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Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Probabilistic Translation of Tsunami Inundation Depths across Tides
Tides can significantly influence the extent of tsunami inundation. Tsunamis produce a series of waves beginning at some random point in the tidal cycle and the largest... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
DOT Tide Gauge Deployments
This point feature class contains the locations of Tide Gaugedeployments across the state of Western Australia. Historic Tide data is held by DOT from Wyndham to Esperance.... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Tide Gauge Records 1996-1997, Beaver Lake, Australian Antarctic Territory
Tides were measured using a portable pressure transducer secured to fast ice at the mouth of Pagodroma Gorge with the transducer about 4 metres below low water line. A 30 day... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Tide Gauge Records 1996-1997, Beaver Lake, Australian Antarctic Territory
Tides were measured using a portable pressure transducer secured to fast ice at the mouth of Pagodroma Gorge with the transducer about 4 metres below low water line. A 30 day...
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