Computer Modelling in the Environmental Sciences

Fram - the Fine Resolution Antarctic Model, D.J.Webb; oceanographic forecast models, R.Flather, et al; the importance of algorithm design and data structure in implementing 3D hydrodynamic models on parallel-vector computers, A.M.Davies and R.B.Grzonka; spill model for the protection of the Forth estuary, A.M.Riddle; particle tracking models for pollutant dispersion, C.M.Allen; physically-based modelling of catchment hydrology - a likelihood approach to reducing predictive uncertainty, A.M.Binley and K.J.Beven; catchment-scale rainfall-runoff event modelling and dynamic hydrograph separation using time series analysis techniques, A.J.Jakeman, et al; simulation of catchment runoff by conceptual model, C.Eeles; using a single column version of a GCM to explore the sensitivity to different land surface descriptions, A.J.Dolman; modelling seismic wave propagation in a cracked crust, S.Crampin; computer modelling of the geometry of outcrop sandstone, M.C.Spearing and G.P.Matthews; using transputers for gravity and magnetic modelling in three dimensions, P.A.V.Young, et al; the rheological strength of the lithosphere following extensional and compressional tectonics, S.S.Egan; ultra-low frequency variability in an atmospheric circulation model, I.N.James and P.M.James; towards an improved person-machine interface in atmospheric modelling, S.P.Cooper and W.A.Norton; fast models on small computers of turbulent flows in the environment for non-expert users, D.J.Carruthers, et al; massively parallel computers and their applications to numerical weather prediction, S.F.B.Tett; the application of the ICL DAP to finite element meteorological modelling, G.Carver; tracer transport model for the study of sources and sinks of trace gases important to climatic change, J.A.Taylor; modelling the behaviour of radioactive tracers in the environment - three case studies, E.M.Scott, et al; Lagrangian modelling of an atmospheric convective plume and an analysis of the comparative advantages of Lagrangian and Eulerian methods, A.Gadian; modelling global atmospheric chemistry with the FACSIMILE/CHEKMAT package, A.R.Curtis, et al; modelling dry deposition of sulphur dioxide in Britain, J.N.Cape, et al; from free-hand curves to chaos - computer modelling in ecology, J.N.R.Jeffers; ecological modelling on personal computers, P.J.Radford; use of an inductive modelling procedure based on Bayes Theorem for analysis of pattern in spatial data, R.Aspinall; computer modelling of water quality in coastal and inland ecosystems, D.E.Reeve, et al; growth of a sand wave, S.J.Wakes, et al; SLOPES - the shoreline and orthogonal process emulation system, J.Hardisty.