Floreon+: A Web-Based Platform for Flood Prediction, Hydrologic Modelling and Dynamic Data Analysis

Svaton, Vaclav; Podhoranyi, Michal; Vavrik, Radim; Veteška, Patrik; Szturcová, Daniela; Vojtek, David; Martinovič, Jan; Vondrák, Vít

doi:10.1007/978-3-319-61297-3_30

Cited by 7 publications

(4 citation statements)

References 5 publications

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“…Rainfall-runoff model parameters recalculation in this study was focused on verification of total runoff CN values in all territorial units of the Odra River basin up to the confluence with the Opava River, which are used for runoff simulations in the current FLOREON+ system (Svatoň et al 2018). For this purpose, updated GIS layers of soil conditions and land cover the overlaying of which served as a base for detailed evaluation of the total runoff from every cell.…”

Section: Methodsmentioning

confidence: 99%

Parameter recalculation for a rainfall-runoff model with a focus on runoff curve numbers

2019

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One of the fundamental issues of hydrology is determination of total runoff volume from rainfall. The mutual relationship of these quantities can be experimentally determined by measuring rainfall and runoff. Rainfall-runoff models describe natural relations on the basis of variables determining physio-geographical conditions of a territorial unit as well as hydraulic properties of the respective river network. In the proposed paper, we focused on parameter recalculation of a rainfall-runoff model with focusing on runoff curve numbers (CN). The objective of this study was to update the data (CN) in the old modelling structures within the FLOREON+ (FLOods REcognition on the Net – Study Area) system and replace them with the new ones. The parameters of runoff CN were estimated according to available GIS layers primarily related to the existing soil conditions and land use. In the first phase, the calculation procedure was prepared for the smaller Porubka and Lubina basins, and then it was applied to the whole basin area. The results showed that the new runoff CN recalculation procedure resulted in reduction of the simulated runoff (peak discharge, volume) in the Odra River sub-basins, which also led to approximation to the real measured runoff in the Ostrava-Svinov profile. The derived method is applicable to other basins as well. Highlights for public administration, management and planning: • Runoff volumes resulting from rainfall significantly contribute to risk processes, such as soil erosion and floods. • The partially automated procedure for rainfall-runoff estimation is preseted, based on data for soil conditions and land cover. • Derivation is based on the original principles determined by the US Soil Conservation Service and can be applied to any river basin in the area of the Czech Republic. • In the future, the proposed methodology will be adapted to run within the ArcMap application.

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Section: Methodsmentioning

confidence: 99%

Parameter recalculation for a rainfall-runoff model with a focus on runoff curve numbers

2019

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“…The model workflow provides a consistent and Our approach focusses on three aspects: global application, easy development of scenarios, and a lower barrier to entry. These key aspects are where Basin Futures differs from existing systems, such as those focused on specific water management areas such as flood forecasting [24,25]. Our approach is similar to a recent web implementation of the Soil and Water Assessment Tool (SWAT) Online [26]; however, we provide scenario development and result assessment.…”

Section: The Basin Futures Platformmentioning

confidence: 99%

An Integrative Framework for Stakeholder Engagement Using the Basin Futures Platform

O'Sullivan

Pollino

Taylor

et al. 2020

Water

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Water resources are under growing pressures globally, and better basin planning is crucial to alleviate current and future water scarcity issues. Communicating the complex interconnections and needs of natural and human systems is a significant research challenge. With advances in cyberinfrastructure allowing for new innovative approaches to basin planning, this same technology can also facilitate better stakeholder engagement. The potential benefits of using digital basin planning platforms for stakeholder engagement are immense; yet, there is limited guidance on how to best use these platforms for more effective stakeholder engagement in water-related issues and projects. We detail our digital platform, Basin Futures, and highlight the potential uses for stakeholder engagement through an integrative framework across different assessment levels. Basin Futures is a web application that is an entry-level modelling tool that aims to support rapid and exploratory basin planning globally. As a cloud-based tool, it brings together high-performance computing and large-scale global datasets to make data analysis accessible and efficient. We explore the potential use of the tool through three case studies exploring agricultural development, transboundary water-sharing agreements and allocating water for environmental flows.

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“…The web-based interface allows defining a number of what-if scenarios, including road closure, event which affects speed on roads in a given area and other options. The system is seamlessly integrated with HEAppE service 13 which is used to submit the computation job with the scenarios on the cluster [38]. Results of the computation can be access using the same interface when the job is finished.…”

Section: B Navigationmentioning

confidence: 99%

Supporting the Scale-Up of High Performance Application to Pre-Exascale Systems: The ANTAREX Approach

Silvano

Agosta

Bartolini

et al. 2019

2019 27th Euromicro International Conference on Parallel, Distributed and Network-Based Processing (PDP)

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Floreon+: A Web-Based Platform for Flood Prediction, Hydrologic Modelling and Dynamic Data Analysis

Cited by 7 publications

References 5 publications

Parameter recalculation for a rainfall-runoff model with a focus on runoff curve numbers

Parameter recalculation for a rainfall-runoff model with a focus on runoff curve numbers

An Integrative Framework for Stakeholder Engagement Using the Basin Futures Platform

Supporting the Scale-Up of High Performance Application to Pre-Exascale Systems: The ANTAREX Approach

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