Environmental Software Systems

Part I: Enviromatics Introduction. Enviromatics: Environmental Information and Environmental Decision Support; R. Denzer. Part II: Environmental Issues. Will `environmental' be replaced by `extrasensory'?L. Morawska. Some Current Issues in Using Diffuse Large Datasets for Environmental Modelling in New Zealand; G. Mc Bride, et al. Part III: Environmental Information Systems Tools and Techniques. Self-Organising Maps for the Classification and Diagnosis of River Quality from Biological and Environmental Data; W. Walley, et al. Case Libraries and Information Theoretic Case Matching for Soil and Water Resources Management; S. Dorner, et al. A Distributed Architecture for Environmental Information Systems; M. Purvis, et al. Predicting Patterns in Spatial Ecology Using Neural Networks: Modelling Colonisation of New Zealand Fur Seals; C. Bradshaw, et al. Patterns of Use of Computer Support for Environmental Accreditation in Rural New Zealand; S. Mann, et al. B-Spline Surface Modelling with Adaptive de Boor Grids in Hydroinformatics; C. Lichy, et al. What Would a Reusable Meteorology Component for Environmental Models Look Like? C. Maul. The Use of UML for Model Design and Scientific Software Development; C. Maul. Part IV: Environmental Information Systems Implementations. Integration of Remote Data Into Water Resources Simulation Software: Now or Never? R. Argent. An EIS Called WuNDa; R. Güttler, et al. A Computer-Based Emission Inventory; G. Schimak, et al. Soil Quality Indicators on 5he World Wide Web; L. Lilburne, et al. BUBI: An interactive Water Utility Benchmarking Website; A. Jolma, et al. Teaching EIS Development - The EU Canada Curriculum on Environmental Informatics; D.Swayne, et al. Broad-Scale Land Condition Monitoring using Landsat TM and DEM-Derived Data; F. Evans, et al. Part V: Environmental Decision Support Systems. WWW Technology based Hydrological Information and Decision Support System; V. Keskisarja, et al. Lessons from an Environmental