Written by Jen Finn
Last May, scientists reported that 15 Pacific bluefin tuna caught in California in the months after the disaster at Japan's Fukushima Dai-ichi nuclear power plant in 2011 contained trace amounts of radiation. It was the first evidence of migrating animals transporting radioactive materials across the ocean, and the researchers suggested it could provide a means for tracking the fish's annual migrations.
Now, nearly two years after the plant discharged radioactive materials into the ocean, follow-up research led by a biology PhD candidate at Stanford finds that young Pacific bluefin tuna are still arriving in California carrying two of Fukushima's signature radioisotopes, cesium-134 and cesium-137.
The work supports the idea that the Fukushima radioisotopes can be used to reliably determine the previously unknown trans-oceanic movements of juvenile Pacific bluefin tuna. This information could be used to prevent tuna from being overfished.
Read the full story at Stanford News>>
The National Fish and Wildlife Foundation announced last week the sixth round of grant awards from its Fisheries Innovation Fund, a program launched in 2010 to foster innovations that support sustainable fisheries in the United States.
The goal of the Fisheries Innovation Fund is to sustain fishermen and fishing communities while simultaneously rebuilding fish stocks.Read more...
Alaskan Leader Fisheries will give Inmarsat’s new high-speed broadband maritime communications service, Fleet Xpress, a try on the 150-foot longline cod catcher/processor Alaskan Leader.