Publication | Closed Access
Modelling spatially and temporally distributed phenomena: new methods and tools for GRASS GIS
157
Citations
19
References
1995
Year
EngineeringGeomorphologyLand UseDynamic VisualizationGeocomputationQuantitative GeomorphologySpatial ModelingEarth ScienceGeographic Information SystemsEcological SimulationNew MethodsGrass GisPublic HealthSpatial ScienceGeographyOpen SystemSpatial Information SystemLandscape Evolution ModelHydrologyQuantitative Spatial ModelDistributed PhenomenaFavourable EnvironmentSpatio-temporal ModelSpatial Statistics
Abstract The concept of GRASS (Geographic Resources Analysis Support System) as an open system has created a favourable environment for integration of process based modelling and GIS. To support this integration a new generation of tools is being developed in the following areas: (a) interpolation from multidimensional scattered point data, (b) analysis of surfaces and hypersurfaces, (c) modelling of spatial processes and, (d) 3D dynamic visualization. Examples of two applications are given-spatial and temporal modelling of erosion and deposition, and multivariate interpolation and visualization of nitrogen concentrations in the Chesapeake Bay.
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