National Fisherman

The damage from oil during the BP Deepwater Horizon disaster to communities of tiny organisms living in and on the soft sediment on the floor of the Gulf of Mexico surrounding BP's Macondo well will take decades to repair, according to a new scientific study conducted by NOAA, BP and university researchers.
 
According to the study published in the online scientific journal PLOS One, the most damage to the abundance and diversity of tiny animal organisms extends 1.9 miles from the wellhead in all directions, covering a 9.3-square-mile area. Moderate damage was seen up to 10.6 miles to the southwest of the wellhead and 5.3 miles to the northeast, representing an area of 57 square miles, the researchers found. 
 
It's the first time a study has attempted to outline the breadth of damage to life on the sea floor around the ill-fated well. The results meaning  will be used as part of the federal effort to determine how much damage has been done to natural resources by the oil, which could lead to BP and others responsible for the accident developing a project to mitigate the damage.
 
The analysis is based on sediment samples collected during two surveys after the well was capped and the flow of oil was stopped in July, 2010. One research vessel collected samples from Sept. 16 through Oct. 19, 2010, and a second vessel took samples from Sept. 24 through Oct. 30, 2010.
 
Read the full story at the Times-Picayune>>

National Fisherman Live

National Fisherman Live: 3/10/15

In this episode, Online Editor Leslie Taylor talks with Mike McLouglin, vice president of Dunlop Industrial and Protective Footwear.

National Fisherman Live: 2/24/15

In this episode:

March date set for disaster aid dispersal
Oregon LNG project could disrupt fishing
NOAA tweaks gear marking requirement
N.C. launches first commercial/recreational dock
Spiny lobster traps limits not well received

Inside the Industry

The Mid-Atlantic Fishery Management Council has scheduled a series of scoping hearings to gather public input for a proposed action to protect unmanaged forage species.

The proposed action would consider a prohibition on the development of new, or expansion of existing, directed fisheries on unmanaged forage species in the Mid-Atlantic until adequate scientific information is available to promote ecosystem sustainability.

Read more...

The National Marine Educators Association has partnered with NOAA this year to offer all NMEA 2015 conference attendees an educational session on how free NOAA data can add functionality to navigation systems and maritime apps.

Session topics include nautical charts, tides and currents, seafloor data, buoy networking and weather, among others.

Read more...
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