"Implementing a hydrodynamic model to complement water depth and flow velocity data for physical scale experiments of rivers and estuaries" - Interactive discussion
https://esurf.copernicus.org/preprints/esurf-2020-14/
"Implementing a hydrodynamic model to complement water depth and flow velocity data for physical scale experiments of rivers and estuaries" - Interactive discussionAC2: 'Reply to RC2: Reviewers comments for esurf-2020-14', Steven Weisscher, 29 Jun 2020https://esurf.copernicus.org/preprints/esurf-2020-14/esurf-2020-14-AC2.pdfAC2: 'Reply to RC2: Reviewers comments for esurf-2020-14', Steven Weisscher, 29 Jun 20202020-06-29T12:13:22+02:00AC1: 'Reply to RC1: Reviewers comments for esurf-2020-14', Steven Weisscher, 29 Jun 2020https://esurf.copernicus.org/preprints/esurf-2020-14/esurf-2020-14-AC1.pdfAC1: 'Reply to RC1: Reviewers comments for esurf-2020-14', Steven Weisscher, 29 Jun 20202020-06-29T12:11:25+02:00RC2: 'Interactive comment on “Implementing a hydrodynamic model to complement water depth and flow velocity data for physical scale experiments of rivers and estuaries” by Steven A. H. Weisscher et al.', Michal Tal, 26 May 2020https://esurf.copernicus.org/preprints/esurf-2020-14/esurf-2020-14-RC2.pdfRC2: 'Interactive comment on “Implementing a hydrodynamic model to complement water depth and flow velocity data for physical scale experiments of rivers and estuaries” by Steven A. H. Weisscher et al.', Michal Tal, 26 May 20202020-05-26T20:02:21+02:00RC1: 'Review on "Implementing a hydrodynamic model to complement water depth and flow velocity data for physical scale experiments of rivers and estuaries"', Laurent Lacaze, 22 Apr 2020https://esurf.copernicus.org/preprints/esurf-2020-14/esurf-2020-14-RC1.pdfRC1: 'Review on "Implementing a hydrodynamic model to complement water depth and flow velocity data for physical scale experiments of rivers and estuaries"', Laurent Lacaze, 22 Apr 20202020-04-22T09:10:27+02:00