1986Journal of Environmental EngineeringRequires access

Macrophyte Growth in Shallow Streams: Biomass Model

Raymond M. Wright, Archie J. McDonnell

Open publisher page 32 citations

Abstract

An assessment was made of the water quality and the magnitude of growth of rooted aquatic macrophytes in a nutrient‐enriched, shallow stream system in order to provide a basis for evaluating the recovery of the ecosystem following the implementation of a program of phosphorus removal. Field investigations defined the temporal and spatial changes of plant biomass in selected study sections. A model to predict changes in macrophyte biomass as a function of varying environmental factors including nutrient flux was developed, calibrated and validated. The potential of the biomass model as a management tool to assess the impact of nutrient reductions on stream oxygen budgets was demonstrated.

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An assessment was made of the water quality and the magnitude of growth of rooted aquatic macrophytes in a nutrient‐enriched, shallow stream system in order to provide a basis for evaluating the recovery of the ecosystem following the implementation of a program of phosphorus removal. Field investigations defined the temporal and spatial changes of plant biomass in selected study sections. A model to predict changes in macrophyte biomass as a function of varying environmental factors including nutrient flux was developed, calibrated and validated. The potential of the biomass model as a management tool to assess the impact of nutrient reductions on stream oxygen budgets was demonstrated.

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Available abstract

An assessment was made of the water quality and the magnitude of growth of rooted aquatic macrophytes in a nutrient‐enriched, shallow stream system in order to provide a basis for evaluating the recovery of the ecosystem following the implementation of a program of phosphorus removal. Field investigations defined the temporal and spatial changes of plant biomass in selected study sections. A model to predict changes in macrophyte biomass as a function of varying environmental factors including nutrient flux was developed, calibrated and validated. The potential of the biomass model as a management tool to assess the impact of nutrient reductions on stream oxygen budgets was demonstrated.

Key concepts: Macrophyte, Biomass (ecology), Environmental science, Nutrient, STREAMS, Water quality, Phosphorus, Ecosystem

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