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Project Manager for Hydrology, Natural Flood Management
Huw conducts research into Natural Flood Management and to educate and promote the use of NFM as an alternative and sustainable approach to flood alleviation.
He also represents the Forestry Commission at various meetings involved in flood defence, river basin planning and land use management.
Huw’s roles include applying hydrological and 1D/2D hydraulic river models to assess the effect of NFM on flooding and the contribution of woodland to flood alleviation.
Huw is exploring field-based methods of measuring how catchment, riparian and floodplain woodland can contribute to flood risk reduction. He works alongside colleagues to deliver Forest Research’s GIS-based approach of Opportunity Mapping to identify opportunities for woodland planting and other natural flood management measures.
He has developed strong links with a number of floodplain woodland/river restoration schemes and has helped establish and advise on a number of catchment-based NFM projects in the UK.
Huw gained his first degree in Environmental Earth Science in 1999 at the University of Wales, Aberystwyth and MSc in Environmental Water Management at the University of Cranfield, Silsoe in 2000. He joined Forest Research in 2003, previously working for the Environment Agency and a private engineering consultancy firm. He now specialises in hydrology and Natural Flood Management (NFM).
Opportunity mapping has been developed to help identify these locations and promote more integrated catchment management.
Current research into the role of forestry in natural flood management
Standard, good forestry practice measures were proven to be effective in preventing containination of stream waters in a detailed study of acetamiprid runoff following the use of Gazelle SG as a pre-treatment and top-up spray in forestry undertaken at Esgair Gors in mid-Wales. Despite progress in the development of non-chemical methods for controlling the large […]
The Forest Design Plan for Whinlatter is currently under review and a new aspirations map has been produced. This includes measures such as habitat creation and proposed extensions to the mountain bike trail network. In addition to these proposals, measures to reduce the community flood risk have been considered; such as soft engineering features (leaky […]
Forest Research was commissioned by Forestry England to carry out a desk-based GIS exercise to determine the potential opportunities of implementing NFM measures in 4 forest areas in the Derwent Catchment. The study focused on the Parkwood Isel, Howgill and Messengemire, Setmurthy and Matterdale forest areas. A desk-based GIS exercise was carried out by Forest […]
Background Forests are recognised to reduce flood flows, although the issue is complex and continues to be explored. While the processes of how trees affect the generation and conveyance of flood waters are understood, there remains a lack of monitoring data to quantify effects at the catchment scale (click here to visit the WWNP evidence base webpage). […]
The 'Runoff Curve Number' rainfall-runoff model, developed by the USDA Soil Conservation Service, was applied to the catchments draining to Omagh, to assess the potential effect of woodland creation on flood flows. The 'Runoff Curve Number' method provides a potentially powerful tool for evaluating the impact of land use change and management on surface runoff, […]
The report provide results, methods and details of the source data used in a mapping project to provide GIS spatial datasets which identify priority areas for woodland creation to benefit flood risk management in Northern Ireland. Maps are also avaliable in an addtional document. The results provide a strong basis for developing and refining catchment […]
By Tom Nisbet and Huw Thomas. Final Report for Defra Project SLD2316 – a study designed to evaluate and demonstrate the contribution of floodplain woodland to flood alleviation. Related pages Forest hydrology Soil sustainability
Thomas, H., Nisbet, T. R. (2016) Slowing the flow in pickering: quantifying the effect of catchment woodland planting on flooding using the soil conservation service curve number method. International Journal of Safety and Security Engineering 6(3): 466 – 474.
Thomas, H. and Nisbet, T.R. (2012). Modelling the hydraulic impact of reintroducing large woody debris into watercourses. Journal of Flood Risk Management 5 (2): 164–174
Nisbet, T.R., Thomas, H. and Shah, N. (2011). Short Rotation Forestry and Water in McKay, H. (ed.) (2011). Short Rotation Forestry: review of growth and environmental impacts (PDF-3255K). Forest Research Monograph, 2, Forest Research, Surrey, pp13-34.
C A M E Wilson, Xavier, P, Schoneboom T, Lammeranner W, Rauch H. P, Aberle, J., Weissteiner, C., Thomas H., 2010. The Hydrodynamic Drag of Full Scale Trees. River Flow 2010
Nisbet, T.R., Roe, P., Marrington, S., Thomas, H., Broadmeadow, S., and Valatin, G. (2015). Slowing the Flow at Pickering, Final Report: Phase II. Final report for the Department of environment, food and rural affairs (Defra), Project RMP5455. Defra, London
Broadmeadow, S., Thomas, H., Shah, N and Nisbet, T.R. (2013). Opportunity mapping for woodland creation to improve water quality and reduce flood risk in the River Tay catchment – a pilot for Scotland. Final Report to FC Scotland and SEPA, 40 pp.
Broadmeadow, S., Thomas, H. and Nisbet, T.R. (2013). Yorkshire & North East England Woodland for Water Project, Phase 1: Opportunity mapping. Final Report to the Environment Agency, 56 pp.
Broadmeadow, S., Thomas, H. and Nisbet, T.R. (2012). Midlands Woodland for Water Project, Phase 1: Opportunity mapping. Final Report to the Environment Agency, 101 pp.
Nisbet, T.R., Marrington, S.. Thomas, H., Broadmeadow, S. and Valatin, G. (2011). Slowing the flow at Pickering. Final Report to Defra, 28pp.