Surface water hydrology for the Cascade model : study area "Drentsche Veenkoloniën"

Research output: Book/ReportReportProfessional

Abstract

The hydrological module of the model instrument Cascade describes kinetics of surface water flow in a 10 km2 catchment with a single outlet. Discharge measurements are available for calibration. The soil hydrological model SWAP is used to generate a description of drainage and infiltration. The SWQN model is used to simulate surface water flow in a detailed network representing the surface water channels and water management structures. The major terms of the surface water balance are drainage from the soil and the pump discharge at the outlet. Kinetics of cumulated discharge simulated at the outlet corresponds with cumulated discharge measured at the drainage pump. Model performance is also tested with a special simulation including a period of prolonged drought
Original languageDutch
Place of PublicationWageningen
PublisherAlterra
Number of pages96
Publication statusPublished - 2008

Publication series

NameAlterra-rapport
PublisherALTERRA
No.1518
ISSN (Print)1566-7197

Keywords

  • hydrology
  • water quality
  • surface water
  • mathematical models
  • netherlands
  • pesticides
  • veenkolonien
  • drenthe

Cite this

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title = "Surface water hydrology for the Cascade model : study area {"}Drentsche Veenkoloni{\"e}n{"}",
abstract = "The hydrological module of the model instrument Cascade describes kinetics of surface water flow in a 10 km2 catchment with a single outlet. Discharge measurements are available for calibration. The soil hydrological model SWAP is used to generate a description of drainage and infiltration. The SWQN model is used to simulate surface water flow in a detailed network representing the surface water channels and water management structures. The major terms of the surface water balance are drainage from the soil and the pump discharge at the outlet. Kinetics of cumulated discharge simulated at the outlet corresponds with cumulated discharge measured at the drainage pump. Model performance is also tested with a special simulation including a period of prolonged drought",
keywords = "hydrologie, waterkwaliteit, oppervlaktewater, wiskundige modellen, nederland, pesticiden, veenkolonien, drenthe, hydrology, water quality, surface water, mathematical models, netherlands, pesticides, veenkolonien, drenthe",
author = "R. Kruijne and {van Bakel}, P.J.T. and P.I. Adriaanse and J.J.T.I. Boesten",
year = "2008",
language = "Dutch",
series = "Alterra-rapport",
publisher = "Alterra",
number = "1518",

}

Surface water hydrology for the Cascade model : study area "Drentsche Veenkoloniën". / Kruijne, R.; van Bakel, P.J.T.; Adriaanse, P.I.; Boesten, J.J.T.I.

Wageningen : Alterra, 2008. 96 p. (Alterra-rapport; No. 1518).

Research output: Book/ReportReportProfessional

TY - BOOK

T1 - Surface water hydrology for the Cascade model : study area "Drentsche Veenkoloniën"

AU - Kruijne, R.

AU - van Bakel, P.J.T.

AU - Adriaanse, P.I.

AU - Boesten, J.J.T.I.

PY - 2008

Y1 - 2008

N2 - The hydrological module of the model instrument Cascade describes kinetics of surface water flow in a 10 km2 catchment with a single outlet. Discharge measurements are available for calibration. The soil hydrological model SWAP is used to generate a description of drainage and infiltration. The SWQN model is used to simulate surface water flow in a detailed network representing the surface water channels and water management structures. The major terms of the surface water balance are drainage from the soil and the pump discharge at the outlet. Kinetics of cumulated discharge simulated at the outlet corresponds with cumulated discharge measured at the drainage pump. Model performance is also tested with a special simulation including a period of prolonged drought

AB - The hydrological module of the model instrument Cascade describes kinetics of surface water flow in a 10 km2 catchment with a single outlet. Discharge measurements are available for calibration. The soil hydrological model SWAP is used to generate a description of drainage and infiltration. The SWQN model is used to simulate surface water flow in a detailed network representing the surface water channels and water management structures. The major terms of the surface water balance are drainage from the soil and the pump discharge at the outlet. Kinetics of cumulated discharge simulated at the outlet corresponds with cumulated discharge measured at the drainage pump. Model performance is also tested with a special simulation including a period of prolonged drought

KW - hydrologie

KW - waterkwaliteit

KW - oppervlaktewater

KW - wiskundige modellen

KW - nederland

KW - pesticiden

KW - veenkolonien

KW - drenthe

KW - hydrology

KW - water quality

KW - surface water

KW - mathematical models

KW - netherlands

KW - pesticides

KW - veenkolonien

KW - drenthe

M3 - Report

T3 - Alterra-rapport

BT - Surface water hydrology for the Cascade model : study area "Drentsche Veenkoloniën"

PB - Alterra

CY - Wageningen

ER -