A 2-layer approach to simultaneously model rainfall runoff events in urban catchments and in their rural surroundings

A. Klawitter & M. Ostrowski
The paper introduces a new modelling approach which aims at an improved flow representa-tion in mesoscale rural catchments with a high portion of populated area. This approach com-bines two existing models, one distributed GIS-based grid model for rural areas and one con-ceptual urban pollution load model, which are represented by one model layer each. By defin-ing points of interactions between the two model layers, discharges of the two models can be interchanged. The model was...

2 Related Works

A 2-layer approach to simultaneously model rainfall runoff events in urban catchments and in their rural surroundings

A. Klawitter & M. Ostrowski
The paper introduces a new modelling approach which aims at an improved flow representa-tion in mesoscale rural catchments with a high portion of populated area. This approach com-bines two existing models, one distributed GIS-based grid model for rural areas and one con-ceptual urban pollution load model, which are represented by one model layer each. By defin-ing points of interactions between the two model layers, discharges of the two models can be interchanged. The model was...

A 2-layer approach to simultaneously model rainfall runoff events in urban catchments and in their rural surroundings

A. Klawitter & M. Ostrowski
The paper introduces a new modelling approach which aims at an improved flow representa-tion in mesoscale rural catchments with a high portion of populated area. This approach com-bines two existing models, one distributed GIS-based grid model for rural areas and one con-ceptual urban pollution load model, which are represented by one model layer each. By defin-ing points of interactions between the two model layers, discharges of the two models can be interchanged. The model was...

Resource Types

  • Event
    1
  • Text
    1

Publication Year

  • 2005
    2

Registration Year

  • 2011
    2

Data Centers

  • DTIC Datacenter
    2