A review of the problem Land-based anglers in Florida (those who fish from beaches, docks, and piers) catch large numbers of threatened, protected species, handling them in needlessly cruel ways that likely result in mortality or permanent injury. Anglers are aware that what they’re doing causes harm to certain species and violates some existing regulations. Hammerhead sharks in particular are extremely physiologically vulnerable and need to be released much faster than they are currently being released or else they will very likely die.
Trump moves toward offshore oil testing in Atlantic and while almost every elected representative up and down the Atlantic seaboard is opposed to allowing offshore oil exploration in our waters, Andy Harris, who represents the Maryland eastern shore from his home in Cockeysville, far from any fisheries (not a lot of crabs on Loch Raven, FYI), still thinks it would be a grand idea to trash Maryland’s coastal economy.
Ignacio R. “Nash” Camacho, a Traditions About Seafaring Islands member, and codesigner of the Chamoru Sakman outrigger replica canoe “Tasi,” talks about his creation during a ceremony at the Guam Museum on June 29, 2017.
Friend of the blog and submarine legend Erika Bergman is leading an expedition to Belize’s Blue Hole! Follow along as she maps this unique ocean feature: Belize Blue Hole 2018. Some dudes are tagging along, too.
Climate change affects the natural, built, and social systems we rely on individually and through their connections to one another. These interconnected systems are increasingly vulnerable to cascading impacts that are often difficult to predict, threatening essential services within and beyond the Nation’s borders.
The process of blood transfusions, started in the late 19th century and perfected in the early 20th century, were a big advancement in modern medicine and the treatment of human health. Part of the improvements in this procedure was the discovery of the various blood types in humans, and how that affects how the immune system responds to and “accepts” blood transfusions. Recently, researchers from the University of British Columbia may have found a reliable way to use a bacterial enzyme from the human gut to convert any type of blood into type O – which is compatible with nearly everyone.
Animation of red blood cells (Photo credit: meghanmecrazy)