Innovative Oceanographic Technology: LanderPick System
Spanish Institute of Oceanography introduces the LanderPick system for deploying and recovering lightweight oceanographic landers efficiently. Overcoming the drawbacks of traditional landers, this system offers cost-effectiveness and precision in locating deep-sea habitats like coral reefs. Operable from mid-sized vessels, it allows for simultaneous deployment of multiple landers for enhanced monitoring. Contact Cesar Pola for more information and watch the demonstrative video online.
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Csar Gonzlez-Pola, Francisco Snchez, Luis Rodriguez-Cobo, Rocio Gra a, Juan M. Rodriguez, Jose Valdiande-Gutierrez, Daniel Hernandez-Urbieta and Eneko Aierbe Spanish Institute of Oceanography eDr nica Unmanned vehicle technology
Physical Oceanographer Spanish Institute of Oceanography
Landers: modular structures equipped with sensors which are positioned directly on the seabed to operate autonomously for a defined timeframe. Main drawback: Deployment and picking- up system. Options are: surface buoy, release of a ballast, pop-up buoy, divers/ROVs. All expensive or not suitable for mid-long term. This prevents the use of fleets of landers.
LanderPick: A Remotely Operated Trawled Vehicle (ROTV) to deploy and recover lightweight oceanographic landers provided with a recapture mesh but not recovery elements (buoyancy, ballast etc). Pilot experiments with different types of landers carried out in southern Biscay MPAs in 2021.
The LanderPick system viability and cost- effectiveness tested. Can be operated from regional mid-sized vessels equipped with standard cables. Allows to conceive (i) monitoring systems based on the simultaneous deployment of several landers with a contained cost and (ii) experiments associated with deep habitats such as coral reefs in which it is necessary to locate landers with great precision.
Contact: cesar.pola@ieo.es Demonstrative video on the web. https://www.youtube.com/watch?v=fCteTEEm_iw Just search for LanderPick