2020
DOI: 10.1029/2019ea000958
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Deriving Tidal Structure From Satellite Image Time Series

Abstract: In shallow coastal regions, tides often control the water flux, which in turn directs sediment transport, nutrient delivery, and geochemical gradients. However, tides in shallow areas are spatially heterogeneous, making it challenging to constrain the geographic structure of tidal phase and amplitude without extensive networks of tide gauges. We present a simple remote sensing method for deriving tidal structure from satellite time series. Our method is based on two observations: (1) Tidally driven variations … Show more

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Cited by 5 publications
(2 citation statements)
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“…The discrepancy between the gauge and altimeter decreases by increasing trends. Because tide gauges actually record the sea level in situ, they are generally considered as more accurate for sea level measurements [39]. However, a drawback of tide gauge measurements is that the changes in the sea surface are recorded relative to the land.…”
Section: Tide Gauges Versus Altimetrymentioning
confidence: 99%
“…The discrepancy between the gauge and altimeter decreases by increasing trends. Because tide gauges actually record the sea level in situ, they are generally considered as more accurate for sea level measurements [39]. However, a drawback of tide gauge measurements is that the changes in the sea surface are recorded relative to the land.…”
Section: Tide Gauges Versus Altimetrymentioning
confidence: 99%
“…From the wave resource perspective, Goddijn-Murphy et al (2015), Zen et al (2020) and Guillou et al (2020) are some representative examples of work in this area. In the tidal area, there is less literature available, but Alifdini et al (2018) and Geyman and Maloof (2020) are good examples of efforts in the right direction. There is a great range of free and open satellite datasets that are relevant for ORE applications.…”
Section: Introductionmentioning
confidence: 99%