HYDRO 2024 is over!
And, to put it in one sentence:
HYDRO 2024 was a complete success.
We had:
- a fully booked exhibition with over 50 stands
- a fully booked conference with over 50 top-class presentations
- workshops, boat demos and open ships
- an exceptional location
- excellent food and drink
- great get-togethers and networking
We would therefore like to take this opportunity to express our sincere thanks to all
- delegates for their great interest
- speakers for an excellent lecture program
- exhibitors for a great exhibition
- the helping hands, without whom HYDRO 2024 could not have taken place as it did
To review HYDRO 2024, you can access all conference presentations for which we have the authors' approval on this page. There is also a photo show with impressions of HYDRO 2024.
The next HYDRO Conference of the International Federation of Hydrographic Societies (IFHS)
will be organized by The Hydrographic Society UK&Ireland (THS:UKI) in autumn 2025. More details shortly at https://ths-uki.org/
The German Hydrographic Society (DHyG) is saying goodbye for this year
and we hope to see you again one day in Rostock-Warnemünde.
Presentation from Tuesday
Presentations from Wednesday
Auditorium A |
Auditorium B |
New trends in positioning (4A) |
Underwater infrastructure and monitoring (4B) |
Hans Visser: Fugro Marinestar GNSS PPP service enhancements in 2024 |
Jannis Gangelhoff: Advancing underwater inspection: High resolution pulsed time-of-flight laser scanning |
Fickrie Muhammad: An appraisal of backscatter removal and refraction calibration models for improving the performance of vision-based mapping and navigation in shallow underwater environments |
Annika Walter: Underwater laser scanning: Integration and testing on a survey vessel |
Jens Wunderlich: Combined technologies for 3D cable tracking: Integrated data acquisition of a 3D sub-bottom profiler and an array of magnetometers |
|
Harbors and inland waters (5A) |
Education (5B) |
David Rossi: Mapping arctic lakes: A challenge for the 79°N parallel |
Derrick Peyton: Cat A, Cat B or… next individual certification! |
Jannis Gangelhoff: Ultra-compact bathymetric measurement system with processing chain for surveying shallow water bodies |
Alain De Wulf: Lessons learned from the enhanced Belgian E-Learning-oriented IBSC certified “Hydrographic Surveying Cat. B” Program |
Markus Kraft: Merging underwater MBES pointcloud and 360° camera imagery into georeferenced 3D-Model of urban waterways and harbour infrastructure |
Thomas Kersten: DVocean Digital – a surveying vessel for simulating bathymetric measurements |
Aleksandra Kruss: CATZOC mapping in layered media |
|
Environmental and habitat mapping (6A) |
OceanCon - Research (6B) |
Xavier Lurton: Taking into account more simply the environmental impact of hydrographic echo sounders |
Sascha Krohmann: Innovation through applied research: Testing & development of hydrographic innovations within the Digital Ocean Lab |
Terje Thorsnes: Hydrographic data from survey design to final habitat maps in the Norwegian seabed mapping programme MAREANO |
Sebastian Bader: Model-based underwater object detection and probabilistic digital twins |
Jens Schneider von Deimling: Unveiling complex seafloor environments: Expanding the potential of multibeam echo sounders (MBES) |
Sven Junga: Highly parallel Lattice Boltzmann simulation of an underwater testing site |
Daniel Stepputtis: Fishing technology in transition |
|
Autonomy I (7A) |
Water column analysis (7B) |
Rui Miguel Cândido: REPMUS: a catalyst for innovation in uncrewed hydrography |
Andreas Hermann: Hydrography on Fishing Vessels (HyFiVe): A new monitoring system enables cost-effective and scalable ocean monitoring |
Hans-Karl von Arnim: Maritime innovation and new technologies for future navigation and communication |
Malek Singer: Benthic habitat mapping using airborne topo-bathymetric LiDAR – a case study in Lake Superior |
Mona Lütjens: True autonomy in offshore wind operations and maintenance |
|
Tom Schmidt: Transfer of autonomous mapping concepts to a small uncrewed surface vehicle |
Arnau Carrera Vinas: Using AUVs for measuring sedimentation processes in reservoirs |