Computer modelling in the environmental sciences : based on the proceedings of a conference organized by the Natural Environment Research Council in association with the Environmental Mathematics Group of the Institute of Mathematics and its Applications and held at the British Geological Survey headquarters at Keyworth in April 1990
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書誌事項
Computer modelling in the environmental sciences : based on the proceedings of a conference organized by the Natural Environment Research Council in association with the Environmental Mathematics Group of the Institute of Mathematics and its Applications and held at the British Geological Survey headquarters at Keyworth in April 1990
（The Institute of Mathematics and its Applications conference series, New ser.,
Clarendon Press , Oxford University Press, 1991
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Computer modeling in the environmental sciences
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注記
Papers from the Conference on Computer Modelling in the Environmental Sciences
Includes references and index
内容説明・目次
内容説明
In all branches of the environmental sciences there is a discernable trend towards attempting to model natural systmes and predict their behaviour, rather than passive observation. Advancing scientific knowledge has made the design of models feasible, while developments in computer technology have made their implementation practicable. This book provides a cross-section of current practices in computer modelling spanning the environmental sciences. Many of the topics are relevant to matters of topical public concern - global atmospheric effects and world climate; oceanographic phenomena and coastal flooding; pollution dispersal and acid rain; etc. The scale ranges from models placing heavy demands on advanced supercomputers, to more modest developments on personal computers.
目次
- 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.
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