In this paper we present an overview of the most important sources of uncertainty when analysing the least cost way to improve water quality. The estimation of the cost-effectiveness of water quality measures is surrounded by environmental, economic and political uncertainty. These different types of uncertainty are identified, quantified and analysed with the help of a risk and uncertainty model written in Exce
The quantification of uncertainty in integrated urban drainage water quality models is of paramount ...
The adoption of increasingly restrictive water quality standards is directed to maintain natural eco...
This paper addresses very important issues of uncertainty in water quality modeling. However, the is...
The case is given for attention to the evaluation of uncertainty in water quality modelling, in the ...
The usefulness of water quality simulation models for environmental management is explored with a fo...
A framework for water quality risk assessment is developed and applied to the Great Lakes phosphorus...
Water utilities must assess risks and make decisions on safety measures in order to obtain a safe an...
This technical paper argues that Monte Carlo risk analysis offers a more comprehensive and informati...
Investing in Water Quality: Measuring Benefits, Costs and Risks, explores the methods and analytical...
This paper aims to stimulate discussion based on the experiences derived from the QUICS project (Qua...
Engineering and physical sciences often rely on mathematical approximations of reality (aka models) ...
In integrated urban drainage water quality models, due to the fact that integrated approaches are ba...
To evaluate the future state of river water in view of actual pollution loading or different managem...
Receiving water quality simulation in highly urbanised areas requires the integration of several pro...
In densely populated areas, surface waters are affected by many sources of pollution. Besides classi...
The quantification of uncertainty in integrated urban drainage water quality models is of paramount ...
The adoption of increasingly restrictive water quality standards is directed to maintain natural eco...
This paper addresses very important issues of uncertainty in water quality modeling. However, the is...
The case is given for attention to the evaluation of uncertainty in water quality modelling, in the ...
The usefulness of water quality simulation models for environmental management is explored with a fo...
A framework for water quality risk assessment is developed and applied to the Great Lakes phosphorus...
Water utilities must assess risks and make decisions on safety measures in order to obtain a safe an...
This technical paper argues that Monte Carlo risk analysis offers a more comprehensive and informati...
Investing in Water Quality: Measuring Benefits, Costs and Risks, explores the methods and analytical...
This paper aims to stimulate discussion based on the experiences derived from the QUICS project (Qua...
Engineering and physical sciences often rely on mathematical approximations of reality (aka models) ...
In integrated urban drainage water quality models, due to the fact that integrated approaches are ba...
To evaluate the future state of river water in view of actual pollution loading or different managem...
Receiving water quality simulation in highly urbanised areas requires the integration of several pro...
In densely populated areas, surface waters are affected by many sources of pollution. Besides classi...
The quantification of uncertainty in integrated urban drainage water quality models is of paramount ...
The adoption of increasingly restrictive water quality standards is directed to maintain natural eco...
This paper addresses very important issues of uncertainty in water quality modeling. However, the is...