FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2904875692> ?p ?o ?g. }

• W2904875692 endingPage "323" @default.
• W2904875692 startingPage "312" @default.
• W2904875692 abstract "We test an innovative approach to beneficially re-use dredged sediment to enhance salt marsh development. A Mud Motor is a dredged sediment disposal in the form of a semi-continuous source of mud in a shallow tidal channel allowing natural processes to disperse the sediment to nearby mudflats and salt marshes. We describe the various steps in the design of a Mud Motor pilot: numerical simulations with a sediment transport model to explore suitable disposal locations, a tracer experiment to measure the transport fate of disposed mud, assessment of the legal requirements, and detailing the planning and technical feasibility. An extensive monitoring and research programme was designed to measure sediment transport rates and the response of intertidal mudflats and salt marshes to an increased sediment load. Measurements include the sediment transport in the tidal channel and on the shallow mudflats, the vertical accretion of intertidal mudflats and salt marsh, and the salt marsh vegetation cover and composition. In the Mud Motor pilot a total of 470,516 m3 of fine grained sediment (D50 of ∼10 μm) was disposed over two winter seasons, with an average of 22 sediment disposals per week of operation. Ship-based measurements revealed a periodic vertical salinity stratification that is inverted compared to a classical estuary and that is working against the asymmetric flood-dominated transport direction. Field measurements on the intertidal mudflats showed that the functioning of the Mud Motor, i.e. the successful increased mud transport toward the salt marsh, is significantly dependent on wind and wave forcing. Accretion measurements showed relatively large changes in surface elevation due to deposition and erosion of layers of watery mud with a thickness of up to 10 cm on a time scale of days. The measurements indicate notably higher sediment dynamics during periods of Mud Motor disposal. The salt marsh demonstrated significant vertical accretion though this has not yet led to horizontal expansion because there was more hydrodynamic stress than foreseen. In carrying out the pilot we learned that the feasibility of a Mud Motor depends on an assessment of additional travel time for the dredger, the effectiveness on salt marsh growth, reduced dredging volumes in a port, and many other practical issues. Our improved understanding on the transport processes in the channel and on the mudflats and salt marsh yields design lessons and guiding principles for future applications of sediment management in salt marsh development that include a Mud Motor approach." @default.
• W2904875692 created "2018-12-22" @default.
• W2904875692 creator A5004999585 @default.
• W2904875692 creator A5006816886 @default.
• W2904875692 creator A5008299791 @default.
• W2904875692 creator A5014426075 @default.
• W2904875692 creator A5017804156 @default.
• W2904875692 creator A5019188432 @default.
• W2904875692 creator A5029221285 @default.
• W2904875692 creator A5031791008 @default.
• W2904875692 creator A5036997750 @default.
• W2904875692 creator A5046330447 @default.
• W2904875692 creator A5056904683 @default.
• W2904875692 creator A5063830696 @default.
• W2904875692 creator A5065552762 @default.
• W2904875692 creator A5065676384 @default.
• W2904875692 creator A5072179279 @default.
• W2904875692 creator A5081861707 @default.
• W2904875692 creator A5082479444 @default.
• W2904875692 creator A5091383996 @default.
• W2904875692 date "2019-02-01" @default.
• W2904875692 modified "2023-10-12" @default.
• W2904875692 title "Beneficial use of dredged sediment to enhance salt marsh development by applying a ‘Mud Motor’" @default.
• W2904875692 cites W1487646070 @default.
• W2904875692 cites W1532387145 @default.
• W2904875692 cites W1977835641 @default.
• W2904875692 cites W1982844602 @default.
• W2904875692 cites W1985373809 @default.
• W2904875692 cites W1986398367 @default.
• W2904875692 cites W1987838987 @default.
• W2904875692 cites W1991922243 @default.
• W2904875692 cites W2001484715 @default.
• W2904875692 cites W2005522507 @default.
• W2904875692 cites W2008336504 @default.
• W2904875692 cites W2026252750 @default.
• W2904875692 cites W2027652188 @default.
• W2904875692 cites W2048713900 @default.
• W2904875692 cites W2071683738 @default.
• W2904875692 cites W2073009068 @default.
• W2904875692 cites W2073145982 @default.
• W2904875692 cites W2079100670 @default.
• W2904875692 cites W2080273026 @default.
• W2904875692 cites W2088774224 @default.
• W2904875692 cites W2111028326 @default.
• W2904875692 cites W2117082147 @default.
• W2904875692 cites W2127108713 @default.
• W2904875692 cites W2153312022 @default.
• W2904875692 cites W2153446080 @default.
• W2904875692 cites W2166239839 @default.
• W2904875692 cites W2174372864 @default.
• W2904875692 cites W2333960145 @default.
• W2904875692 cites W2507636863 @default.
• W2904875692 cites W2735748980 @default.
• W2904875692 cites W2762248603 @default.
• W2904875692 cites W2766446331 @default.
• W2904875692 cites W2787459737 @default.
• W2904875692 cites W2890906011 @default.
• W2904875692 cites W395551484 @default.
• W2904875692 doi "https://doi.org/10.1016/j.ecoleng.2018.11.019" @default.
• W2904875692 hasPublicationYear "2019" @default.
• W2904875692 type Work @default.
• W2904875692 sameAs 2904875692 @default.
• W2904875692 citedByCount "50" @default.
• W2904875692 countsByYear W29048756922019 @default.
• W2904875692 countsByYear W29048756922020 @default.
• W2904875692 countsByYear W29048756922021 @default.
• W2904875692 countsByYear W29048756922022 @default.
• W2904875692 countsByYear W29048756922023 @default.
• W2904875692 crossrefType "journal-article" @default.
• W2904875692 hasAuthorship W2904875692A5004999585 @default.
• W2904875692 hasAuthorship W2904875692A5006816886 @default.
• W2904875692 hasAuthorship W2904875692A5008299791 @default.
• W2904875692 hasAuthorship W2904875692A5014426075 @default.
• W2904875692 hasAuthorship W2904875692A5017804156 @default.
• W2904875692 hasAuthorship W2904875692A5019188432 @default.
• W2904875692 hasAuthorship W2904875692A5029221285 @default.
• W2904875692 hasAuthorship W2904875692A5031791008 @default.
• W2904875692 hasAuthorship W2904875692A5036997750 @default.
• W2904875692 hasAuthorship W2904875692A5046330447 @default.
• W2904875692 hasAuthorship W2904875692A5056904683 @default.
• W2904875692 hasAuthorship W2904875692A5063830696 @default.
• W2904875692 hasAuthorship W2904875692A5065552762 @default.
• W2904875692 hasAuthorship W2904875692A5065676384 @default.
• W2904875692 hasAuthorship W2904875692A5072179279 @default.
• W2904875692 hasAuthorship W2904875692A5081861707 @default.
• W2904875692 hasAuthorship W2904875692A5082479444 @default.
• W2904875692 hasAuthorship W2904875692A5091383996 @default.
• W2904875692 hasBestOaLocation W29048756921 @default.
• W2904875692 hasConcept C111368507 @default.
• W2904875692 hasConcept C114793014 @default.
• W2904875692 hasConcept C127313418 @default.
• W2904875692 hasConcept C18903297 @default.
• W2904875692 hasConcept C2781279111 @default.
• W2904875692 hasConcept C2816523 @default.
• W2904875692 hasConcept C39432304 @default.
• W2904875692 hasConcept C67268981 @default.
• W2904875692 hasConcept C67715294 @default.
• W2904875692 hasConcept C86803240 @default.

• next