Martech 2025

Category 1: Operational Oceanography from in-situ observations (including moorings, landers, floats, ROVs, AUVs, ASVs, Gliders)

10. Combining in-situ measurements and video imagery to capture wave drivers on the Bilbao coast: Implications on ML for coastal morphodynamic assessment
11. Monitoring Morphological Changes Using DIY Bathymetric Devices combined with satellite images
12. Validation of SAR Drifting Buoy Experiments Using Updated Oceanographic Models
14. PLOSEG – Plataforma de Observación del Estrecho de Gibraltar
16. Oceanographic observatory on the north-west Mediterranean shelf/taud (pilot phase) abstract for poster
17. Exploring battery limitations for underwater gliders
22. Fishing Vessel Ocean Observing Network: An Emerging Collaborative Global Network
28. Underwater Stand-Alone Observatory Landers as a Tool for Deep-Sea Habitat Restoration Monitoring
29. Advancements in Pop-Up Buoy Technology for Enhancing Seafloor Data Collection: Insights from a Year of Trials
32. From mobile and fixed monitoring platforms to the Digital Twin of the Ocean: synergies and impacts of the three European projects DIGI4ECO, SUN-BIO, and MERLIN
37. Employing ADALM-PLUTO Software Defined Radio for the positioning and tracking of Pop-up buoys on a BlueBoat Unmanned Surface Vessel
41. arine Litter Trackers: an original, innovative, low-cost way to track marine plastic litter and understand its dynamics Environment
43. Evaluation of a real-time BTAG positioning and visualisation system
47. Implementation of a Simulation Tool for Argos-Based Satellite Image Transmission for Seafloor Ecosystem Monitoring Using Pop-Up Buoys
52. BGC processes from gliders in the SE Bay of Biscay
53. RAISE project: Sustainable environmental caring and protection technologies, towards a zero emission environment
56. Enhancing Species Video Detection Capabilities at the OBSEA Observatory through the Integration of EMUAS Cameras within the ANERIS Project Framework
57. Autonomous Movement of Obsea Underwater Crawler for Monitoring Underwater Environments
60. Monitoring Marine pH with the ANB AQ50 Sensor Integrated into the OBSEA Observatory
64. The global success story of NemoSens micro-AUV
78. Design of Swarms of Long-Term Oceanographic Landers
81. Advances in the development of an acoustic location system for application in underwater autonomous gliders
82. Multi-Vehicle Operations for High-Throughput Ocean Monitoring in Short Timeframes
84. New Technologies to Characterize the State of Submarine Forest and their Services to Marine Ecosystems: A Field Campaign in Cabrera National Park
86. The BENTHOSCOPE System: A versatile tool for seafloor characterization, benthic species identification, and habitat mapping