Rockland Scientific to present at the University of Porto Seminar on Ocean Turbulence

Rockland’s Dr. Rolf Lueck will be delivering the seminar Ocean Turbulence: Synergy between scientific advancement and technological innovation alongside Dr. Jorge M. Magalhães from FCUP (University of Porto). The seminar, organized by the Underwater Systems and Technology Laboratory (LSTS-FEUP), will take place on June 2nd, 2017, at the University of Porto (FEUP).

Robotic Ocean Turbulence Measurements at the Observatório Oceânico da Madeira

When scientists go on holiday: Rockland’s Dr. Rolf Lueck recently presented “Robotic Ocean Turbulence Measurements” as the guest speaker at the Observatório Oceânico da Madeira. The presentation focused on the measurement of micro-turbulence, the autonomous vehicles used with the instruments and their respective technological advances.

Boaty McBoatface’s RSI MicroRider

“Boaty’s second big adventure in the Orkney Passage (from Eleanor Frajka-Williams)

Here is the promised post about Boaty’s second mission in the Orkney Passage, which took place during 12-14 April. This post was written by Eleanor Frajka-Williams of Southampton University, with some editing by Stephen Griffies of NOAA/GFDL and Princeton University. It should appeal especially to those interested in details of Boaty’s engineering feats and some of what it does while beneath the ocean surface.”

Read the full article here.

Boaty’s Rockland Scientific MicroRider is also nicely visible in this video from the British Antarctic Survey:

Canada’s first three-glider mission maps whale habitat

Ocean Tracking Network:

For the first time in Canada, a triple glider project has successfully mapped out critical gray whale habitat off the west coast of Vancouver Island. While previous missions have deployed one or two gliders, this Whales, Habitat, and Listening (WHaLe) project—funded by the Marine Environmental Observation, Prediction, and Response (MEOPAR)—is the first to fly three coordinated gliders.

In addition to the common suite of water property sensors—temperature, salinity and oxygen—the gliders on this mission carried a broadband hydrophone to identify and count whale vocalizations, an echo sounder to remotely quantify zooplankton biomass variability, and optical instrumentation identifying phytoplankton to elucidate the major components of the whale food chain. The University of British Columbia glider also carried a specialized Rockland Scientific sensor suite for measuring ocean turbulence, to better understand why submarine canyons create such favourable habitat for the whales.

Continue Reading…

The 1st Summer School of Upper Ocean Turbulence, Gdańsk 2016

The purpose of the ‘Summer School of Upper Ocean Turbulence’ was to teach students (graduate students and scientists) in the art of turbulence theory, processes and measurements with the focus on the upper ocean.

The 2 week course included a 2 week intensive training period (25 July – 5 August) with lectures by a diverse set of international experts that intend to cover a broad spectrum of problems ranging from application of spectral methods in turbulence data analysis to numerical methods in turbulence research. The last week of the program (8-12 August) included at sea data collection and hands-on experience in data analysis with VMP250 turbulence microstructure profiler. Read More>>

OMG 2017: Ocean Microstructure Glider Training

Ocean Microstructure Glider training, “OMG 2017”, is a 4-day training workshop that covers all aspects of turbulence measurements using MicroRider integration with ocean glider platforms. The training workshop will cover setup, operation, maintenance, deployment and processing of turbulence data. The workshop is scheduled for April 24-27, 2017 in Victoria, B.C. Canada. Please see the OMG 2017 Preliminary Schedule for details. The event promises to bring together a diverse group of scientists from around the world. Seats are limited, to register please fill out the OMG 2017 Registration Form.

 

Scientists Explain How Meltwater Reaches Ocean Depths

January 30th, 2017 Press Release 
An international team of researchers has discovered why fresh water, melted from Antarctic ice sheets, is often detected below the surface of the ocean, rather than rising to the top above denser seawater. The team found that the Earth’s rotation influences the way meltwater behaves – keeping it at depths of several hundred metres.

The research is published this week in the journal Nature in association with colleagues at University of Southampton, National Oceanography Centre, Southampton, University of East Anglia (UEA), British Antarctic Survey (BAS) and Stockholm University. Read the Full Article

Live LAMTOV demo at Ocean Business 2017

Rockland Scientific and OceansScan-MST are pleased to announce our free live demo of the LAMTOV (Light Autonomous Microstructure Turbulence Vehicle) at Ocean Business 2017. The LAMTOV is an integration of Rockland’s neutrally buoyant MicroRider 1000 and OceanScan-MST’s LAUV. Please join us to experience this exciting collaboration.

The dockside demonstration will begin at 10:30 on Wednesday, April 5th with a follow-up classroom session at 12:00 on Thursday, April 6th.

To register for the free demo please follow the link here.

Rockland Scientific’s neutrally Buoyant MicroRider 1000

 

 

 

 

 

 

Video of the Light Autonomous Underwater Vehicle from OceanScan-MST

Happy Holidays: Office closed from December 26-30

Please be advised that the Rockland Scientific office will be closed between December 26th to the 30th 2016. Everyone at Rockland wishes you a joyous holiday season especially if you find yourself at sea during this time.

If you require support over the holidays please do not hesitate to contact support@rocklandscientific.com. We will respond promptly to any inquiries.

Happy Holidays from everyone at Rockland Scientific International

Happy Halloween!

Happy Halloween from Rockland Scientific!

Emma is winning with her MicroCTD Turbulence Profiler costume. Do you want to learn more about our MicroCTD? Click here!

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