DATA INTEGRATIONS
Accelerate your modelling with data integrations
Flood Modeller's advanced data integrations allow you to effortlessly utilize third-party data for model building and result analysis. These integrations eliminate the need for multiple applications, saving you time and making your job easier.
Easily understand and utilize contextual data, including background maps, gauge data, satellite imagery, and historical flood maps.
Import high-quality third-party data directly into Flood Modeller without the need for reprocessing, thanks to our digitized workflows.
Mapping services
Bring your models to life by using a range of built-in mapping services, such as Bing Maps, as well as the ability to add your own web mapping services.
Data services
Easily add data services to your Flood Modeller project. Select from a wide-range of pre-defined services, including flood hazard areas and historic flood maps, or add your own using WMS/WFS standards.
FEH data management (UK ONLY)
Easily import and manage FEH catchment descriptors within Flood Modeller. View stored catchment data in Flood Modeller's hydrology database, ensuring all necessary data is available in one convenient location. Hydrology+ tracks user changes, providing reassurance that you have used the correct data.
River gauge data (UK ONLY)
Using Hydrology+, Flood Modeller gives you direct access to an extensive range of hydrological data from across the UK, including data from the Environment Agency, SEPA and UKCEH National River Flow Archive. Visualise and inspect gauge data directly within Flood Modeller, eliminating delays in data request and reduce uncertainty in your analysis.
Fathom
Flood Modeller allows users to seamlessly access Fathom's award-winning flood maps directly within Flood Modeller's intuitive GIS interface. This allows you to quickly gain an initial understanding of your site of interest by loading and reviewing the available data.
Mapping services
Bring your models to life by using a range of built-in mapping services, such as Bing Maps, as well as the ability to add your own web mapping services.
FEH data management (UK ONLY)
Easily import and manage FEH catchment descriptors within Flood Modeller. View stored catchment data in Flood Modeller's hydrology database, ensuring all necessary data is available in one convenient location. Hydrology+ tracks user changes, providing reassurance that you have used the correct data.
Data services
Easily add data services to your Flood Modeller project. Select from a wide-range of pre-defined services, including flood hazard areas and historic flood maps, or add your own using WMS/WFS standards.
River gauge data (UK ONLY)
Using Hydrology+, Flood Modeller gives you direct access to an extensive range of hydrological data from across the UK, including data from the Environment Agency, SEPA and UKCEH National River Flow Archive. Visualise and inspect gauge data directly within Flood Modeller, eliminating delays in data request and reduce uncertainty in your analysis.
Fathom
Flood Modeller allows users to seamlessly access Fathom's award-winning flood maps directly within Flood Modeller's intuitive GIS interface. This allows you to quickly gain an initial understanding of your site of interest by loading and reviewing the available data.
Why use Flood Modeller instead of standalone GIS software?
While GIS platforms such as QGIS and ArcGIS are powerful mapping and data management tools, they weren't designed specifically for hydraulic modelling. Flood Modeller combines the GIS functionality required for model build with specialised hydraulic modelling capabilities, automated workflows and simulation tools in one environment.
Build, modify and manage your models without constantly switching between applications, importing and exporting files, or maintaining separate GIS and modelling projects.
Python API
Automate hydraulic modelling workflows and extend Flood Modeller's capabilities with our open-source Python API. Create custom tools, automate model setup and analysis, and streamline repetitive tasks. Whether you're developing bespoke applications or building advanced modelling workflows, the Python API provides the flexibility to improve productivity and accelerate project delivery.
Python API
Automate hydraulic modelling workflows and extend Flood Modeller's capabilities with our open-source Python API. Create custom tools, automate model setup and analysis, and streamline repetitive tasks. Whether you're developing bespoke applications or building advanced modelling workflows, the Python API provides the flexibility to improve productivity and accelerate project delivery.
Python API
Automate hydraulic modelling workflows and extend Flood Modeller's capabilities with our open-source Python API. Create custom tools, automate model setup and analysis, and streamline repetitive tasks. Whether you're developing bespoke applications or building advanced modelling workflows, the Python API provides the flexibility to improve productivity and accelerate project delivery.
Python API
Automate hydraulic modelling workflows and extend Flood Modeller's capabilities with our open-source Python API. Create custom tools, automate model setup and analysis, and streamline repetitive tasks. Whether you're developing bespoke applications or building advanced modelling workflows, the Python API provides the flexibility to improve productivity and accelerate project delivery.
Python API
Automate hydraulic modelling workflows and extend Flood Modeller's capabilities with our open-source Python API. Create custom tools, automate model setup and analysis, and streamline repetitive tasks. Whether you're developing bespoke applications or building advanced modelling workflows, the Python API provides the flexibility to improve productivity and accelerate project delivery.
Python API
Automate hydraulic modelling workflows and extend Flood Modeller's capabilities with our open-source Python API. Create custom tools, automate model setup and analysis, and streamline repetitive tasks. Whether you're developing bespoke applications or building advanced modelling workflows, the Python API provides the flexibility to improve productivity and accelerate project delivery.
