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Your search keyword '"Pirlet, H."' showing total 46 results
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46 results on '"Pirlet, H."'

8. Use and sharing of marine observations and data by industry. Good practice guide

Author

McMeel, O., Pirlet, H., and Calewaert, J.-B.

Abstract

The Horizon 2020 COLUMBUS project aims to identify and transfer unexploited knowledge, generated by EU funded science and technology research, to actors with the potential to capitalise on it resulting in measurable value creation. Marine knowledge is generated, to a large extent, through analyses and application of the data and information obtained through monitoring and observation of seas and oceans. The COLUMBUS project is structured around nine areas of competency, or nodes. The Monitoring and Observation node has been focusing on identifying some of the bottlenecks and challenges to greater uptake and application of marine data and information by users, in particular by industry. Building on the knowledge of the partners involved, significant work has been carried out to engage with actors from the private sector, establishing their general and specific needs and to what extent observatories and marine data-sharing initiatives can or should adapt to meet them. This document is based on desk-top research resulting in COLUMBUS Deliverable D4.1, attendance at trade fairs and workshops, one-on-one meetings with representatives from the private sector, a COLUMBUS brokerage event in the context of SeaTech Week (2016) and contributions from partners’ own experience.

Published
2017

19. Aquaculture

Author

Delbare, D., Nevejan, N., Sorgeloos, P., Pirlet, H., and Verleye, T.J.

Published
2015

22. Marien onderzoek

Author

Mees, J., Pirlet, H., Lescrauwaet, A.-K., Verleye, T., Pirlet, R., Janssen, C., and Verreet, G.

Published
2015

27. Nature and environment

Author

Degraer, S., Hostens, K., Provoost, S., Stienen, E., Vanaverbeke, J., and Pirlet, H.

Published
2015

28. Schelde-estuarium

Author

Goffin, A., Van den Bergh, E., Meire, P., Mostaert, F., Lescrauwaet, A.-K., and Pirlet, H.

Published
2015

29. Fisheries

Author

Polet, H., Torreele, E., Pirlet, H., and Verleye, T.J.

Published
2015

30. Marine research

Author

Mees, J., Pirlet, H., Lescrauwaet, A.-K., Verleye, T., Janssen, C., and Verreet, G.

Published
2015

31. Military use

Author

Wouters, B., Depoorter, P., Pâris, T., and Pirlet, H.

Published
2015

36. Militair gebruik

Author

Van den Steen, L., Depoorter, P., Wouters, B., and Pirlet, H.

Published
2015

38. Landbouw

Author

Van Bogaert, T., Danckaert, S., Demuynck, E., Maertens, E., Platteau, J., and Pirlet, H.

Published
2015

39. Baggeren en storten

Author

Van den Eynde, D., Lauwaert, B., Martens, C., and Pirlet, H.

Published
2015

40. Visserij

Author

Polet, H., Torreele, E., Pirlet, H., and Verleye, T.

Published
2015

41. Agriculture

Author

Van Bogaert, T., Danckaert, S., Demuynck, E., Maertens, E., Platteau, J., and Pirlet, H.

Published
2015

45. Zand- en grindwinning

Author

Van Lancker, V., Lauwaert, B., De Mol, L., Vandenreyken, H., De Backer, A., and Pirlet, H.

Published
2015

46. Sonarlogger: Enabling long-term underwater sonar observations.

Author

Fourie FW, Langedock K, Develter R, Loop H, Peck CJ, Ponsoni L, Pirlet H, and Boone W

Abstract

Coastal seas are under increasing pressure from extreme weather events and sea level rise, resulting in impacts such as changing hydrodynamic conditions, coastal erosion, and marine heat waves. To monitor changes in coastal marine habitats, such as reefs and macrophytes meadows, which add to the resilience of our coasts, consistent, medium- to long-term seafloor observations are needed. This project aims to deliver repeated, high-frequency sonar surveys on a stationary seabed mooring of a specific target area over a period of up to several months. A new stand-alone subsea system, the Sonarlogger, based on a battery pack, low-power logger and a high-resolution scanning sonar, was developed. It allows for long-term deployments with a customisable battery pack, WI-FI download and configurable sleep state. The system has been tested for over 130 days in dynamic coastal environments off the Belgian coast. Combined with auxiliary sensors, such as for measuring currents, waves and turbidity, this system enables comprehensive studies of morphologic changes and changing benthic ecosystems. Moreover, this system has the capacity to provide measurements of coastal environments during storms, where conventional systems may fall short, providing insights into event-based changes of the seafloor., Competing Interests: The authors declare that they have no known competing financial interests or personal relationships that could have appeared to influence the work reported in this paper., (© 2024 The Author(s).)

Published
2024
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