Handbook of Research on Hydroinformatics: Technologies, Theories and Applications: Technologies, Theories and ApplicationsGasmelseid, Tagelsir Mohamed Researchers and decision makers who study natural resources and, in particular, water resource management, have acknowledged the significant role of hydroinformatics. The Handbook of Research on Hydroinformatics: Technologies, Theories and Applications describes how hydroinformatics applications, tools and decision aids are manifested and can be integrated and enhanced in organizations, while presenting hydroinformatics as a function of both human and technological interactions. This book provides the latest research on the use of hydroinformatics to establish sustained linkages between the water system and other related systems. |
Contents
1 | |
Integrated WatershedManagement for SustainableDevelopment | 22 |
Collaborative StakeholderDriven Resource Modelingand Management | 36 |
Building Capacity for BetterWater Decision Makingthrough InternetBasedDecision Support Systems | 54 |
A Historical Perspective | 81 |
An Approach toward anIntegrated Management of theMara River Basin in Tanzania | 124 |
Building Sudan WaterKnowledge Sharing Basedon Global Technology | 140 |
Evolutionary Bayesian BeliefNetworks for ParticipatoryWater Resources Managementunder Uncertainty | 156 |
Review of Some RecentApplied Methodologies | 332 |
Use of Sediments Water inEnvironmental Monitoring | 346 |
Principal Component Analysisof Hydrological Data | 364 |
A System InnovationOrientedIntegration of ManagementInformation Systems inUrban Water Management | 389 |
Trends and Impacts to Fish Stocks | 406 |
Determination of RetentionEfficiency of Kimondi Wetlandin North Nandi District in Kenya | 419 |
Application of Remote SensingTechnologies and GeographicalInformation Systems inMonitoring EnvironmentalDegradation in the LakeVictoria W... | 431 |
Using Geographic InformationSystem to Infollow theFertilizers Pollution Migration | 456 |
Envisioning the Paradigm ofService Oriented HydrologyIntelligence SOHI | 172 |
Progress and Challenges | 199 |
On the Relation betweenHydrological Forecasts andWater Resources Management | 229 |
Integrated Flood RiskAnalysis for Assessing FloodProtection Strategies | 244 |
River Basin Managementwith a Special Focus onManagement of Flood Events | 264 |
An Integrated MethodologicalFramework for Developing DecisionSupport Systems DSSs | 286 |
FlowBased StructuralModelling and DynamicSimulation of Lake Water Levels | 316 |
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Handbook of Research on Hydroinformatics: Technologies, Theories and ... Tagelsir Mohamed Gasmelseid No preview available - 2011 |
Common terms and phrases
agricultural analysis application approach assessment associated basin capacity chapter climate communities complex components considered countries decision discharge distribution dynamics economic effective Engineering environment environmental estimation et al Figure flood flow forecasting framework function Global hydroinformatics hydrological impact implementation important improve increase institutional integrated International involved issues Journal knowledge Lake land means measures ment method monitoring natural Nile objectives operation optimization organic parameters planning pollution population practices prediction presented problems projects rainfall region Report Research resources management risk river samples scale Science sediment simulation social soil solutions sources spatial stakeholders strategies structure Sudan surface sustainable Table technologies tion University urban users values variables various water management water quality water resources watershed wetland