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DTSTART;TZID=Europe/London:20260204T120000
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SUMMARY:FWR Panel discussion: Microplastic pollution in the water environment
DESCRIPTION:Join us for our upcoming event that will bring together experts to explore the growing issue of microplastics in our aquatic and marine environments\, and the implications for sustainable wastewater management. The event will feature lightning presentations from experts\, exploring topics including the scale of microplastic pollution in our watercourses\, key sources of microplastics\, and the ecotoxicological effects of microplastics in aquatic environments. \nThe presentations will be followed by a facilitated panel discussion\, giving attendees an opportunity to pose their own questions. \nPresentations include: \n\nMicroplastics: sources\, effects and solutions\nThe ecotoxicity of microplastics\nFrom clear waters to plastic soup? Microplastic pollution in chalk rivers\n\nThis event has been organised by the FWR’s Sustainable Wastewater Management Technical Panel. It is free and open to all. \nOur speakers\nDr Winnie Courtene-Jones \nWinnie is a Lecturer in Marine Pollution at Bangor University. She is a marine environmental scientist with over a decade researching the sources\, environmental prevalence\, effects\, and solutions to (micro)plastic pollution. \nShe has studied (micro)plastic pollution in a variety of terrestrial and marine environments\, from agricultural soils and coastline to some of the most remote parts of our planet\, including the deep sea and oceanic gyres. She has led research into the global land-sea releases and movement of plastics (‘eXXpedition Round the World)\, and the environmental degradation and impacts of biodegradable and bio-based plastics across terrestrial and marine environments (NERC-funded “Bio-Plastic-Risk” project). Her interdisciplinary work has furthered understanding of the risks of plastic pollution in a changing world and informs effective solutions. \nSince 2021\, Winnie has been supporting the development of the UN Global Plastics Treaty – a legally binding instrument to address plastic pollution. She has attended the Intergovernmental Negotiating Committee sessions and is a core member of the Scientists’ Coalition for an Effective Plastics Treaty\, co-leading working groups on ‘Microplastics’\, ‘Alternative & substitute Plastics’\, and ‘Plastic Product Design’. \nDr Corina Ciocan \nA Marine Biologist\, Corina’s expertise is in functional ecotoxicology\, focusing on biological responses of marine organisms to environmental stressors. Corina is Principal Lecturer at the University of Brighton. Prior to working at the University of Brighton\, UK\, Corina was a full-time Research Fellow at the University of Sussex\, UK after starting as a Research Assistant for the Romanian National Marine Institute. She was involved in a wide range of international research programmes (International Mussel Watch\, EU Interreg Channel)\, investigating the detoxification mechanisms in marine invertebrates\, DNA damage and impairment of reproduction mechanisms. Recently\, Corina has developed a strong interest in the marine microplastics pollution and the potential input from boating activities. \nCorina has published her research in high impact scientific journals\, written book chapters and has appeared in TV and radio programs centred around her research into the contamination of the aquatic environment. Corina teaches Marine Biology at the University of Brighton UK and she brings a lot of her personal experience into the class room\, encouraging students to participate in laboratory research and coastal surveys. In her spare time\, Corina enjoys travelling\, swimming\, reading and walking her dog\, Lulu. \nDr Alice Horton \nAlice is a UKRI Future Leaders Fellow and Senior Research Fellow at the Marine Biological Association. Her expertise lies in microplastic pollution in aquatic ecosystems. Her current research focusses on how microplastics will interact with wider environmental stressors (multistressors; including chemical contamination and climate change) to affect marine ecosystems\, now and into the future. \nShe began her research on microplastics in 2014 at the UK Centre for Ecology and Hydrology where she studied abundance and ecotoxicity of microplastics in freshwater and terrestrial systems. After gaining her PhD from Leiden University (Netherlands)\, she moved to the National Oceanography Centre to investigate the flows of microplastics from rivers to the sea\, and their interactions with estuarine and marine organisms. She started her fellowship at the MBA in 2025. \nHeader image credit: © boophuket | Adobe Stock
URL:https://fwr.org/event/fwr-panel-discussion-microplastic-pollution-in-the-water-environment/
LOCATION:Online Event
CATEGORIES:FWR Webinar
ATTACH;FMTTYPE=image/jpeg:https://fwr.org/wp-content/uploads/2025/12/Plastic-and-litter-pollution-on-a-beach-mixed-with-driftwood-and-natural-waste-©-boophuket-via-Adobe-Stock-scaled.jpeg
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DTSTART;TZID=Europe/London:20260507T143000
DTEND;TZID=Europe/London:20260507T151500
DTSTAMP:20260414T133744Z
CREATED:20260414T133744Z
LAST-MODIFIED:20260414T133744Z
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SUMMARY:Delivering rainwater management as part of the Integrated Water Management Plan in Greater Manchester
DESCRIPTION:This Foundation for Water Research (FWR) webinar will provide an overview of United Utilities’ approach to rainwater management. It will include the drivers for taking a different approach to how rainwater is captured and managed where it falls\, with the aim of replumbing the North West of England. The webinar will cover what this looks like in real terms\, with reference to different ways projects are being developed and delivered to ensure an integrated approach \nThe speaker will also introduce a related case study\, of a schools project being delivered as part of Project FLOW. \nOur speaker\nJohnny Phillips is a Business Development Manager for Rainwater Management at United Utilities. He developed the company’s Rainwater Management strategy\, successfully enablin the Advanced WINEP and Climate Resilience programmes – valued at £300m. He now leads planning and partnerships to identify\, collaborate and deliver its ambitions to transform how rainwater is managed. \nHeader image credit: © Maksim via Adobe Stock
URL:https://fwr.org/event/delivering-rainwater-management-as-part-of-the-integrated-water-management-plan-in-greater-manchester/
LOCATION:Online Event
CATEGORIES:FWR Webinar
ATTACH;FMTTYPE=image/jpeg:https://fwr.org/wp-content/uploads/2026/04/Sun-breaking-through-grey-clouds-over-the-sea-©-Maksim-Adobe-stock.jpg
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DTSTART;TZID=Europe/London:20260720T123000
DTEND;TZID=Europe/London:20260720T131500
DTSTAMP:20260611T140306Z
CREATED:20260611T135748Z
LAST-MODIFIED:20260611T140306Z
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SUMMARY:Recharge and Soil Moisture Dynamics: Improving Groundwater Models and Geohazard Assessment
DESCRIPTION:Groundwater is a critical water resource in the UK and globally. Its effective management and protection depend on robust hydrogeological judgement supported by scientific calculations that quantify the water budget and simulate groundwater flow. Recharge is the primary driver of hydrological models and a parameter that must be defined at the very start of any modelling exercise. \nRecharge estimation methods vary widely and are influenced by climate\, land cover\, soil properties\, and soil saturation conditions. Limited data availability and the difficulty of validating recharge estimates remain major challenges. Global data sources are key if national data are not available and the estimated recharge and soil moisture datasets unlock opportunities not only for groundwater resource assessment but also for tackling geohazard-related problems. \nThis Foundation for Water Research (FWR) webinar will explore the methods used to calculate recharge and the conceptual frameworks that underpin them. It will also highlight possible approaches for validating recharge estimates\, for example the applications of geophysical and soil moisture monitoring techniques. We will demonstrate how recharge and soil moisture information can inform groundwater resource management and support geohazard investigations using case studies from the UK and India. \nThis session offers a valuable opportunity to deepen your understanding of recharge estimation approaches used in hydrological modelling\, their limitations\, and the directions in which the field is evolving. \nThis FWR webinar is free and open to all. \nOur speaker\nDr Majdi Mansour\nGroundwater Modeller at the British Geological Survey \nDr Majdi Mansour is a civil engineer with 23 years of experience in groundwater modelling and hydrogeological research. His work focuses on developing and applying numerical methods to assess groundwater resources under changing climate conditions. He has authored several hydrological modelling tools used nationally and locally\, including ZOODRM\, the distributed recharge model for estimating recharge across the British mainland. Dr Mansour contributes to projects examining the role of soil moisture and groundwater in geohazards\, supporting the BGS clay swell-shrink GeoClimate product and other research on landslides and coastal erosion. His expertise in modelling\, recharge estimation and soil moisture dynamics underpins improved groundwater and geohazard management. \n  \nHeader image credit: © rohawk via Adobe Stock
URL:https://fwr.org/event/groundwater-recharge-soil-moisture-webinar/
LOCATION:Online Event
CATEGORIES:FWR Webinar
ATTACH;FMTTYPE=image/jpeg:https://fwr.org/wp-content/uploads/2026/06/Environmental-scientists-collecting-soil-samples-out-in-the-field-©-rohawk-via-Adobe-Stock-scaled.jpeg
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