Active Forum Topics

Consortium's whale-release rope research in the CSM

Read the recent article in the Christian Science Monitor featuring NEAq researchers and fishermen from the Massachusett's South Shore on our science-industry collaborative project to evaluate hale-release rope for reducing whale entanglements incidence and severity.

Read the recent article in the Christian Science Monitor featuring NEAq researchers and fishermen from the Massachusett's South Shore on our science-industry collaborative project to evaluate hale-release rope for reducing whale entanglements incidence and severity: https://www.csmonitor.com/Environment/2017/0417/How-a-better-rope-could…

Bycatch Consortium members at U.S. West Coast workshop

Consortium Director Tim Werner and industry member Patrice McCarron gave invited presentations at a west coast meeting on whale entanglements organized by the Pacific States Marine Fisheries Commission.

West coast whale entanglements are hitting historical highs, prompting government agencies, fishermen, researchers, and NGOs to collaborate in finding ways to reduce them. Werner and McCarron shared their perspectives through invited talks and discussions during the March 29-20, 2017 workshop in Portland, Oregon, organized by the Pacific States Marine Fisheries Commission. A list of workshop outputs and other documents is available at http://www.psmfc.org/crab/

New Consortium-supported research published

Jeffry Fasick of University of Tampa and colleagues show North Atlantic right whales perceive their prey using vision at multiple ocean depths.

A recent scientific publication in Marine Mammal Science of research supported by the Bycatch Consortium provides evidence that the visual detection ability of North Atlantic right whales is consistent with the transmission spectra of its primary prey, the copepod Calanus finmarchicus. Light radiance, which is necessary for these monochromat whales to visually perceive these copepods, did not appear high enough to support visual detection at all locations where it was measured.

Unexplained die-off of North Atlantic right whales in Canada

Canadian authorities report an unprecedented spate of right whale deaths from the Gulf of St. Lawrence

This news item from CBC reports on the tragic death of five right whales all from the Gulf of St. Lawrence over the past few weeks. Canadian and US scientists are working in collaboration to document the event and determine the cause of death.

http://http://www.cbc.ca/news/canada/new-brunswick/six-dead-right-whales-1.4176832

Stress hormones and entangled right whales

A study by Dr. Rosalind Rolland and colleagues at the Anderson Cabot Center for Ocean Life demonstrated the utility of measuring stress of North Atlantic right whales using hormones extracted from whale feces. The study showed that whales entangled in fishing gear had significantly higher concentrations of these hormones than healthy animals or those killed by vessel strikes. 

Press Release:

Feces collected from entangled North Atlantic right whales reveals ‘sky-high’ stress levels

Endangered Species Research journal publishes pioneering whale feces research; also being used to investigate high numbers of deaths this summer

Consortium Director interviewed by the CBC

A recent article by the Canadian Broadcasting Corporation covered proposed measures by the Canadian Government to mitigate deaths to right whales from fishing gear entanglement. In the article, Consortium Director Tim Werner discussed the prospect of ropeless fishing, in which surface lines and buoys might be submerged near the seafloor with crab, lobster, or fish traps to reduce entanglement risk. 

Here is a link to the full article, which ran on February 19, 2018: "Canada to introduce mandatory reporting of whale interactions this year

Whale-release rope

We are seeking proposals to develop a 3/8” diameter endline with 1700lb virgin breaking strength that is comparable to those currently used in northwest Atlantic lobster pot fisheries. 

Expression of Interest

We are seeking proposals to develop a 3/8” diameter endline with 1700lb virgin breaking strength that is comparable to those currently used in northwest Atlantic lobster pot fisheries. The concept is to use a rope that is practical for many pot fisheries while facilitating escape should whales come into contact with them. Innovative “whale-release” ropes should be developed according to the specifications provided below.

Global Fund for Marine Mammal Bycatch Solutions

New funding opportunity to support testing of bycatch reduction devices and techniques in developing country fisheries.

The Anderson Cabot Center for Ocean Life at the New England Aquarium, in collaboration with the Global Bycatch Exchange and the National Marine Fisheries Service Office of International Affairs and Seafood Inspection, is pleased to announce the availability of funding to support capacity building in developing countries for reducing marine mammal bycatch. More information

New award to evaluate ropeless fishing

Our gear team has been awarded a grant from NOAA's Bycatch Reduction Engineering Program to evaluate offshore ropeless gear for reducing whale entanglements in pot fisheries

A collaboration between our fishing gear team, offshore lobster fishermen, and engineers at the Woods Hole Oceanographic Insitution, received one of 14 national grants awarded under NOAA's Bycatch Reduction Engineering Program (BREP). 

Project Title: Testing a ropeless fishing prototype for eliminating large whale entanglements in pot fishing gear

Grantees for the Global Fund for Marine Mammal Bycatch Solutions

The Global Bycatch Exchange is pleased to announce the first round of grantees for the Global Fund for Marine Mammal Bycatch Solutions

 

 

The Global Bycatch Exchange is pleased to announce the first round of grantees for the Global Fund for Marine Mammal Bycatch Solutions   

Grant Recipient: Green Balkans

Project Location: Bulgaria

Project TitleBLACK SEA HARBOUR PORPOISE (Phocoena phocoena relicta) BYCATCH MITIGATION IN THE BULGARIAN WATERS OF THE BLACK SEA

Grant Award$24,000

Marine Mammal Bycatch Solutions funding!

A second round of funding is now available to support competitive proposals focused on documenting or reducing marine mammal bycatch in non-US fisheries. 

With support from NOAA-Fisheries, we are pleased to announce that new applications for funding are being accepted. Project support is based on availability of funds, which will be available on a first-come, first-serve basis for the most competitive proposals. To apply, please see: https://www.bycatch.org/content/funding-opportunities

New funding is available under the Global Fund for Marine Mammal Bycatch Solutions 

Applications are now being accepted under the Global Fund for Marine Mammal Bycatch Solutions. Please see the attached file for more information including how to apply.

Ocean Associates, Inc., in collaboration with the Consortium for Wildlife Bycatch Reduction and with funding from the National Marine Fisheries Service Office

Ropeless fishing gains traction in Massachusetts

Some fishermen are taking advantage of available federal funding and gear to try out ropeless gear in Massachusetts, and increasingly in Maine as well.

State and federal governments are looking at opening fishing areas closed to fishing because of high entanglement risk to North Atlantic right whales (Eubalaena glacialis). See

https://www.bangordailynews.com/2023/07/04/business/ropeless-gear-pilot…

NOAA Right Whale discovered dead off of Martha's Vineyard appears to have been caused by lobster line from Maine State waters

For more information, please see the reports directly from NOAA. Here is the link: https://www.fisheries.noaa.gov/feature-story/examination-continues-caus…

For many years Maine lobster fishermen have maintained that their gear is not involved in right whale entanglements. Nevertheless, many scientists believed that this had more to do with cryptic entanglements in which very few entanglements are observed and thus there would not be an opportunity to study from where the entangling gear originated.