Understanding nutrient connectivity at the landscape scale: The use of the SCIMAP approach in the UK and Ireland.
Dave Milledge (1,2), Stuart Lane (1,2), Louise Heathwaite (3), Sim Reaney (1,2) The hydrological and biogeochemical processes that operate in catchments influence the ecological quality of freshwater systems through delivery of fine sediment, solutes and organic matter. Most models that seek to characterise the delivery of diffuse pollutants from land to water are reductionist. The [...]
Dave Milledge (1,2), Stuart Lane (1,2), Sim Reaney (1,2), and Louise Heathwaite (3) The concept of connectivity is increasingly being applied in hydrology as researchers attempt to move beyond the traditional partial or variable source area models for runoff generation and consequent material transport to recognize that the flux of water and the materials it [...]
H51D-0936 Poster Inverse modelling of diffuse pollution risks in agricultural catchments Milledge, D, Lane, S N, Heathwaite, L and Reaney, S Watershed scale processes can influence instream aquatic ecosystems, through delivery of fine sediment, solutes and organic matter. Certain areas in a watershed are critical sources, where the ability both to entrain material and to [...]
Reaney, S. M., Lane S. N. and Heathwaite A. L. 2009: Simulating the Spatial Distribution of Hydrological Connectivity Under Possible Future Climates – Impacts on River Flow Dynamics and Non-Point Source Pollution; Oral Presentation at American Geophysical Union Fall Meeting, San Francisco, USA Milledge, D.; Heathwaite, L.; Lane, S. N.; Reaney, S. M. 2009: SCIMAP: [...]

