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FloodArea for ArcGIS - geomer GmbH

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<strong>FloodArea</strong> <strong>for</strong> <strong>ArcGIS</strong><br />

GEOINTELLIGENCE AND BEYOND


<strong>FloodArea</strong> in <strong>ArcGIS</strong> ®<br />

<strong>FloodArea</strong> is a 2D flood modeling tool <strong>for</strong><br />

the delineation of inundation areas –<br />

completely integrated in <strong>ArcGIS</strong>. Since the<br />

first release in 2001 numerous engineer-<br />

ing companies, research institutions, and<br />

public authorities (municipal to national<br />

level) of about 20 countries have confi-<br />

dence in this simulation model.<br />

Main functions<br />

Fully integrated in <strong>ArcGIS</strong> Desktop Applications<br />

(including Model Builder, command<br />

line, and scripting)<br />

Specification of elevation units of your<br />

choice<br />

Model input either by spatially variable<br />

water level or by hydrograph<br />

Easily create and start simulation animations<br />

from within ArcMap<br />

Full consideration of dam failures and<br />

flow barriers<br />

Save intermediate results at intervals of<br />

your choice<br />

Create animation movies in AVI <strong>for</strong>mat<br />

Manage and present your Metadata with<br />

a separate <strong>FloodArea</strong> style sheet<br />

Hydrodynamic Modeling<br />

<strong>FloodArea</strong>: <strong>geomer</strong>‘s simulation and modeling tool <strong>for</strong> high-level flood preparedness<br />

Algorithm<br />

Hydrodynamic approach<br />

Correct mass balance<br />

Automatic optimization of the iteration<br />

time step during model runs<br />

Distance weighted distribution to all 8<br />

neighboring raster cells<br />

Dynamic change of flow direction<br />

Consideration of roughness coefficients<br />

Edges are considered<br />

Application examples<br />

Delineation of inundation areas from<br />

flood marks<br />

Dam failure scenarios<br />

Flood simulation <strong>for</strong> risk analysis and<br />

disaster management<br />

Estimation of flood retention potentials<br />

<strong>FloodArea</strong> HPC -<br />

High Per<strong>for</strong>mance Computing<br />

Modeling flooding scenarios using high<br />

resolution terrain models demands highest<br />

computational per<strong>for</strong>mance. Common<br />

practice is to overcome this problem either<br />

by modeling sub-sections of an area or by<br />

using a lower resolution. In the <strong>FloodArea</strong><br />

Desktop-version per<strong>for</strong>mance is limited by<br />

available workstation memory.<br />

These limitations are now a matter of the<br />

past. Since <strong>FloodArea</strong>-HPC has been introduced,<br />

any number of computers (nodes)<br />

can now be combined to a computing cluster,<br />

whatever the size of your study area<br />

demands. You can increase the memory<br />

virtually to any size and according to your<br />

needs. You can now easily run simulation<br />

models with 500 million raster cells or<br />

more.<br />

In addition to this, <strong>FloodArea</strong> HPC has<br />

been improved by optimizing its algorithmic<br />

core. <strong>FloodArea</strong> HPC supports<br />

Multi-Threading and thus makes full use of<br />

modern Dual- or MultiCore systems, which<br />

further dramatically decreases computation<br />

time. The operational, near real time<br />

simulation of dam or levee failures is now<br />

possible.<br />

Support of additional operating systems<br />

<strong>FloodArea</strong> HPC computing clusters can<br />

comprise of computers running Windows<br />

(XP, Vista), Linux, and Solaris.


If you don’t want to build up your own<br />

computing resources or if you want to<br />

save time <strong>for</strong> solving other problems think<br />

about outsourcing model runs to <strong>geomer</strong>.<br />

You can benefit from our experience and<br />

get best possible results efficiently.<br />

DTM Tool –<br />

Editing and manipulating terrain models<br />

DTM-Tool is set of tools <strong>for</strong> working with<br />

digital terrain models, focusing on their hydrological<br />

and hydraulic properties. DTM-<br />

Tool is the ideal companion <strong>for</strong> <strong>FloodArea</strong>.<br />

Contact us <strong>for</strong> details.<br />

Functions<br />

Hydrologically meaningful resampling,<br />

retain hydrological features of a terrain<br />

Smoothing of a drainage network<br />

Interpolation of a terrain model between<br />

contours<br />

Linear interpolation of voids from surrounding<br />

vales<br />

Import rasters from x,y,z-ASCII files of<br />

any size<br />

Services around <strong>FloodArea</strong><br />

In addition to <strong>FloodArea</strong> <strong>for</strong> <strong>ArcGIS</strong> and<br />

<strong>FloodArea</strong> HPC, we offer a service portfolio<br />

covering many aspects of flooding and associated<br />

issues:<br />

Delineation of static or dynamic hazard<br />

maps<br />

Flood risk analysis <strong>for</strong> communities, including<br />

flash flood related risks<br />

Acquisition, preparation, and enhancement<br />

of related baseline data<br />

Training and capacity building <strong>for</strong> your<br />

own modeling<br />

Computational resources with our own<br />

<strong>FloodArea</strong> HPC cluster<br />

Planning of decentralized flood protection<br />

measures<br />

Contact<br />

<strong>FloodArea</strong> is completely integrated<br />

in <strong>ArcGIS</strong> and thus<br />

helps you saving time!<br />

Dr. André Assmann<br />

Tel +49 (6221) 89458-41<br />

Fax +49 (6221) 89458-79<br />

E-Mail: aassm@<strong>geomer</strong>.de


Product References<br />

Use <strong>FloodArea</strong> and you are in a selected company. Since its introduction<br />

to the market in 2001, customers from different background<br />

are working with <strong>FloodArea</strong>. Some of them are listed below:<br />

Research Institutes<br />

Swiss Federal Institute <strong>for</strong> Environmental Science and Technol-<br />

ogy (EAWAG), Schweiz<br />

Nanjing Institute of Geography and Limnology, Chinese Academy<br />

of Science (NICLAS), China<br />

Umwelt<strong>for</strong>schungszentrum Halle Leipzig<br />

University of the German Army Munich<br />

Zentrum für Agrarlandschafts- und Landnutzungs<strong>for</strong>schung<br />

(ZALF)<br />

Faculté Universitaire des Sciences Agronomiques de Gembloux,<br />

Belgien<br />

Public Autorities<br />

Office of Critical Infrastructure and Protection and Emergency<br />

Preparedness (OCIPEP), Canada<br />

City of Cologne<br />

Instituto Costarricense de Electricidad, Centro de Gestíon Ambi-<br />

ental (ICE), Costa Rica<br />

District of Rastatt<br />

Federal Institute of Hydrology Koblenz<br />

State office <strong>for</strong> environmental protection Saxony-Anhalt<br />

State office <strong>for</strong> water management Rheinland Pfalz<br />

Märkischer Kreis (district)<br />

... and further partners, research institutes, public authorities, reinsurance<br />

and engineering companies ...<br />

Referenzen<br />

<strong>geomer</strong> <strong>GmbH</strong><br />

Im Breitspiel 11 b I D-69126 Heidelberg I Fon +49 (0)6221 89 458-0 I Fax +49 (0)6221 89 458-79 I info@<strong>geomer</strong>.de I www.<strong>geomer</strong>.de

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