Benoit Pirenne

TL;DR: NEPTUNE Canada as mentioned in this paper is the world's first cabled ocean observatory, located in the northeast Pacific Ocean, off Canada's coast, which provides abundant power and high bandwidth communications into coastal to abyssal environments allows discrimination between short and long-term events, interactive experiments, real-time data and imagery, and multidisciplinary teams interrogating a vast database over 25 years.

TL;DR: The Pacific Ocean Neutrino Experiment (P-ONE) is a new initiative with a vision towards constructing a multi-cubic kilometre neutrino telescope, to expand our observable window of the Universe to highest energies, installed within the deep Pacific Ocean underwater infrastructure of Ocean Networks Canada as discussed by the authors.

TL;DR: In this article, a mobile Internet operated vehicle was used as an instrument platform to monitor and study up to 2000m2 of sediment surface in real-time, and the results showed that periods of enhanced bottom currents associated with diurnal shelf waves, internal semidiurnal tides, and also wind-generated near-inertial motions can modulate methane seepage.

TL;DR: The Pacific Ocean Neutrino Experiment (PONE) as mentioned in this paper is a new initiative towards constructing a multi-cubic-kilometre neutrino telescope to expand our observable window of the Universe to the highest energies, and will be installed within the deep Pacific Ocean underwater infrastructure of Ocean Networks Canada.

TL;DR: After several years of planning, NEPTUNE Canada [wwwneptunecanadaca], as part of the Ocean Networks Canada Observatory, largely completed the installation of the world's first regional cabled observatory network in 2009 as discussed by the authors.