A SEMIDISTRIBUTED INTEGRATED FLOW AND NITROGEN MODEL FOR MULTIPLE SOURCE ASSESSMENT IN CATCHMENTS (INCA) - PART II - APPLICATION TO LARGE RIVER BASINS IN SOUTH WALES AND EASTERN ENGLAND
Pg. Whitehead et al., A SEMIDISTRIBUTED INTEGRATED FLOW AND NITROGEN MODEL FOR MULTIPLE SOURCE ASSESSMENT IN CATCHMENTS (INCA) - PART II - APPLICATION TO LARGE RIVER BASINS IN SOUTH WALES AND EASTERN ENGLAND, Science of the total environment, 210(1-6), 1998, pp. 559-583
The integrated nitrogen in catchments (INCA) model is applied to two l
arge river basins, the River Tywi in south Wales and the Great Ouse in
eastern England. These two catchments have contrasting hydrogeology,
land use and climatic regimes and provide an interesting test of the I
NCA model. The model is calibrated and validated against hydrological
and chemical data for the rivers and a sensitivity analysis used to in
vestigate parametric uncertainty. The annual loads estimated by the mo
del are also compared with experimental data taken from nitrogen exper
iments around the world. Finally, scenario analysis is used to investi
gate impacts of changes in nitrogen deposition patterns and land use c
hange in upland and lowland river systems. (C) 1998 Elsevier Science B
.V.