Energy News  
New Technology Being Developed To Track Fishing Gear And Save Whales

With its $22,000 grant, the Provincetown Center for Coastal Studies will develop coded wire tags that would be embedded into fishing line used on the gear known to entangle whales, primarily pot/trap and sink gillnet. When line is recovered from entangled whales, it is usually hard to determine where it originated. The coded information on the wire would provide specific identifiers useful for improving gear restrictions used to reduce entanglement risk.
by Staff Writers
Cape Cod MA (SPX) Aug 08, 2008
The International Fund for Animal Welfare (IFAW) and NOAA Fisheries Service have partnered to support two research projects aimed at new technologies that could help protect the regions large whales from entanglement in fishing gear.

The Provincetown Center for Coastal Studies and the University of New Hampshire have each received grants for the work.

Two iconic species in our region face unprecedented threats: whales and commercial fishermen, said Patrick Ramage, IFAW Global Whale Program Director. We hope the new technology developed through this initiative will benefit both.

All of us at IFAW are proud to be partnering with the fishing industry and government agencies to promote solutions that benefit animals and people.

Entanglements are rarely documented as they are occurring, so we need to gather other data to help us understand when, where and how they happen. That way we can adjust our protective measures accordingly, said Mary Colligan, NOAA Northeast assistant regional administrator for protected resources. These projects are promising and we look forward to the results, she said.

With its $22,000 grant, the Provincetown Center for Coastal Studies will develop coded wire tags that would be embedded into fishing line used on the gear known to entangle whales, primarily pot/trap and sink gillnet.

When line is recovered from entangled whales, it is usually hard to determine where it originated. The coded information on the wire would provide specific identifiers useful for improving gear restrictions used to reduce entanglement risk.

The work will be carried out in cooperation with the Massachusetts Division of Marine Fisheries (MADMF), and Northwest Marine Technologies (NMT).

The University of New Hampshires Zoology Department was awarded $48,000 to develop a system for remote, real-time tracking of fishing gear location. The system would use a radio frequency identification (RFID) scheme and global positioning system (GPS).

If successful, this could provide substantial new information on fishing patternshow much gear is set, when, and where. This could be used, for example, to improve measures that reduce gear in the places, and during the times, large whales are most likely to be present. The UNH team will partner with Blue Water Concepts of Maine to develop this innovative technology.

IFAW has been working for more than a decade supporting and developing new systems and technologies that will help the fishing industry and whales better co-exist in a safe environment for both.

This includes working with the US government to develop the Mandatory Ship Reporting System, coordinating with Massachusetts lobstermen to remove miles of discarded or lost fishing gear from Cape Cod Bay, and most recently partnering with the lobster fishing industry and government agencies to develop and implement new sinking fishing line that reduces the risk of whale entanglements.

Community
Email This Article
Comment On This Article

Share This Article With Planet Earth
del.icio.usdel.icio.us DiggDigg RedditReddit
YahooMyWebYahooMyWeb GoogleGoogle FacebookFacebook



Related Links
the missing link GPS Applications, Technology and Suppliers



Memory Foam Mattress Review
Newsletters :: SpaceDaily :: SpaceWar :: TerraDaily :: Energy Daily
XML Feeds :: Space News :: Earth News :: War News :: Solar Energy News


San Diego State University Improves MEMS Accelerometer Tunability
San Diego CA (SPX) Jul 16, 2008
Researchers at San Diego State University have developed a new concept for improving MEMS accelerometer tunability. This method can increase wide-band tunability with ranges much larger than current practice, a significant improvement from the previously accepted 5-10%.







  • Analysis: Nigeria losing 650,000 bpd
  • BlueFire Ethanol Receives First Installment Of DOE Grant Funds
  • China's Sinochem secures exploration deal in Indonesia
  • Improved Reaction Data Heat Up The Biofuels Harvest

  • Yucca Mountain cost estimate is increased
  • Race Is On For Civilian Nuclear Cooperation With India
  • Japan recognises India's need for nuclear power: official
  • Areva signs uranium mining deal with Central African Republic

  • Dutch town tests 'air-purifying' concrete
  • Scientists Search For Answers From The Carbon In The Clouds
  • Air Monitoring Helps Anticipate Possible Ecosystem Changes
  • Air Travelers And Astronomers Could Benefit From Atmospheric Turbulence Research

  • The Drivers Of Tropical Deforestation Are Changing
  • Forest fire hot spots almost double on Borneo: Indonesian official
  • Greenpeace protest targets Indonesian forestry ministry
  • Scientists warn forest clearing more harmful than thought

  • No Evidence To Support Organic Is Best
  • TAU Researchers Root Out New And Efficient Crop Plants
  • No-Tillage Plus
  • Mustard - Hot Stuff For Natural Pest Control

  • Nissan Motor unveils new prototype electric car
  • Monash Fuels Next Gen Hybrid Cars
  • EU opens the way for 'cars that talk'
  • Nissan accelerator pedal pushes back to save fuel

  • NASA evaluates new wing sensor
  • Russia And China May Co-Design New Passenger Plane
  • China Southern Airlines managers take paycut due to oil prices
  • Air China says it is to buy 45 Boeing aircraft

  • Nuclear Power In Space - Part 2
  • Outside View: Nuclear future in space
  • Nuclear Power In Space

  • The content herein, unless otherwise known to be public domain, are Copyright 1995-2007 - SpaceDaily.AFP and UPI Wire Stories are copyright Agence France-Presse and United Press International. ESA Portal Reports are copyright European Space Agency. All NASA sourced material is public domain. Additional copyrights may apply in whole or part to other bona fide parties. Advertising does not imply endorsement,agreement or approval of any opinions, statements or information provided by SpaceDaily on any Web page published or hosted by SpaceDaily. Privacy Statement