MCPLANT: A Simulation Model of Dissolved Oxygen Production by Aquatic Macrophytes

Matthew D. Salomone; William Herb; Omid Mohseni; Heinz G. Stefan

MCPLANT: A Simulation Model of Dissolved Oxygen Production by Aquatic Macrophytes

Matthew D. Salomone, William Herb, Omid Mohseni, Heinz G. Stefan

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Abstract

A one-dimensional water column model is constructed to simulate dissolved oxygen dynamics in a shallow lake populated with submersed macrophyte vegetation. The MCPLANT (Modeled C++ Plant Layers Approximating Natural Theory) model constitutes a macrophyte growth model concomitant with a kinetic description of processes involved in producing and consuming dissolved oxygen. Photosynthetic production of dissolved oxygen by macrophytes is considered as a principal source in the water column; respiration and decay are principal sinks of dissolved oxygen. Environmental data and lake trophic status are principal inputs to the model.

Original language	English (US)
State	Published - Aug 2000

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St. Anthony Falls Laboratory
Shen, L. (Director)
St. Anthony Falls Laboratory
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title = "MCPLANT: A Simulation Model of Dissolved Oxygen Production by Aquatic Macrophytes",

abstract = "A one-dimensional water column model is constructed to simulate dissolved oxygen dynamics in a shallow lake populated with submersed macrophyte vegetation. The MCPLANT (Modeled C++ Plant Layers Approximating Natural Theory) model constitutes a macrophyte growth model concomitant with a kinetic description of processes involved in producing and consuming dissolved oxygen. Photosynthetic production of dissolved oxygen by macrophytes is considered as a principal source in the water column; respiration and decay are principal sinks of dissolved oxygen. Environmental data and lake trophic status are principal inputs to the model.",

author = "Salomone, {Matthew D.} and William Herb and Omid Mohseni and Stefan, {Heinz G.}",

year = "2000",

month = aug,

language = "English (US)",

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TY - BOOK

T1 - MCPLANT: A Simulation Model of Dissolved Oxygen Production by Aquatic Macrophytes

AU - Salomone, Matthew D.

AU - Herb, William

AU - Mohseni, Omid

AU - Stefan, Heinz G.

PY - 2000/8

Y1 - 2000/8

N2 - A one-dimensional water column model is constructed to simulate dissolved oxygen dynamics in a shallow lake populated with submersed macrophyte vegetation. The MCPLANT (Modeled C++ Plant Layers Approximating Natural Theory) model constitutes a macrophyte growth model concomitant with a kinetic description of processes involved in producing and consuming dissolved oxygen. Photosynthetic production of dissolved oxygen by macrophytes is considered as a principal source in the water column; respiration and decay are principal sinks of dissolved oxygen. Environmental data and lake trophic status are principal inputs to the model.

AB - A one-dimensional water column model is constructed to simulate dissolved oxygen dynamics in a shallow lake populated with submersed macrophyte vegetation. The MCPLANT (Modeled C++ Plant Layers Approximating Natural Theory) model constitutes a macrophyte growth model concomitant with a kinetic description of processes involved in producing and consuming dissolved oxygen. Photosynthetic production of dissolved oxygen by macrophytes is considered as a principal source in the water column; respiration and decay are principal sinks of dissolved oxygen. Environmental data and lake trophic status are principal inputs to the model.

M3 - Other report

BT - MCPLANT: A Simulation Model of Dissolved Oxygen Production by Aquatic Macrophytes

ER -

MCPLANT: A Simulation Model of Dissolved Oxygen Production by Aquatic Macrophytes

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