Autonomous vehicles, gliders, equipped with oceanographic sensors can now be easily deployed from ships to extend a science data collection period, access areas that are challenging to reach with a traditional science cruise vessel or increase the spatial resolution of ocean data. However, for active acoustic data without a parallel data collection with net and trawl data from a ship, it is diffic
5 December 2022 – Ocean services provider DeepOcean and Akvaplan-niva signed an agreement to cooperate regarding the potential utilization of remotely operated vehicles (ROVs) and unmanned glider vehicles (USVs) to perform environmental studies for offshore wind and oil and gas developments.
Akvaplan-niva is a subsidiary of the Norwegian Institute for Water Research (NIVA). The company provide
Akvaplan-niva has been leading a mission to collect environmental data near the offshore facilities in the Greater Ekofisk Area, in the North Sea. The mission was part of the Glider II project financed by ConocoPhillips Scandinavia AS. This was a complex collaboration effort between the industry, ConocoPhillips Scandinavia AS and its subcontractor Magseis Fairfield, Akvaplan-niva and the Norwegian
Film describing Akvaplan-niva and its efforts in utilizing autonomous technologies in ocean research.
Akvaplan-niva is a private R&D institute that provides research and advisory services for all water related issues. Our main office is in Tromsø, northern Norway, which is located well above the Arctic circle. We have a young and vibrant international working environment with 130 emplo
Hvert år brukes millioner av kroner på å overvåke og kartlegge norsk natur for å kartlegge ulike parasitter i vannmiljø, for eksempel Gyrodactylus salaris. For en mer ressurs-effektiv kartlegging ble det for tre år siden igangsatt et arbeide for å utvikle en løsning for automatisk miljøovervåking ved hjelp av miljø-DNA. Nå i oktober demonstrertede to gjenværende konsortiene i den såkalte før-komme
Equinor, operator of the world’s first floating offshore wind farm, Hywind Scotland, has pioneered a novel method of data collection for offshore wind, using an autonomous Sailbuoy.
Powered by the wind and sun, the glider travelled on its own from Bergen, Norway, to the wind farm just off the coast of Peterhead, Scotland, where it used acoustic sensors to map fish presence and biomass quantity.
