Kennisbank | Details

Sidebar content	Main content
Acties	Details Titel Mud dynamics in the Ems estuary : set-up of primary production model Auteur W. Stolte A. de Kluijver J.G.C. Smits Opdrachtgever Rijkswaterstaat WVL Projectnummer 1205711 Plaats van uitgave Delft Uitgever Deltares Jaar van uitgave 2015 (June) Pagina's 102 p. Illustraties fig., ref. Materiaal rapport Deltares Digitaal document Onderwerp waterkwaliteit, water quality, primaire productie, primary production, estuaria, estuaries, troebelheid, turbidity Geografisch trefwoord Ems, Dollard, Waddenzee Beschrijving The project Research mud dynamics Ems-Dollard explores the reasons for the historic increase in turbidity, and which measures can be designed to improve the water quality in the area. This report describes the set up of the water quality model of the effect-chain model. The model describes three types of pelagic algae (phytoplankton), benthic diatoms, light climate and detailed nutrient cycles in the water and sediment. It is driven by modelled hydrodynamics and suspended sediment concentrations for 2012 and 2013, and uses observations for the year 2012 and 2013 regarding boundary conditions, meteorological forcing and river loads. Verwijder uit selectie Voeg toe aan selectie

Titel
Mud dynamics in the Ems estuary : set-up of primary production model
Auteur
W. Stolte
A. de Kluijver
J.G.C. Smits
Opdrachtgever
Rijkswaterstaat WVL
Projectnummer
1205711
Plaats van uitgave
Delft
Uitgever
Deltares
Jaar van uitgave
2015 (June)
Pagina's
102 p.
Illustraties
fig., ref.
Materiaal
rapport Deltares
Digitaal document
Onderwerp
waterkwaliteit, water quality, primaire productie, primary production, estuaria, estuaries, troebelheid, turbidity
Geografisch trefwoord
Ems, Dollard, Waddenzee
Beschrijving
The project Research mud dynamics Ems-Dollard explores the reasons for the historic increase in turbidity, and which measures can be designed to improve the water quality in the area. This report describes the set up of the water quality model of the effect-chain model. The model describes three types of pelagic algae (phytoplankton), benthic diatoms, light climate and detailed nutrient cycles in the water and sediment. It is driven by modelled hydrodynamics and suspended sediment concentrations for 2012 and 2013, and uses observations for the year 2012 and 2013 regarding boundary conditions, meteorological forcing and river loads.