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The 54 pages that link to Storm surge, each with the reason it gives.

• Sea level riseRelated: Sea-level rise adds to storm-driven water levels during coastal extremes.

• Tropical cycloneRelated: It is often the most deadly coastal hazard from a tropical cyclone.

• BangladeshRelated: Low coastal terrain makes storm surges especially dangerous during Bay of Bengal cyclones.

• FloodRelated: A storm surge is a coastal flood driver, not the inundation category itself.

• River deltaRelated: Low delta terrain is especially exposed to storm-driven coastal flooding.

• Bay of BengalRelated: Shallow northern waters can amplify cyclone-driven surges along densely populated coasts.

• Coastal protectionRelated: Storm surge can overwhelm defenses designed for ordinary tides and waves.

• HurricanesRelated: It is often the deadliest coastal hazard produced by a hurricane.

• Coastal floodingRelated: Strong onshore winds can raise coastal water enough to flood land beyond the normal tide.

• Mean sea levelRelated: Surge heights are measured relative to a sea-level reference and combine with the mean baseline.

• CycloneRelated: Cyclone-driven surge can cause severe coastal flooding.

• Hurricane SandyRelated: Sandy’s surge drove catastrophic coastal flooding, especially around New York Harbor.

• Tide gaugeRelated: Rapid gauge observations reveal dangerous storm-driven rises at the coast.

• TyphoonRelated: Typhoon winds and low pressure can pile seawater onto coastlines.

• Atlantic Coastal PlainRelated: Low elevations allow surge waters to travel far inland across coastal-plain communities.

• Delta WorksRelated: Surge forecasts help determine when movable Delta Works barriers must close.

• Coastal wetlandRelated: Wetland belts can reduce exposure to surge, while extreme events can also damage them.

• Atlantic hurricaneRelated: For many Atlantic hurricanes, surge poses a major coastal threat beyond wind damage.

• DikeRelated: Coastal dikes are designed in part to hold back storm-surge water.

• Hurricane evacuationRelated: Surge can inundate coastal areas rapidly, making evacuation timing especially consequential.

• Relative sea levelRelated: Surge is superimposed on local relative sea level when estimating extreme water levels.

• SeawallRelated: Surge raises water against a seawall and can combine with waves to overtop it.

• Extratropical cycloneRelated: Strong winds and falling pressure can push seawater onto coasts during a cyclone.

• Neva RiverRelated: Surges in the Gulf of Finland can raise the Neva’s level in the city.

• Tropical cyclone forecastingRelated: Forecast surge models convert storm scenarios into estimates of coastal inundation.

• Atlantic hurricane seasonRelated: It is often the deadliest coastal hazard when Atlantic storms reach shore.

• Gulf of St. LawrenceRelated: Atlantic storms can push damaging surges into the gulf’s low-lying shores.

• Physical oceanographyRelated: Ocean dynamics help explain and predict this major coastal hazard.

• Saffir–Simpson scaleRelated: Surge can cause catastrophic flooding but is not represented by the category.

• Bay of BiscayRelated: Storms can drive elevated water levels onto the gulf’s low-lying shores.

• River mouthRelated: Low-lying mouths and deltas are exposed to flooding when surge travels inland.

• 1991 Bangladesh cycloneRelated: The cyclone’s surge drove seawater far inland across Bangladesh’s low-lying coast.

• Ayeyarwady RegionRelated: Surges from cyclones can inundate the region's low-lying coast.

• North Sea flood of 1953Related: The surge of up to about 4 metres above normal levels overtopped and breached the Dutch dikes.

• TaclobanRelated: Storm surge, rather than wind alone, accounted for much of Haiyan’s devastation in Tacloban.

• Bhola cycloneRelated: Its surge inundated densely populated islands and coastal areas in the Ganges delta.

• Effects of climate change on small island countriesRelated: Elevated seas allow storm surges to reach farther inland and cause greater flooding.

• Marine weather forecastingRelated: Surge forecasting connects marine weather to coastal flooding and navigation hazards.

• Ocean dynamicsRelated: Wind-driven water motion can amplify flooding along coasts.

• Ocean surface topographyRelated: It is a short-lived coastal elevation anomaly rather than a persistent topographic pattern.

• PaleotempestologyRelated: Surge waters carry marine sediment inland, creating deposits that can preserve evidence of past storms.

• Theory of tidesRelated: Surge can coincide with astronomical high tide, increasing coastal water levels.

• Tropical cyclone preparednessRelated: Surge risk shapes evacuation zones and coastal protection plans, often more than wind forecasts alone.