Pearson C. J., Reaney S. M.,Perks M. T.,Hortobagyi B., Rosser N. J. and Large A. R. G. 2022: Identification of floodwater source areas in Nepal using SCIMAP-Flood, Journal of Flood Risk Management e12840 https://doi.org/10.1111/jfr3.12840 Practical… Journal Paper: Identification of floodwater source areas in Nepal using SCIMAP-Flood
Reaney, Sim M. (2022) ‘Spatial targeting of nature‐based solutions for flood risk management within river catchments. Journal of Flood Risk Management e12803 A wide range of nature-based solutions for flood hazard management work by storing… Journal paper on SCIMAP-Flood
Published in Irish EPA Technical Reports, 2021 Recommended citation: Thomas I., Bruen M., Mockler E., Werner C., Mellander P., Reaney S., Rymszewicz A., McGrath G., Eder E., Wade A., Collins A. and Arheimer B. 2021: “Catchment… Catchment Models and Management Tools for Diffuse Contaminants (Sediment, Phosphorus and Pesticides): DiffuseTools Project
The EdenDTC project was about the management of diffuse water pollution from agriculture (DWPA) within the upland mixed grassland farming system. This video discusses the three key learning points about the spatial patterns of diffuse… Spatial patterns and diffuse pollution management from the EdenDTC project
Reaney, S.M., Mackay, E.B., Haygarth, P.M., Fisher, M., Molineux, A., Potts, M. & Benskin, C. McW.H. Identifying critical source areas using multiple methods for effective diffuse pollution mitigation. Journal of Environmental Management. 2019;250:109366 “Diffuse pollution… Identifying critical source areas using multiple methods for effective diffuse pollution mitigation
Date: April 09, 2019 Callum Pearson, Sim M. Reaney, Nick J. Rosser, Andrew R.G. Large, Matthew T. Perks, and Borbála Hortobágyi Practical approaches for managing flood hazards are moving from mitigation solely at the point of… Catchment scale flood management using SCIMAP-Flood: Spatial targeting of flood hazard reduction measures in the East Rapti catchment, Nepal
Date: April 09, 2019, EGU Meeting in Vienna. Sim Reaney, Eleanor Mackay, Phil Haygarth, and Claire Benskin Diffuse pollution from agriculture constitutes a key pressure on the water quality of freshwaters and is frequently the cause… The identification of sediment and connectivity patterns to map critical source areas across scales for effective mitigation of diffuse sediment pollution
Abstract: Microbial contamination of watercourses can threaten ecosystem services related to clean water; for example, recreational bathing, shellfish harvesting and potable water supplies. This is because pathogens associated with faeces from warm blooded animals can… Risk-based modelling of faecal indicator organism export from agricultural landscapes, PhD Thesis by Kenneth Porter
Date: March 01, 2018 ConnectEUR workshop in Palermo, Italy. The understanding of hydrological connectivity is often broken down into two distinct types: functional and structural (see Bracken et al 2013). Functional connectivity refers to the dynamic… Modelling and using structural and functional connectivity
Porter K. D.H.. Reaney S. M.. Quilliam R. S., Burgess C. and Oliver D. M. 2017: Predicting diffuse microbial pollution risk across catchments: The performance of SCIMAP and recommendations for future development; Science of The Total Environment 609, 456-465