Quantification of Phosphorus Emissions within Koppl Catchment - Makowicki, Andrew
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The European Water Framework Directive requires the qualification of a good ecological status for water bodies. Lake Mondsee of Austria has repeatedly failed to reach a good ecological status due to phosphorus emissions from non-point source (NPS) pollution. NPS pollution of phosphorus emissions within landscapes dominated by grassland have an effect on water quality. The Agricultural Non-Point Source (AGNPS) pollution modeling program was used to develop a model for determining phosphorus emissions within Koppl catchment. The identification of critical source areas (CSA) through NPS pollution…mehr

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Produktbeschreibung
The European Water Framework Directive requires the qualification of a good ecological status for water bodies. Lake Mondsee of Austria has repeatedly failed to reach a good ecological status due to phosphorus emissions from non-point source (NPS) pollution. NPS pollution of phosphorus emissions within landscapes dominated by grassland have an effect on water quality. The Agricultural Non-Point Source (AGNPS) pollution modeling program was used to develop a model for determining phosphorus emissions within Koppl catchment. The identification of critical source areas (CSA) through NPS pollution modeling provides data pertaining to landscape regions susceptible to NPS phosphorus emissions. The targeting of CSA through NPS pollution modeling will further aide in the remediation and restoration of watersheds affected by an overabundance of phosphorus loading into open water bodies. The information can be used to help decision support systems in the reduction of phosphorus emissions and identify landscapes more susceptible to the release of greater phosphorus emissions.
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Autorenporträt
I received my Bachelor of Science in Environmental Science with a minor in Hydorgeology in 2013 at SUNY Plattsburgh and my Master of Science in Applied Geoinformatics in 2016 at the University of Salzburg.