgeType

Flowline

Shoreline

HydroEdge

HydroIDHydroCodeReachCodeNameLengthKmLengthDownFlowDirFTypeEdgeTypeEnabled

SimpleJunctionFeature

1HydroJunction

HydroIDHydroCodeNextDownIDLengthDownDrainAreaFTypeEnabledAncillaryRole

*

1

*

HydroNetwork

*

HydroJunction

HydroIDHydroCodeNextDownIDLengthDownDrainAreaFTypeEnabledAncillaryRole

HydroJunction

HydroIDHydroCodeNextDownIDLengthDownDrainAreaFTypeEnabledAncillaryRole

Arc Hydro FrameworkData Model

Water body

Canal Segment

Lake Marsh Tidal

HydroEdge HydroJunction

Uncontrolled Controlled

Basin

1..*

1

11..*

Subtypes

Subtypes

1Hydro

network

MonitoringPoint

Structure

1..*

1..*

Extended Arc Hydro Framework

1..*

Time Series

Attribute Series Feature Series

Raster Series

HydroElement

11..*

Hydro Network(NHD)

Basins Waterbody(NHD)

Arc Hydro Framework For South Florida

Hydro Points

Operations Decision Support System

Goal of the Operations

Decision Support System:

to control the

hydraulic head

and water flow

in water control units

(WCU’s)

in a satisfactory manner

A WCU is a body of water that is surrounded by control structures

WCUNode

1

WCULink

Operations Decision Support System

Water body StructureBasin

Water Control Network

1..*

StructureLink

1

1

1

1..*

1..*

Extended Arc Hydro Framework

ODSS Prototype

• 9 Water Control Units• Based on an earlier prototype by ATS

Prototype developed by

Alicia Fogg andGil Strassberg at

CRWR

ODSS Schematic Network

WCUNode

Type1 – WCU2 – Structure3 - Basin

Type1 – Water system2 – Land to Water

WCULink

ODSS Network Upstream Trace

Demo of ODSS Prototype: ODSS.mxd

Regional Simulation Model

HydroElement(RSM Mesh)

1..*

Extended Arc Hydro Framework

RSM Boundary

RSM Watermover

Pseudocell

1..*1

1

1

1..*Attribute Series

1

1

1..* 1..*

MonitoringPointHydroEdge

RSM Schematic Node

RSM Schematic Link

HydroJunction1..*

RSM Schematic Network

1

1

Existing RSM Models

North Palm Beach

South DadeSouthern Everglades

SWFFS

Time horizon isin daily time steps summarized monthlycontinuing for years

Goal – to simulate the distribution in space and time of hydraulic head and water flow in surface water, shallow groundwater and canal systems under alternative management policies.

North Palm Beach Model

Triangular Mesh drawn within basin boundaries.Canals can bound cells or cross them

Hydroelements in 3D

Multipatch

A multipatch is a volume built by joiningsurfaces. Each layer is a set of multipatchsdeveloped from the original triangular mesh DEMO: ODSSMESH.mxd

MultipatchforODSS.sxd

Flood Modeling and Managment

• Goals: – Flood management in

the District

– Flood evaluation for CERP

– Flood mapping for FEMA

• C-4 Basin is a sample study region

C-4

C-4 Basin• Drainage areas

defined within basin• More structures• Same base hydro

network• Flood simulation

models in XP-SWMM

• Short time horizon of events (~ 3 days)

XP-SWMM Model

XP-SWMM ComponentsStormwater storage

Channel FlowGroundwater inflow

Watershed Runoff

Hydrology and Hydraulics

Basins

Extended Arc Hydro Framework

Attribute Series

MonitoringPointHydroEdge

H&H Schematic Node

H&H Schematic Link

HydroJunction

H&H Schematic Network

Model Basin/Drainage/RainfallTables

Drainage Line(Flowpath)

Catchment(Sub-Basin)

1

1..*

Time Series

1 1

1

1

HydroPeriod Tool

• Goal – determine the time pattern of inundation over a selected spatial region and statistically summarize that pattern

• 21 stage gages • Geospatial

interpolation of water surface elevation

HydroPeriod

Extended Arc Hydro Framework

MonitoringPointTime Series

Attribute Series

Feature Series

Raster Series

dbHydro Depth Class Land Category

1..*

1

1

1

Flood Inundation Region

Time Series Feature Series

Raster SeriesAttribute Series

Time

Variable

y

t

x

1

2

3

4

Hydroperiod Tool TimeSeries Framework

SFWMD Nexrad dataAttribute

series

Display as a temporallayer in Tracking Analyst

DEMO: Nexrad.mxd

Ponded Water DepthKissimmee River

June 1, 2003