I. Summary and introduction Small Autonomous Underwater Vehicles (AUVs) are proving to be a key component of coastal ocean observing systems, providing unique data sets at shallow depths and over shelf seas. This paper describes how the use of micro-AUVs improves the sampling and study of coastal areas under the influence of river plumes, as…
Introduction 🌊 Les vĂ©hicules sous-marins autonomes ( AUV ) sont largement utilisĂ©s pour la dĂ©tection et la collecte de donnĂ©es lĂ oĂą la portĂ©e des vĂ©hicules tĂ©lĂ©commandĂ©s (ROV) est trop limitĂ©e. Traditionnellement, les AUV sont de grande taille et conçus pour ĂŞtre embarquĂ©s Ă bord d’un navire avec un Ă©quipage spĂ©cialement formĂ©. Grâce Ă leur…
Jean-Baptiste Favier and SĂ©bastien Cnudde are marine ecology specialists working on coastal habitat assessment and environmental monitoring projects for the French oceanographic and environmental consulting company called CREOCEAN.
Jessie and Val are Research Specialists at the University of Wisconsin–Milwaukee, working on applied aquatic research and environmental monitoring. Their team integrates cutting-edge tools to collect high-quality data across diverse freshwater environments.Â
At SEABER, we don’t just manufacture micro-AUVs. We are also passionate about new technologies in the world of oceanography and how our technologies advance scientific research…
What if you could combine side scan sonar and true high-resolution 3D imagery in one compact, easy-to-deploy vehicle…
Modern hydrography and the contribution of autonomous underwater vehicles (AUVs) Abstract Hydrography is the discipline focused on measuring and describing the physical characteristics of oceans, seas, lakes, and rivers. Its primary objective is to characterize and measure the seabed to map navigable waters and potential hazards. Traditionally oriented toward maritime safety and nautical charting, hydrography…
L’hydrographie moderne et l’apport des vĂ©hicules sous-marins autonomes (AUVs) RĂ©sumĂ© L’hydrographie est la discipline visant Ă la mesure et Ă la description des caractĂ©ristiques physiques des ocĂ©ans, mers, lacs et cours d’eau. L’objectif principal est la caractĂ©risation et la mesure du fond, de manière Ă cartographier les Ă©tendues navigables et leurs potentiels dangers. Traditionnellement orientĂ©e…
With the growing demand for smaller and more agile underwater platforms to monitor lakes and coastal waters, Xylem is excited to expand its offerings…
In collaboration with CNRS (LEMAR) and UniversitĂ© de Montpellier @MARBEC for our joint project called SEAMAP, funded by BPI France 2030…
