Detailed spatial-temporal characterization of individual fire dynamics using remote sensing data is important to understand fire-environment relationships, to support landscape-scale fire risk management, and to obtain improved statistics on fire size distributions over broad areas. Previously, individuation of events to quantify fire size distributions has been performed with the flood-fill al...

This study presents a model-based framework to assess the time-varying accessibility of roadway network on system-wide level during extreme flood events. A regional MIKE 21 hydrodynamic model consisting 1,912,576 computational points with mesh cell resolutions ranging from 70 15 m is utilized compute inundation an 500-year scenario. approach allows for explicit accounting impact pluvial floodin...

The generalized stream X-machines (stream X-machines with basic functions replaced by relations and having as output, strings of symbols rather than single symbols) with output delimiter (any output string has at the right end side a special delimiter) are introduced. It is proved that testing methods similar to those already developed for ordinary determi-nistic stream X-machines may be applie...

This study evaluated multiple aspects of flood risks and effects on the Cinan Feizuo protection area in Huaihe River basin. Flooding remains a leading problem for infrastructure, especially urban, residential areas region. Effective modeling urbanized floodplains is challenging, but MIKE (ID-2D) paramount analyzing quantifying risk vulnerable The Saint-Venant equation one-dimensional (1D) 11 mo...

The article presents an analysis of the potential consequences for Cracow failure dams located in Vistula catchment area upstream city. They have been compared with effects a flood probability 0.2%. estimation losses and damages was made on basis results model studies hazard risk assessments carried out as part analyses second planning cycle implementation Floods Directive Poland. MIKE 11 used ...