Projects
Our research team is engaged in a variety of projects, both at national and international level, exploring the frontiers of terrestrial and marine bioacoustics. These exciting initiatives aim to extend our understanding of sound ecosystems, whether across vast expanses of land or deep beneath the sea.
By joining forces on a national and European scale, we are positioning ourselves to make significant advances in the field of bioacoustics, helping to preserve biodiversity and understand the complex interactions within our auditory ecosystems.
IRP
Detection and AI Classification of the Biosonar of dolphins and porpoises in
the Southern Cone
LIS, IIMyC, UACh
ADAPREDAT
Analyse of inter-species interactions in the hunting areas of marine superpredators (orcas, roquals, cachalots, humpback whales)with detcetion, classification, and algorythmic hardware and softwares that we develop since 2021.
LIS IM2NP MIO
CARI'MAM 2
Following CARI’MAM project that federated 12 nations of the caribean sea, CIAN keep on monitoring marine mammals diversity to enhance this preservation network with locals partners.
LIS CAR-SPAW
EUROPAM
European Passive Acoustic Monitoring
LIS IMAR Akvaplan-niva Department of Earth and Environment Science, University of Pavia, Pavia The National Park of Port-Cros
GIAS
Aims to increase the navigation security in the cross-border area between France and Italy by using AI for sea forecast, detection, and monitoring in real time.
LIS ARPAL Fondation Cima LaMMA
PSIBIOM
Hardware and AI model development to implement a numeric plateform of integrated services for biodiversity monitoring, using modelisation and connected tools.
LIS TerrOïko SiConsult IRIT LEFE
QBi
Quebec biodiversity monitoring by passive acoustic across wide latitudes. Acoustic survey of birds, bats, insects all around Quebec
LIS MFPP
SYLVANIA
SYnchronized Low power Versatile Acoustic Network Including Artificial intelligence – SylvanIA
LIS MFFP IM2NP LEHNA
TERRA FORMA
In-situ observation platform based on smart sensors to monitor soil capita, water ressource, chemical pressure, biodiversity and landscape integrity
LIS LEFE OSUG/CNRS laboratoire Géosciences Rennes
ULPCOCHLEA
The ULP COCHLEA project will, by mimicry, design bio-inspired acoustic sensors more intelligent, smaller, cheaper and passive for in situ monitoring and analysis over long periods of time of the marine environment and associated maritime activities, in particular in the Mediterranean Sea. The project will enable the development of cognitive and predictive models to understand underwater life at longer spatial and temporal scales.
LIS CRIStAL INPS IEMN
Université de Toulon – Campus de La Garde – Bat X
CS 60584
83041 Toulon Cedex 9
CONTACT US :
Tel : +33 (0)4 94 14 28 33