Characterizing and minimizing the effects of noise in tide gauge time series: Relative and geocentric sea level rise around Australia

Burgette, ReedWatson, Christopher StephenChurch, John A.White, Neil J.Tregoning, PaulColeman, Richard2015-12-130956-540Xhttp://hdl.handle.net/1885/73365We quantify the rate of sea level rise around the Australian continent from an analysis of tidegauge and Global Positioning System (GPS) data sets. To estimate the underlying linear ratesof sea level change in the presence of significant interannual and dAuthor/s retain copyrightKeywords: Australia; Global change from geodesies; Groundwater withdrawal; Relative sea-level changes; Sealevel change; Space geodetic surveys; Vertical crustal motions; Vertical land motions; Estimation; Geodesy; Geodetic satellites; Groundwater; Sea level; Survey Australia; Global change from geodesy; Sea level change; Space geodetic surveys; Time-series analysisCharacterizing and minimizing the effects of noise in tide gauge time series: Relative and geocentric sea level rise around Australia201310.1093/gji/ggt1312016-02-24