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2019
DOI: 10.1007/s12237-019-00635-w
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Shoreline Retraction and the Opening of a New Inlet: Implications on Estuarine Processes

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Cited by 9 publications
(3 citation statements)
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References 32 publications
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“…Morphological changes at the entrance of coastal water bodies have several environmental implications, such as propagation of tides that generate co-oscillations in the estuaries, controlling variations of estuarine water volume, mixing, and water renewal rate (Dyer, 1997). Changes in inlet morphology also cause changes in estuarine processes (Aldridge, 1997;Friedrichs and Aubrey, 1988;Hinrichs et al, 2018;Siegle et al, 2019) with an essential role of tidal asymmetry in the residual sediment transport and morphological evolution of estuaries (Dronkers, 1986). The resilience of estuaries is also dependent on the residence time of water within the system (Wolanski et al, 2004), which is expected to change with morphological changes at its inlets.…”
Section: Discussionmentioning
confidence: 99%
“…Morphological changes at the entrance of coastal water bodies have several environmental implications, such as propagation of tides that generate co-oscillations in the estuaries, controlling variations of estuarine water volume, mixing, and water renewal rate (Dyer, 1997). Changes in inlet morphology also cause changes in estuarine processes (Aldridge, 1997;Friedrichs and Aubrey, 1988;Hinrichs et al, 2018;Siegle et al, 2019) with an essential role of tidal asymmetry in the residual sediment transport and morphological evolution of estuaries (Dronkers, 1986). The resilience of estuaries is also dependent on the residence time of water within the system (Wolanski et al, 2004), which is expected to change with morphological changes at its inlets.…”
Section: Discussionmentioning
confidence: 99%
“…Esse modelo já foi aplicado com sucesso em vários estudos cujos domínios são estuários e região costeira (e.g. Des et al, 2019;Sandbach et al, 2018;Siegle et al, 2019;Tu et al, 2019). A possibilidade de utilização de uma grade curvilínea e a capacidade do modelo em resolver equações de conservação de escalares torna esse modelo ideal para a aplicação no estuário do rio São Francisco.…”
Section: Modelo Numéricounclassified
“…Apesar disso, são poucos os estudos que abordam tais aspectos, com a maior parte dos trabalhos disponíveis abordando aspectos relacionados a aberturas de novas conexões entre estuários e o oceano (e.g. WOLANSKI et al, 2004;FILGUEIRA et al, 2013;SIEGLE et al, 2019;ITALIANI et al, 2020). Diferentemente desses trabalhos, no caso do presente estudo, é a abertura de um canal interno que é avaliada, resultando em maior aporte de água doce para o sistema.…”
Section: Na Ausência Dounclassified