Revolutionizing Ocean Science
 

THE NORTH-EAST PACIFIC TIME-SERIES UNDERSEA NETWORKED EXPERIMENTS

NEPTUNE will be the world’s largest cable-linked seafloor observatory. It will expand the boundaries of ocean exploration and give us a new way of studying and understanding our planet. NEPTUNE brings power and the Internet to the ocean environment through novel technologies.

 

NEPTUNE Canada will lay an 800 km ring of powered fibre optic cable on the seabed over the northern part of the Juan de Fuca tectonic plate, a 200,000 sq km region in the northeast Pacific off the coasts of British Columbia, Washington and Oregon. This tectonic plate is the smallest of the dozen major plates that make up the planet’s surface and offers a full range of Earth and ocean processes for us to observe. MORE »




What's New?

August 2007 - Cable Installation

June 21, 2007 - Data Management & Archive System - Critical Design Review Report (pdf 94KB) and Response (pdf 597KB)

June 18-21, 2007 - Oceans '07 Aberdeen, Scotland - Cable Ocean Science Observatories as Test Beds for Underwater Technology written by Peter Phibbs, Associate Director, Engineering & Operations, NEPTUNE Canada & Stephen Lentz a Submarine Optronics Engineering working with NEPTUNE Canada

June 2007 - NEPTUNE Canada Newsletter

May 31, 2007 - US Oceanographic Research Organizations Join Forces to Form Consortium for Ocean Leadership

May 16, 2007 - US Ocean Observing Contracts Awarded to University of California, San Diego and University of Washington

 

OPPORTUNITIES

  • Operations Specialist

University of Victoria - Human Resources  for complete job description (pdf 24KB)

           Closing Date: June 21st 4:30pm

 

Science

Through NEPTUNE, scientists will observe and interact with the complex Earth and ocean processes that occur on, above and below the seafloor. The five major research themes of NEPTUNE are:

 

NEPTUNE’s unprecedented access to the deep sea world will increase our understanding of the oceans in the same way that the Hubble Telescope is revolutionizing our knowledge of outer space. This new knowledge will be applied to many global problems and opportunities, such as earlier warning of earthquakes and tsunamis, more accurate estimates of commercial fish stocks, improved models for climate prediction, and potential new energy sources.

Science Instruments


 
   
 
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