FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2173967483> ?p ?o ?g. }

• W2173967483 endingPage "2112" @default.
• W2173967483 startingPage "2096" @default.
• W2173967483 abstract "The recovery of the oceanic flow field from in situ data is one of the oldest problems of modern oceanography. In this study, a stationary, nonlinear inverse model is used to estimate a mean geostrophic flow field from hydrographic data along a hydrographic section. The model is augmented to improve these estimates with measurements of the absolute sea-surface height by satellite altimetry. Measurements of the absolute sea-surface height include estimates of an equipotential surface, the geoid. Compared to oceanographic measurements, the geoid is known only to low accuracy and spatial resolution, which restricts the use of sea-surface height data to applications of large-scale phenomena of the circulation. Dedicated satellite missions that are designed for high precision, high-resolution geoid models are planned and/or in preparation. This study, which relies on twin experiments, assesses the important contribution of improved geoid models to estimating the mean flow field along a hydrographic section. When the sea-surface height data are weighted according to the error estimates of the future highly accurate geoid models GRACE (Gravity Recovery And Climate Experiment) and GOCE (Gravity Field and Steady-State Ocean Circulation Explorer), integrated fluxes of mass and temperature can be determined with an accuracy that is improved over the case with no sea-surface height data by up to 55%. With the error estimates of the currently best geoid model EGM96, the reduction of the estimated flux errors does not exceed 18%." @default.
• W2173967483 created "2016-06-24" @default.
• W2173967483 creator A5009052710 @default.
• W2173967483 creator A5009150889 @default.
• W2173967483 creator A5071116655 @default.
• W2173967483 date "2002-07-01" @default.
• W2173967483 modified "2023-09-23" @default.
• W2173967483 title "Estimating a Mean Ocean State from Hydrography and Sea-Surface Height Data with a Nonlinear Inverse Section Model: Twin Experiments with a Synthetic Dataset" @default.
• W2173967483 cites W1010503590 @default.
• W2173967483 cites W1489352415 @default.
• W2173967483 cites W1530454118 @default.
• W2173967483 cites W1549124992 @default.
• W2173967483 cites W1562925825 @default.
• W2173967483 cites W1758058526 @default.
• W2173967483 cites W1967354745 @default.
• W2173967483 cites W1971621572 @default.
• W2173967483 cites W1974055145 @default.
• W2173967483 cites W1987223831 @default.
• W2173967483 cites W1990931465 @default.
• W2173967483 cites W1996852196 @default.
• W2173967483 cites W2000497410 @default.
• W2173967483 cites W2005225125 @default.
• W2173967483 cites W2008808148 @default.
• W2173967483 cites W2021419573 @default.
• W2173967483 cites W2029149164 @default.
• W2173967483 cites W2029603977 @default.
• W2173967483 cites W2029946161 @default.
• W2173967483 cites W2031193878 @default.
• W2173967483 cites W2035977829 @default.
• W2173967483 cites W2044630086 @default.
• W2173967483 cites W2057010990 @default.
• W2173967483 cites W2064184751 @default.
• W2173967483 cites W2069766930 @default.
• W2173967483 cites W2073558207 @default.
• W2173967483 cites W2075837170 @default.
• W2173967483 cites W2078031695 @default.
• W2173967483 cites W2082879818 @default.
• W2173967483 cites W2103902186 @default.
• W2173967483 cites W2105468376 @default.
• W2173967483 cites W2109392886 @default.
• W2173967483 cites W2110373790 @default.
• W2173967483 cites W2112287406 @default.
• W2173967483 cites W2130844535 @default.
• W2173967483 cites W2134380122 @default.
• W2173967483 cites W2142371892 @default.
• W2173967483 cites W2156385918 @default.
• W2173967483 cites W2161822925 @default.
• W2173967483 cites W2171362152 @default.
• W2173967483 cites W2282553928 @default.
• W2173967483 cites W3021702460 @default.
• W2173967483 cites W67812752 @default.
• W2173967483 cites W74665288 @default.
• W2173967483 doi "https://doi.org/10.1175/1520-0485(2002)032<2096:eamosf>2.0.co;2" @default.
• W2173967483 hasPublicationYear "2002" @default.
• W2173967483 type Work @default.
• W2173967483 sameAs 2173967483 @default.
• W2173967483 citedByCount "5" @default.
• W2173967483 countsByYear W21739674832014 @default.
• W2173967483 crossrefType "journal-article" @default.
• W2173967483 hasAuthorship W2173967483A5009052710 @default.
• W2173967483 hasAuthorship W2173967483A5009150889 @default.
• W2173967483 hasAuthorship W2173967483A5071116655 @default.
• W2173967483 hasBestOaLocation W21739674831 @default.
• W2173967483 hasConcept C111368507 @default.
• W2173967483 hasConcept C113346285 @default.
• W2173967483 hasConcept C127313418 @default.
• W2173967483 hasConcept C13280743 @default.
• W2173967483 hasConcept C133877212 @default.
• W2173967483 hasConcept C142672198 @default.
• W2173967483 hasConcept C150320492 @default.
• W2173967483 hasConcept C17534553 @default.
• W2173967483 hasConcept C180966878 @default.
• W2173967483 hasConcept C187599188 @default.
• W2173967483 hasConcept C49204034 @default.
• W2173967483 hasConcept C76256466 @default.
• W2173967483 hasConcept C8058405 @default.
• W2173967483 hasConcept C80989030 @default.
• W2173967483 hasConceptScore W2173967483C111368507 @default.
• W2173967483 hasConceptScore W2173967483C113346285 @default.
• W2173967483 hasConceptScore W2173967483C127313418 @default.
• W2173967483 hasConceptScore W2173967483C13280743 @default.
• W2173967483 hasConceptScore W2173967483C133877212 @default.
• W2173967483 hasConceptScore W2173967483C142672198 @default.
• W2173967483 hasConceptScore W2173967483C150320492 @default.
• W2173967483 hasConceptScore W2173967483C17534553 @default.
• W2173967483 hasConceptScore W2173967483C180966878 @default.
• W2173967483 hasConceptScore W2173967483C187599188 @default.
• W2173967483 hasConceptScore W2173967483C49204034 @default.
• W2173967483 hasConceptScore W2173967483C76256466 @default.
• W2173967483 hasConceptScore W2173967483C8058405 @default.
• W2173967483 hasConceptScore W2173967483C80989030 @default.
• W2173967483 hasIssue "7" @default.
• W2173967483 hasLocation W21739674831 @default.
• W2173967483 hasLocation W21739674832 @default.
• W2173967483 hasOpenAccess W2173967483 @default.
• W2173967483 hasPrimaryLocation W21739674831 @default.
• W2173967483 hasRelatedWork W2046155315 @default.
• W2173967483 hasRelatedWork W2125403135 @default.

• next