Fantastic news from the international negotiations we told you about last week: the talks concluded on Friday with conservation measures that will protect more than 16.1 million square miles of seafloor habitat in the North Pacific Ocean from bottom trawling and other bottom contact gear.
Delegates also concluded negotiations on a new treaty. Once signed and ratified, it will establish a new fishery management organization charged with sustainably managing North Pacific Ocean fisheries.
Bottom trawls are massive weighted nets that drag along the ocean floor, destroying anything in their path, including ancient coral forests, gardens of anemones and entire fields of sea sponges. Today’s bottom trawlers go deeper and farther from shore than they could ever reach before, into high seas areas populated with slow-growing deep-sea fish and corals that are especially slow to recover from trawling. Nets can be 200 feet wide and 40 feet high, weighing as much as 1,000 pounds and reaching depths of more than 5,000 feet.
The U.S. government is nearing the conclusion of international negotiations for the management of fisheries on the high seas of the North Pacific Ocean. These quiet talks have been ongoing since April 2006 and are likely to conclude this week, which has huge implications for the oceans and Oceana’s work in the region.
Oceana has been participating in these meetings as a member of the U.S. delegation since 2007. Oceana’s Pacific Project Manager, Ben Enticknap, is at this week’s meeting in Vancouver, Canada, working to expand Oceana’s approach to freeze the footprint of bottom trawling and protect important ecological areas to international waters.
The negotiations are between the U.S., Canada, Japan, Russia, China, Korea and Taiwan (Chinese Taipei) and are seeking to establish a new fishery management organization to sustainably manage fisheries on the high seas of the North Pacific Ocean, as well as to establish interim measures to protect “vulnerable marine ecosystems” like seamounts, deep-sea corals, sponges and hydrothermal vents from destructive fishing practices.