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In recent years, increasing attention has been paid to water quality and environmental aspects related to sediment transport, driven by both ambient forcing and human activities. Estuarine, coastal, and harbor areas often undergo operations to nourish beaches, to maintain navigation channels, and to remove contaminated sediment. Hence, much research is needed related to the sediment processes, transport, and related environmental aspects of marine sediments. The aim of this Special Issue is to exhibit novel research results in this field. Particular attention is paid to water quality and environmental aspects relating to sediment transport driven by anthropogenic activities and natural phenomena: spillover due to tidal processes, metals mobility, coastal modifications driven by extreme events and mean wave climate, sediments re-suspension and dispersion related to marine sediment handling.
Research & information: general --- coastal zone --- storm deformations --- underwater bar --- XBeach --- wave transformation --- cross-shore sediment transport --- equilibrium profile --- dredging and disposal --- environmental effects --- mathematical modeling and monitoring --- sediment dispersion --- sediment handling --- coastal boulder deposit --- hurricane storm surge --- hydrodynamic equations --- Gulf of California (Mexico) --- coastal lagoon --- dissolved and particulate metals --- sediments --- labile forms --- enrichment factor --- early diagenetic process --- groundwater discharges --- Yangtze estuary --- tidal flows --- sediment transport --- sediment spillover --- morphological dynamics --- high-resolution --- numerical model --- marine sediment --- contaminated sediment management --- coastal sediment transport --- harbor siltation --- dredging --- water quality --- coastal engineering --- coastal defence system --- mathematical modelling --- engineering practice --- Kalgoorlie-Boulder (SE WA Goldfields SH51-09)
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In recent years, increasing attention has been paid to water quality and environmental aspects related to sediment transport, driven by both ambient forcing and human activities. Estuarine, coastal, and harbor areas often undergo operations to nourish beaches, to maintain navigation channels, and to remove contaminated sediment. Hence, much research is needed related to the sediment processes, transport, and related environmental aspects of marine sediments. The aim of this Special Issue is to exhibit novel research results in this field. Particular attention is paid to water quality and environmental aspects relating to sediment transport driven by anthropogenic activities and natural phenomena: spillover due to tidal processes, metals mobility, coastal modifications driven by extreme events and mean wave climate, sediments re-suspension and dispersion related to marine sediment handling.
coastal zone --- storm deformations --- underwater bar --- XBeach --- wave transformation --- cross-shore sediment transport --- equilibrium profile --- dredging and disposal --- environmental effects --- mathematical modeling and monitoring --- sediment dispersion --- sediment handling --- coastal boulder deposit --- hurricane storm surge --- hydrodynamic equations --- Gulf of California (Mexico) --- coastal lagoon --- dissolved and particulate metals --- sediments --- labile forms --- enrichment factor --- early diagenetic process --- groundwater discharges --- Yangtze estuary --- tidal flows --- sediment transport --- sediment spillover --- morphological dynamics --- high-resolution --- numerical model --- marine sediment --- contaminated sediment management --- coastal sediment transport --- harbor siltation --- dredging --- water quality --- coastal engineering --- coastal defence system --- mathematical modelling --- engineering practice --- Kalgoorlie-Boulder (SE WA Goldfields SH51-09)
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In recent years, increasing attention has been paid to water quality and environmental aspects related to sediment transport, driven by both ambient forcing and human activities. Estuarine, coastal, and harbor areas often undergo operations to nourish beaches, to maintain navigation channels, and to remove contaminated sediment. Hence, much research is needed related to the sediment processes, transport, and related environmental aspects of marine sediments. The aim of this Special Issue is to exhibit novel research results in this field. Particular attention is paid to water quality and environmental aspects relating to sediment transport driven by anthropogenic activities and natural phenomena: spillover due to tidal processes, metals mobility, coastal modifications driven by extreme events and mean wave climate, sediments re-suspension and dispersion related to marine sediment handling.
Research & information: general --- coastal zone --- storm deformations --- underwater bar --- XBeach --- wave transformation --- cross-shore sediment transport --- equilibrium profile --- dredging and disposal --- environmental effects --- mathematical modeling and monitoring --- sediment dispersion --- sediment handling --- coastal boulder deposit --- hurricane storm surge --- hydrodynamic equations --- Gulf of California (Mexico) --- coastal lagoon --- dissolved and particulate metals --- sediments --- labile forms --- enrichment factor --- early diagenetic process --- groundwater discharges --- Yangtze estuary --- tidal flows --- sediment transport --- sediment spillover --- morphological dynamics --- high-resolution --- numerical model --- marine sediment --- contaminated sediment management --- coastal sediment transport --- harbor siltation --- dredging --- water quality --- coastal engineering --- coastal defence system --- mathematical modelling --- engineering practice --- Kalgoorlie-Boulder (SE WA Goldfields SH51-09)
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Proceedings of the 1998 Wetlands Engineering and River Restoration Conference, held in Denver, Colorado, March 22-27, 1998. This collection contains 193 papers describing successful approaches for river restoration, wetland restoration, watershed management, and the use of constructed wetlands for water and wastewater treatment. Restoring or establishing complex ecosystems such as wetlands, riparian zones, and streams requires interdisciplinary cooperation. Engineers have long been part of interdisciplinary teams, but little information has been available to assist the development or evaluation of engineering approaches to restoration. Successful and unsuccessful case studies from Florida to Alaska and all places between are described. Potential solutions to a wide variety of ecosystem concerns in urban, suburban, and coastal environments are presented. The volume contains summaries of discussion sessions on hot-button topics related to restoration, such as Is true watershed management achievable?, Buzzwords, Do ecologists and engineers have differing views on restoration?, and many others.
River engineering --- Stream restoration --- Wetland restoration --- Watershed management --- Constructed wetlands
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Proceedings of the 2004 World Water and Environmental Resources Congress, held in Salt Lake City, Utah, June 27-July 1, 2004. Sponsored by the Environmental and Water Resources Institute of ASCE. This collection contains 493 papers that critically examine past goals and practices and provide fresh concepts and models to help engineers build on past accomplishments while providing insight on how to avoid or mitigate past water resources and environmental mistakes. Almost every significant topic important to water resources and environmental engineering professionals is covered. Additionally, papers from six specialty symposia sharply focus on specific, concentrated areas of interest: arid lands; best management practices (BMP) technology; groundwater issues; international water resources issues; river restoration and urban streams; and the 6th Annual Symposium on Water Distribution Systems Analysis. The depth and variety of subjects contained in this collection make it a vital resource for professionals, practitioners, researchers and anyone else involved with water and environmental resources.
Water quality management --- Ecological engineering --- Environmental engineering --- Civil & Environmental Engineering --- Engineering & Applied Sciences --- Environmental Engineering --- Water resources --- Water management --- Salt water --- Resource management --- Urban areas --- Water supply systems --- Ecological restoration --- Urban and regional development --- Utah --- United States
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