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Innovative River Monitoring Technologies for Improved Water Management

Explore advanced river monitoring technologies improving data collection, storage, and analysis. Enhance water quantity and quality assessments in various environments. Benefits include continuous monitoring, low risk of theft, and near-real-time data retrieval for better decision-making. Contact d.m.hannah@bham.ac.uk or c.bradley@bham.ac.uk for more information.

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Innovative River Monitoring Technologies for Improved Water Management

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  1. David M. Hannah • Professor of Hydrology, University of Birmingham • Head of School, Geography, Earth & Env. Sci. • UK National Representative for International Association of Hydrological Sciences (IAHS) • Vice President IAHS-International Comm. for Surface Water • UNESCO-International Hydrology Programme (FRIEND) • Editorial boards: Hydrological Processes, Ecohydrology • >19 years experience of developing new approaches to monitor, analyse and model water-dependent system • >130 publications (>90 international journal papers) • Research cited >2,200 with h-index = 29 d.m.hannah@bham.ac.uk

  2. Chris Bradley • MA University of Cambridge, UK; MA Wilfrid Laurier University, Canada; PhD, University of Leicester, UK • Senior Lecturer, University of Birmingham • School Head of Quality Assurance • Universitas-21 Water Futures Committee • UK National Committee of British Hydrological Society (BHS) • >20 years research experience, specialising in developing integrated approaches to monitoring and modelling freshwater systems • >50 publications (including Hydrological Processes, Hydrological Sciences Journal, Journal of Hydrology, Quaternary Science Reviews, Remote Sensing of the Environment) c.bradley@bham.ac.uk

  3. Water quantity & quality: range of environments

  4. Water quality: large river systems Applications of environmental fluorescence in UK & South Africa

  5. New river monitoring technologies Telemetry technology Wireless sensor network field observation  telemetry  near-real time data retrieval  warning system old technology NEW technology

  6. Advantages of new river monitoring technologies • High reliability  secure data collection and storage • Small and discrete installation  very limited visibility  low risk of human damage/ theft • Continuous monitoring  better characterise events • Zero time-drift  synchronised network to atomic clock • Low power consumption  avoid data loss • Radio or GPRS signals not dependent on network access • Smart triggering of samplers in response to events at a site • Communication between sampling locations  trigger monitoring at other sites (e.g. to capture downstream pollution plumes) • Near-real time data display of data on PC or mobile device • Data access from any internet connection to near-real time and archived information (for unlimited users) • Near-real time local and remote alarms = phone voice message, SMS text messages, loudhailer, flashing signals or other hardware

  7. Birmingham city water quality monitoring sites

  8. Technology in action: Bournbrook, Birmingham

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