NIWA

I develop methodologies and software for processing large amounts of acoustic data coming from a range of sensors (Multibeam echosounders, Split beam, sub-bottom profiler...). I spend important amount of time at sea supervising the data acquisition (trawl and acoustics fisheries surveys as well as geological survey), leading biological sampling, as well as testing and designing new systems.

Articles:

Ladroit, Y., G. Lamarche and A. Pallentin (2018). "Seafloor multibeam backscatter calibration experiment: comparing 45°-tilted 38-kHz split-beam echosounder and 30-kHz multibeam data." Marine Geophysical Research 39(1): 41-53.

O’Driscoll, R. L., S. Canese, Y. Ladroit, S. J. Parker, L. Ghigliotti, S. Mormede and M. Vacchi (2018). "First in situ estimates of acoustic target strength of Antarctic toothfish (Dissostichus mawsoni)." Fisheries Research 206: 79-84

Ladroit, Y., C. Ó Maolagáin and P. L. Horn (2017). An investigation of otolith shape analysis as a tool to determine stock structure of ling (Genypterus blacodes). New Zealand Fisheries Assessment Report: 16.

Ladroit, Y., et al. (2014). Using acoustic echo counting to estimate grenadier abundance in the Ross Sea (SSRU88.1I). CCAMLR working group paper. Hobart, Australia, CCAMLR: 25.

Lurton X., Ladroit Y., Augustin J.M. "A Quality Estimator of Acoustic Sounding Detection", Int. Hydro. Review, 2010.

View more on ORCID