Tag List: water demand


Full paper: Anderson, Ben, Manouseli, Despoina and Nagarajan, Magesh (2018) Estimating scenarios for domestic water demand under drought conditions in England and Wales Water Science & Technology: Water Supply (Open Access (CC BY 4.0): doi:10.2166/ws.2018.035) Abstract: This paper presents preliminary results from the development of IMPETUS model, a domestic water demand microsimulation model which was […]

Posted on 13th February, 2018
Category : Data and Modelling : News

Full paper: Manouseli, D., Anderson, B. & Nagarajan, M. (2017) Domestic Water Demand During Droughts in Temperate Climates: Synthesising Evidence for an Integrated Framework, Water Resource Management. (Open Access) Abstract: Extreme weather events and variations that alter drought and flood frequency add to these pressures and there is therefore a need to develop evidence-based drought […]

Posted on 6th October, 2017
Category : Data and Modelling : News

The 9th biennial Specialist Conference on “Efficient Use and Management of Water” is held every two years in a different location around the world, has been the flagship water efficiency conference for the International Water Association (IWA). Efficient2017 was an opportunity for water efficiency professionals from all over the world to meet each other, network, […]

Posted on 24th July, 2017
Category : Data and Modelling : News

Dr Ben Anderson and Dr Magesh Nagarajan have presented preliminary results from the IMPETUS project at the 2016 European meeting of the International Microsimulation Association.  The paper described their approach to modeling domestic water demand in England using a synthetic 1000 household dataset and demonstrated the results of an Agent Based Model to project water […]

Posted on 22nd September, 2016
Category : Data and Modelling : News

SERG has secured funding to model domestic water demand under drought scenarios as part of the new NERC funded ‘IMPETUS‘ project. The project, to be lead by the University of Reading will start in June 2014 and run for 3 years. It is aiming to combine meteorological and hydrological models to produce drought ‘forecasts’ for […]

Posted on 20th March, 2014