Tony Winner Brian Stokes Mitchell Will Host 11th Annual Broadway Salutes – Playbill.com

Tony Award winner Brian Stokes Mitchell, most recently on Broadway in Shuffle Along, will host the 11th annual Broadway Salutes ceremony, presented by The Broadway League and The Coalition of Broadway Unions and Guilds.

The annual event, at which theatre professionals receive recognition for having worked 25, 35, and 50+ years on Broadway for their contributions to the business, will be held November 5 at 3:30 PM at Sardi's Restaurant.

The program is directed by Marc Bruni. Commissioner of the Mayor's Office of Media and Entertainment Anne del Castillo will also be in attendance.

At this years ceremony, The Actors Fund will be honored for its ongoing support and contributions to the theatrical community.

Broadway Salutes honors actors, agents, attorneys, box-office treasurers, casting directors, choreographers, composers, designers, directors, dressers, managers, musicians, orchestrators, producers, publicists, stagehands, stage managers, stylists, theatre owners, ticket sellers, ushers, writers, and more who have dedicated their careers to the success of Broadway.

If youre lucky enough to be adopted into the Broadway family, you may find you want to make a career and a life hereas this exceptional group has done for a quarter of a century and more, said Thomas Schumacher, chairman of The Broadway League. Its veterans like these along with vital new talent who make the thrilling array of Broadway shows year after year. Were lucky theyre part of our family.

The Broadway Salutes committee is comprised of co-chairs Laura Penn (SDC) and Mark Schweppe (Shubert) and committee members Chris Brockmeyer (Broadway League), Willa Burke (Jujamcyn), Joe Hartnett, (IATSE), Adam Krauthamer (Local 802), Deborah Murad (Dramatists Guild), Lawrence Paone (Local 751), Paige Price (SDC), Aaron Thompson (Equity), and Patricia White (TWU Local 764, IATSE).

Connie Wilkin and Jennifer OConnor, of Foresight Events, are the production team.

Host Mitchell earned Tony, Drama Desk, and Outer Critics Circle Awards for his performance in Kiss Me, Kate. He also received Tony nominations for his performances in Man of La Mancha, August Wilsons King Hedley II, and Ragtime, and he was recently inducted into the Theater Hall of Fame. Other notable Broadway shows include Kiss of the Spider Woman, Jellys Last Jam, and Women on the Verge of a Nervous Breakdown. In 2016, Mitchell received his most recent Tony Award for his work as Chairman of the Board of the Actors Fund.

Members of the theatre community who have worked more than 25 years on Broadway should contact their union, the Broadway League, or their Broadway employer in order to take part in the ceremony.

Mitchell has been special a guest performer on Playbill Travels Broadway on the High Seas cruises. Cabins are now on sale for Broadway in the Great Northwest, Playbill Travels first domestic cruise featuring Kate Baldwin, Tedd Firth, Christopher Fitzgerald, Aaron Lazar, and Faith Prince (April 26May 4, 2020), and for Broadway on the Mediterranean (August 31September 7, 2020), featuring Audra McDonald, Will Swenson, Gavin Creel, Caissie Levy and Lindsay Mendez, and for Broadway on the Nile (December 27, 2020January 7, 2021), with performers soon to be announced. To book a suite or stateroom, call Playbill Travel at 866-455-6789 or visit PlaybillTravel.com.

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Tony Winner Brian Stokes Mitchell Will Host 11th Annual Broadway Salutes - Playbill.com

Best Shots Advance Review: MARAUDERS #1 ‘Shows What It’s Like to Live in that Weird, Crazy World’ – Newsarama

Credit: Marvel Comics

Marauders #1Written by Gerry DugganArt by Matteo Lolli and Federico BleeLettering by Cory PetitPublished by Marvel ComicsRama Rating: 7 out of 10

Serving as a spiritual successor to X-Men: Gold if not an overt one, Marauders #1 brings Kitty Pryde to the mutant high seas, as she takes on a leadership role unlike any shes undertaken before. Writer Gerry Duggan and artist Matteo Lolli deliver a solid storyline for their intangible heroine, even if they dont necessarily reinvent the wheel in the same way as Jonathan Hickmans megahit series House of X and Powers of X.

Since the days of Chris Claremont, writers have bent over backwards to show how Kitty Pryde is different from the rest of the X-Men, but Id argue that the angle that Duggan has taken in Marauders makes her more sympathetic and likable than weve seen Shadowcat since the days of Joss Whedon. Without spoiling too much, Duggan really zeroes in on Kittys flaws, and seeing this one-time prodigy transform into a highly competent screw-up feels like a fun way to reinterpret the character - while Hickmans relaunch of the X-Men were all about big ideas and world-shaking twists, Duggans warmer, funnier style shows readers what its like to live in that weird, crazy world.

Artist Matteo Lolli, meanwhile, reminds me a bit of Mahmud Asrar - he does some strong expression work with Kitty and Iceman in particular, making them the emotional centerpieces of the book thus far. Additionally, Lollis fight choreography with Kittys phasing powers is rock-solid stuff, helping her establish her leadership bonafides and reminding readers shes not a kid, but a force to be reckoned with. Still, I do wish Lolli varied up his panel layouts a bit more - theres a little bit of a focus on horizontal letterbox panels, which make some of the establishing shots feel a little less than immediate.

That said, if theres anything holding Marauders back, its that Duggans singular focus on Kitty makes the actual team element of the book a little harder to swallow. Characters like Storm, Iceman and Pyro more or less just show up, rather than there being a particularly deliberate feeling behind this lineup - and unfortunately, theres a plot element that keeps Ororo and Bobby in particular feeling sidelined. Beyond Kittys fun action sequence, the only other character in the series that gets even a small chance to shine is Pyro, with an unexpected but satisfying team-up that definitely secures his place in the book.

By the time you finish reading Marauders #1, this books high concept will click into place, and youll understand the idea of Kitty Pryde and her mutant pirates in a way that makes more sense than, say, a throwback to Nightcrawlers 1990s era hoop earring and buccaneer boots. Admittedly, Duggan doesnt necessarily capitalize on his page count in terms of introducing the rest of his characters, but his take on Kitty is a winning one, and hopefully as this series picks up steam, Marauders will shore up some extra goodwill for its high seas high concept.

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Best Shots Advance Review: MARAUDERS #1 'Shows What It's Like to Live in that Weird, Crazy World' - Newsarama

This Fisherman Wants Us To Use The Oceans To Fight Climate Change – HuffPost

As a fisherman who has been working on the high seas since he was 14, Bren Smith has seen just how precarious life in and around the ocean can be.

He was 20 when the cod stocks in Newfoundland, Canada,collapsed in 1992, leaving more than 30,000 people without work and devastating the fishing village where he grew up. Smith was spared because he was working in Alaska at the time. Still, the experience shook him. He left commercial trawling behind and switched to oyster farming.

Then in 2011, Hurricane Irene came, Smith said. And Hurricane Sandy the next year. Intense storm surges, fueled by global warming, buried his bivalves and destroyed his equipment.

Discussions about climate change have often focused on its terrestrial impacts: the killer heatwaves, wildfire, desiccated forests and depleted farmland. But global warming is affecting the oceans as well, heating them up and changing their chemistry so rapidly that its diminishing seafood supplies and triggering stronger, wetter tropical storms, United Nationsscientists recently warned.

I was told climate change would be a slow lobster boil, said Smith. After the storms, I realized it was already here. Its here and now.

So Smith became one of a growing number of activists, policymakers and climate scientists working toward a plan that aims not only to protect the oceans but also to help slow the snowballing effects of global warming that threaten to wreck the planet. Along the way, they want to create more jobs in ocean conservation, offshore energy and seaside tourism. Modeled after the Green New Deal, these conservationists are calling their plan a Blue New Deal for the ocean.

The thing is, were either looking at the ocean as a problem space, Smith said, or we see it as the victim of acidification, of overfishing, of changing water temperatures, of bleached coral reefs.

His version of aBlue New Deal reimagines the ocean as a protagonist and as a place where we can build real climate solutions, Smith said. The proposal, which Smith drafted along with marine biologist Ayana Johnson and Chad Nelsen of the nonprofit Surfrider Foundation, emphasizes restoring and replanting coastlines.

Wetlands, seagrasses and mangroves can absorb up to five times more carbon per acrethan a rainforest, Johnson explained. And wouldnt that be a great opportunity for a jobs program? she said. We could have a conservation corps of young people that just go out and plant stuff.

The plan also champions a model of ocean farming that Smith developed after losing all his oysters. The aquatic gardenshe rebuilt off the coast of Connecticut include seaweed, which absorbs carbon, and shellfish, which absorb nitrogen. Besides absorbing greenhouse gases, he said his gardens are good for the climate because they help to restore the wider marine ecosystem. And theyre good business, he said, because they can float and bob through storms

Smith now runs the nonprofit GreenWave, which helps fishers across the country and around the world plan their own ocean gardens. He recounts his meandering journey from trawl fisherman to ocean entrepreneur in his 2019 book, Eat Like a Fish.

Ronald Gautreau Jr. for GreenWaveSmith harvests oysters from his Thimble Island Ocean Farm off Branford, Connecticut.

Ocean farms are just one little idea, Smith said. My thought is: Lets bundle together and support a thousand climate solutions because theyre out there.

The Blue New Deal that Smith helped write is one of several similar efforts to articulate what such a proposal could include. Others have suggested investing in offshore wind farms and tidal energy, setting higher air quality standards for ships, and promoting hybrid and hydrogen-fueled vessels.

The activist group Blue Frontier has gone a step further to also propose flood insurance reform and programs to help people who live in flood-prone areas relocate to higher ground.More than 40% of Americanslive along or near the coast, and coastal communities generate nearly half of the United States GDP about $8 trillion.

When the best available science is giving us the worst possible scenarios for the ocean, we just have to do something, said Blue Frontiers founder, David Helvarg.

In a bid to gain the support of all presidential candidates for its Ocean Climate Action Plan, Blue Frontier invited scientists, fish and shellfish farmers, government officials and activists to a summit last week to refine the proposal. Weve got a lot of the tools and a lot of the solutions, but so far weve lacked the political will to do anything about it, Helvarg said.

Part of the problem is that oceans are sort of out of sight, out of mind, he said. Many Americans only think about the ocean when theyre on a beach vacation.

That may be starting to change.

During CNNs climate crisis town hall for Democratic presidential candidates last month, Smith had the opportunity to question one of the front-runners, Sen. Elizabeth Warren (D-Mass.). Those of us that work on the water, we need climate solutions and we need them now, he told her. The trouble is, is the Green New Deal only mentions our oceans one time. ... So whats your plan for a Blue New Deal for those of us working on the oceans?

Warren quickly promised her support. I think hes got it exactly right. We need a Blue New Deal as well, she said.

Smith is waiting for her and every other lawmaker to get on it.

If it matters to you, it matters to us. Support HuffPosts journalism here.For more content and to be part of the This New World community, follow our Facebook page.

HuffPosts This New World series is funded by Partners for a New Economy and the Kendeda Fund. All content is editorially independent, with no influence or input from the foundations. If you have an idea or tip for the editorial series, send an email to thisnewworld@huffpost.com

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This Fisherman Wants Us To Use The Oceans To Fight Climate Change - HuffPost

The Rise of Skywalker trailer five things we learned – The Guardian

Back in my day, jocks and nerds didnt get along much, but it seems such old distinctions are now gone. Making its debut at halftime during Monday Night Football, the final trailer for Star Wars: The Rise of Skywalker delighted athletes and asthmatics alike. We are all united when it comes to Jedi, droids and Wookiees.

The Rise of Skywalker is billed as the culmination of the sequel-trilogy, or non-ology, or whatever you call the main Star Wars storyline. There will be more from the galaxy far, far away (The Mandalorian is just around the corner on Disneys streaming service) but for material directly connected with George Lucass 1977 original, this is it. Or at least until its Daisy Ridley and John Boyega as the elder statespeople passing the lightsaber to the next generation. (Dont think that wont happen.)

As the new trailer launched, there were many questions. Is Rey an everywoman, or is she to the cosmic manor born? Will Kylo Ren revert to the light side? Will Finn and Rose live happily ever after? Can Poe Dameron be any more dreamy?

And how will Luke Skywalker fit in, now he is dead? How exactly will Emperor Palpatine, AKA Darth Sidious, fit in, since hes been dead since 1983? How smooth will the repurposed footage of General Leia look, since Carrie Fisher died before production of this movie began? And for the hardcore, is that ship in the background really the Ghost from the animated series Star Wars Rebels? (All signs point to yes.)

This is a JJ Abrams film, so zilch of substance was revealed in this latest promo. But here were the five moments where we made noises that most resembled millions of voices crying out in terror (in a good way).

The third film in each Star Wars trilogy has, thus far, involved a reversal of what true nerds call alignment. In Return of the Jedi, Darth Vader became good. Yay! In Revenge of the Sith, Anakin Skywalker turned bad. Boo! Will this new one be the tiebreaker? We hope so. And we hope it involves Rey forgiving Kylo Ren his transgressions and the two of them having a big smooch somewhere with the wind blowing her robes and his wavy hair.

But until that can happen, theres going to be some fighting, and it looks like some of that will be on the high seas. Adam Driver looks diabolical emerging from the water and holding his red, cruciform lightsaber like some kind of upside-down trident.

Palpatine is back in this new one. How how how? No one saw it coming, so we should have expected it.

Weve yet to see Ian McDiarmid in any of the promotional materials is it really him, or his Force ghost? but weve heard him laugh and now weve heard him say spooky things such as Long have I waited! (Never keep McDiarmid standing in a queue; hes terrifying!) Its unclear exactly what the Darth Formerly Known As Sidious has been waiting for, but we can guess as to the where: a crazy-looking stone throne that would make even Thanos wince!

I thought we had got all the Star Death out of the way with The Last Jedi. Vice-Admiral Holdo sacrificed herself by hyperdriving the Raddus into a fleet of Star Destroyers and Luke Skywalker evaporated after his Force Projection. Then there was Carrie Fisher who actually died. Couldnt our tear ducts maybe take a movie off?

Well, no. I just didnt think it would be C-3PO, the protocol droid who along with R2-D2 has been in every Star Wars movie thus far, to be the one to go. A solemn farewell moment in this trailer makes it seem as if thats the case.

When George Lucas (remember him?) was first dreaming up these stories (and giving them tongue-twister titles such as Adventures of the Starkiller as taken from The Journal of the Whills, Saga I: The Star Wars) his influences were varied. Yes, he was reading Joseph Campbell. Yes, he was watching Akira Kurosawa. But he was always inspired by cheap, dopey film serials from the 1940s and earlier. To that end, this shot of our heroes on a fleet of interplanetary horses (they arent tauntauns!) really brings it all home. Its fun to see new character Jannah (Naomi Ackie) leading the charge, and outstanding to see BB-8 zooming alongside them.

Each trilogy is about one persons journey. The prequels were about Anakin, the original trilogy was about Luke and the sequel trilogy is about Rey. The final shot of this trailer, with the digital sparkle added to her eyes (unless Abrams blinded her on set!), is a gorgeous image of a new icon. And the voice from elsewhere in the room (or maybe from beyond) echoes some memorable lines from the first film: The Force will be with you, says Luke. Always, adds Leia.

Excuse me, someone must be chopping up space onions in here!

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The Rise of Skywalker trailer five things we learned - The Guardian

JMA warns of landslides, high waves as Typhoon Bualoi strikes islands south of Tokyo – The Mainichi

TOKYO -- Powerful typhoon Bualoi has begun to lash Japan's Ogasawara Islands about 1,000 kilometers south of Tokyo with strong winds and rough seas, the Japan Meteorological Agency (JMA) said.

The agency is calling for residents of the islands to be on their guard against landslides and high waves. It said swells brought by the typhoon could also cause rough seas in some areas from northern to western Japan on the Pacific Ocean side of the country through Oct. 25.

As of 11 a.m. on Oct. 24, Typhoon Bualoi, the 21st recorded this year, was located about 30 kilometers northwest of Chijijima, an island in the Ogasawara chain, and was heading north at a speed of about 20 kilometers per hour. It had a central atmospheric pressure of 950 hectopascals, with a maximum sustained wind speed near its center of 45 meters per second (162 kilometers per hour), and a maximum wind gust speed of 65 m/s (234 kph).

The typhoon is later expected to head north and then north-northeast before being downgraded to an extratropical cyclone in an area to the east of Japan in the predawn hours of Oct. 26.

The agency warned that some areas of the Ogasawara Islands could be hit with heavy rain of about 30 millimeters per hour, as well as thunderstorms. It said rain could have already loosened some land.

(Mainichi)

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JMA warns of landslides, high waves as Typhoon Bualoi strikes islands south of Tokyo - The Mainichi

How America Learned How to Hunt and Kill Submarines (Thank World War I) – The National Interest Online

Key point:The Navy's experience was gained with blood, but it would help again against the Nazis during the Second Battle of the Atlantic.

When Congress voted on April 6, 1917 to declare war on Imperial Germany, the task before the U.S. Navy was clear: it needed to transport and supply over a million men across the Atlantic despite the Imperial German Navys ferocious U-Boat campaign, which reached its peak that month, sinking over 874,000 tons of shipping.

Indeed, Germanys decision to recommence unrestricted submarine warfare in February was one of the decisive factors driving the United States, and later Brazil, into finally joining the war to end all wars.

While World War I submarines could only remain submerged for brief periods, they were highly successful at picking off unescorted merchants ship in the Atlantic and Mediterranean. Neither active sonar nor radar yet existed with which to track submarines, though the British had begun using hydrophones to listen for the noise of a submarines diesel engine.

The most successful anti-submarine ships were agile torpedo-boat destroyers, which sank U-Boats using deck guns and even ramming. Starting in 1916, Royal Navy vessels carried depth charge designed to detonate underwater, rupturing a submarines hull. These proved effective if the ship captains could guess the subs position. Statistically, naval mines proved deadliest, accounting for one-third of U-Boat losses.

For years, the Royal Navy resisted instituting a convoy system to guard merchant ships, preferring not to divert warships from offensive missions and believing the decrease in throughput from adhering to a convoy schedule would prove worse than the losses inflicted by U-Boats.

But that April, U-Boats had sunk one-quarter of all merchant ships bound for the UK, leaving it with just six weeks grain supply. Threatened with economic collapse, the Royal Navy finally instituted the convoy system. But the Brits had a problem: they could divert only forty-three out of the seventy-five destroyers required to escort convoys.

Naval liaison Rear Admiral William Sims convinced the navy to dispatch thirty-five U.S. destroyers to bases at Queenstown (modern-day Cobh), Ireland to fill in the gap. These began escorting convoys on May 24, usually supported by navy cruisers. In 1918, an even larger escort flotilla began operating out of Brest, France.

The U.S. Navy itself began the war with only fifty-one destroyers. It immediately faced a classic military procurement problem: politicians and admirals wanted to build more expensive battleships and battlecruisers, construction of sixteen of which had been authorized by the Naval Act of 1916.

But the Royal Navy already had the German High Seas fleet effectively bottled up in port with its larger force. While five coal-burning and three oil-burning U.S. battleships did join the blockade in 1918, they never saw action. Common sense prevailed, and battleship construction was halted in favor of building 266 destroyers.

More rapidly, the Navy commissioned hundreds of small 70-ton wooden-hulled sub-chasers equipped with hydrophones, 3 deck guns and depth charges. Civilian yachts were similarly converted. The Navys eleven L-class and K-class submarines were also deployed to Berehaven (now Castletownbere), Ireland and the Azores respectively to hunt (surfaced) U-Boats, but none encountered enemy forces during the war.

Hundreds of twin-engine HS maritime patrol planes were also procured to scour the seas for submarines. Though the seaplanes sank few if any submarines, they disrupted numerous attacks by forcing U-Boats to dive and abort their torpedo runs.

The convoy system proved a dramatic success, cutting shipping losses to less than half their peak. U-Boats simply lacked unprotected targets and were more likely to be lost combating escorts. Shipping losses gradually fell to roughly 300,000 tons per month, while U-Boat losses increased from three per month to between five and ten.

However, submariner-hunting remained a dangerous business in which a hunter could swiftly become hunted. On Nov. 17, 1917, the destroyer USS Cassin was pursuing U-61 near Ireland when the U-Boat counterattacked. Spotting a torpedo rushing towards the depth-charge launcher on the ships stern, Gunners Mate Osmond Ingram lunged forth to jettison the explosive charges but was caught in the blast that tore away the destroyers rudder. The Cassin remained afloat and shelled U-61s conning tower, causing her to disengage. Ingram was posthumously awarded the Medal of Honor.

The destroyer Jacob Jones was not so fortunate when she was struck in the rudder by a torpedo fired by U-353 near Brest on December 6. Sixty-six crew perished abandoning ship as her depth charges detonated. Gallantly, U-Boat captain Karl Rose rescued two of the crew and radioed the position of the other survivors.

U.S. sub-hunters did score some successes. On November 17, the destroyers Fanning and Nicholson forced U-58 to the surface with depth charges, then engaged her with deck guns until her crew scuttled her. The converted yacht Christabel crippled a U-Boat with depth charges in May 1918 off the coast of Spain.

That month, the Imperial Navy began dispatching long-range U-Boat cruisers with huge 150-millimeter deck guns to maraud the U.S. coast. These sank ninety-three vessels, mostly small civilian fishing boats. The Germans hoped this would spread panic, causing the Americans to withdraw assets in Europe for home defense.

Notably, on July 18 the boat U-156 surfaced off the coastal town of Orleans on Cape Cod, Massachusetts, and proceeded to destroy a tugboat, four barges and the nearby shoreline with its cannons. Nine Coast Guard HS and Model R-9 seaplane bombers scrambled from NAS Chatham and peppered the withdrawing U-boat with bombsnone of which exploded.

The following day, the armored cruiser USS San Diego struck a mine probably lain by U-156 south of Long Island. The explosion flooded her engine room, causing the cruiser to sink with the loss of six handsbecoming the only capital ship lost by the navy. U-156 proceeded to sink twenty-one fishing boats in the Gulf of Maine, and even commandeered a trawler to assist in its rampage. But though the navy instituted coastal convoys, it didnt withdraw ships from Europe.

U-Boats were also active in the Mediterranean, and Gibraltar-based American subchasersoften little more than civilian yachts fitted with 3 guns and depth chargestwice clashed with them, sinking at least one.

Perhaps the Navys most swashbuckling episode of the war occurred on October 2, 1918, when twelve U.S. subchasers covered an Italian and British surface force raiding the Albanian port of Durazzo. Dodging shells from shore batteries, the subchasers cleared a path through the defensive minefield for the accompanying capital ships. They then hounded away the submarines U-29 and U-31, heavily damaging both.

The navys deadliest anti-submarine measure was the North Sea Mine Barrage, a 230-mile-long chain of 100,000 naval mines between the Orkney islands and Norway. U-Boats seeking passage to the Atlantic had to wend through eighteen rows of Mark 6 mines concealed at depths of twenty-four, forty-nine and seventy-three meters deep, strung together with piano wire. Each of the horned steel spheres contained three hundred pounds of TNT. The barrage cost $40 million ($722 million in 2018 dollars) and required the deployment of eight large steamships. However, it sank between four and eight U-Boatsincluding the infamous U-156and damaged another eight.

Ultimately, 178 out of 360 operational U-Boats were sunk during World War I. In return, the German subs sank 5,000 merchant ships totaling 12.8 million tons, killing 15,000 mariners. The U.S. Navy lost 431 personnel and five shipsits worst loss occurred when the collier USS Cyclops vanished with 306 crew in the Bermuda Triangle.

Despite its unglamorous duties, the U.S. Navy learned valuable lessons in the Great War about employing convoys, smaller submarine-hunters and maritime patrol planes that would save many lives in the even more destructive conflict that followed two decades later.

Sbastien Roblin holds a masters degree in conflict resolution from Georgetown University and served as a university instructor for the Peace Corps in China. He has also worked in education, editing, and refugee resettlement in France and the United States. He currently writes on security and military history for War Is Boring. This first appeared in December 2018.

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How America Learned How to Hunt and Kill Submarines (Thank World War I) - The National Interest Online

SSN(X) Will Be the U.S. Navy’s New Attack Submarine: Here’s How to Make it A Success – The National Interest Online

Let the experiments begin, submariners and shipbuilders. Even as shipyards lay keels for a bulked-up block of its Virginia-class nuclear-powered attack submarine (SSN), the U.S. Navy espies an entirely new class of attack boat designated SSN(X). The SSN(X) program is slated to debut in 2031, a full twelve years from now. (The program gets underway in earnest in 2034, when the service expects to start buying two boats per year.) That timetable affords the submarine force a bit of leisure to ponder the nature of naval warfare, project the composition of future fleets, and postulate operational concepts and tactics whereby the silent service can navigate an undersea environment in flux.

In short, the experts have time to think about things first rather than vault straight into engineering.

Lets put that leisure to use. Once submarine officers complete the intellectual legwork they can work alongside naval architects and weapons scientists to devise a sub design that empowers the U.S. Navy fleet as a whole to discharge the missions likely to be entrusted to it. But the design process must not stop with drafting impressive blueprints. The leadership and shipbuilders must treat the fresh design as a hypothesis. A ship design is nothing more than a nifty idea until shipwrights beat the idea into steel and crews take it to sea. Just like in chemistry or physics lab, the team should test their hypothesis in the field, unearth its faults and quirks, refine it, and keep testing until it yields satisfactory results.

Only then should it be pronounced fit for serial production.

That the scientific method should govern naval development sounds self-evident. Evidently, it wasnt around the turn of the century. Back then a conceit seems to have bewitched the Pentagon leadership. It went something like this: designers could draw up plans for a new platform, engineers could pile on untried weapons, sensors, or other gear, and the platform could go into mass production before proving out in field trials. Thats like a car maker dreaming up a concept car, declaring the prototype ready for sale, and rushing it into production . . . before taking it on the track for a test drive.

Imagine the wreckage to the bottom line of any firm that invented and marketed products the Pentagon way. High-seas operations are the arbiter of what does and doesnt work in marine technology, just as road testing vindicates a supercar designor exposes its shortcomings.

The turn-of-the-century procurement philosophy underwent field trials of its own. It gave us littoral combat ships without working sensors and weapon systems but with unworkable crewing and operational schemes; stealth destroyers sporting advanced guns meant to fire ammunition thats too expensive to buy; and aircraft carriers without operational weapons elevators to arm their warplanes. At best the fin de sicle approach causes delays and costs money as operators discover problems and engineers improvise fixes and retrofit them into vessels already displacing water. At worst, a shipbuilding program could fail altogetherrending a hole in the navys fleet design.

Subtract a ship type from the fleet and you risk grave operational or even strategic repercussions. All the more reason to experiment with SSN(X) prototypes long before 2031and deposit that misbegotten legacy in historys dustbin.

So much for the jeremiad. The nonpartisan Congressional Budget Office (CBO) has been on a tear at the navys expense of late, for instance by issuing an estimate that the SSN(X) will cost $5.5 billion per hull, as opposed to the $3.4 billion forecast in the naval establishments long-range shipbuilding plans. The CBO analysts explain that gaping 62 percent discrepancy as an artifact of a disagreement over hull size. Size matters. CBO says it assumed the navy needs a bigger boat to get what it says it wants out of the new class in terms of armament, speed, and other attributes. A vessel boasting the tonnage of the older 9,100-ton Seawolf-class, not the less capacious 7,800-ton Virginia, would be necessary to furnish the internal volume to house these improvements.

Heavier means pricier. QED. Or has it? By all accounts, the Seawolf constitutes the state of the art in SSN technology. But the first boat in the class was commissioned a quarter-century ago, while the design dates to the 1980s. Technology and warfighting concepts have bounded ahead in the interim. Is it really safe to assume that the SSN(X) must necessarily be a Seawolf equivalentan updated version of a thirty-year-old design?

Maybe, maybe not. Revisiting the fundamentals could help the silent service and the navy leadership answer the CBOs challenge and vindicate their budgetary outlook. What sort of boat would do so? Rather than gainsay the legendary baseball sage Yogi Berrawho wisecracked that its tough to make predictions, especially about the futurelets stipulate some principles to shape the inquiry shaping the SSN(X). One Principle to rule them all: do not content yourself with improving on existing boats, or even on long-cherished ideas about what a submarine is or how it ought to do business. Situate the new SSN in the strategic and operational context that will greet it when it takes to the depths in the 2030s.

Principle #1break the mold.

Over the past couple of years, the Naval War College convened two Breaking the Mold workshops aimed at shattering orthodox thinking about all things naval and maritime. I had the privilege of overseeing a cohort of Young Turks who hammered the mold with glee. They rejected measuring naval power by brute numbers of hulls in the water, the traditional gauge of whos strong and who falls short. Instead, they fell back on a definition of military adequacy beloved of scribes from Clausewitz to Mahan to Corbett: the contender able to concentrate superior combat power at the decisive place and the decisive time is the likeliest victor and, therefore, is adequate unto its purposes.

Nothing in the strategic canon states that it takes a particular type of platform or payload to amass X + 1 units of combat power at a scene of action where the foe fields X units. Doubtless, the ship as traditionally understood will remain integral to the panoply of naval warfare. But sea power is undergoing a phase change with the inception of ultra-long-range precision weaponry, unmanned aerial, surface, and subsurface vehicles of many types, land forces able to strike out to sea, and on and on. Submarine warfare is not exempt from this incipient revolution.

Framers of the SSN(X) program should gaze darkly into the future, then, asking themselves whether the sub remains the sole bearer of undersea might or they should design the undersea fleet to accommodate new realities. SSNs that operate in concert with unmanned craft could be quite different from the lone wolves that now prowl the oceans and seas.

Principle #2beware of breaking the mold.

Now, theres hidden peril to declaring a longstanding paradigm brokennamely that you might wrongly or prematurely abandon a model that remains valid but needs mending. Philosopher-scientist Thomas Kuhn declares that a paradigm shift takes place when so many anomalies accumulatediscrepancies the model cannot explainthat the old paradigms defenders can no longer explain them away or tweak the model to account for them. The reigning paradigm then collapses, yielding to another that explains reality better.

Plausible enough. But Kuhn implies, without quite saying so, that a twilight zone precedes the paradigm shift. Thats when anomalies have started to appear, but not in such numbers or so compellingly that they refute established orthodoxy beyond doubt. During that ambiguous phase, disputants might toss out a perfectly good paradigm that needs to be refreshed for new circumstances. Witness, for instance, the never-ending debate about whether the day of the aircraft carrier is coming to a close. Anomalies are legion, in the form of saturation missile barrages and the like; whether theyre fatal to carrier aviation remains in question. No naval engagement has put claims and counterclaims to the testyet. Without a verdict of arms, whos to say for certain whether these are false anomalies, manageable developments, or bona fide paradigm changers?

Discarding a valid paradigm would court danger just as clinging to an outmoded one would. Worse still, the healthy spirit of breaking the mold could merge with the U.S. Navys mostly healthy can-do spirit to produce an unhealthy technophiliaenthusiasm for a new paradigm that may never fulfill its promise. Heres how that might work. Navy magnates have taken to calling the Trump administrations proposed 355-ship force The Navy the Nation Needs, yet resource constraints appear to rule out more than modest expansion beyond todays 290 hulls. How should can-do leaders fashion the navy the nation needs without the resources to do it?

Perhaps by indulging in technological fudge factors. Suppose the leadership broke the mold and redefined the fleet in terms of combat power rather than raw numbers. Decouple fighting power from numbers of ships and planes and it might be possible to declare that the U.S. Navy boasts 355 ships worth of combat power even though it never actually fields 355 ships. Proclaiming that unmanned vehicles and other newfangled gadgetry make up for that sixty-five-ship shortfall would embody the can-do spirit, letting the navy claim to have fulfilled its mandatepotentially without fulfilling it in reality.

Excerpt from:

SSN(X) Will Be the U.S. Navy's New Attack Submarine: Here's How to Make it A Success - The National Interest Online

Cruises: New cruise ship could help beat seasickness with this clever feature – Express

Cruise ship holidays come with plenty of positives thanks to friendly crew, onboard entertainment and the opportunity to explore new destinations. That said, such trips can still come with their own share of negatives for certain travellers. Seasickness is an unpleasant side effect of taking to the water and it can be very nasty for some suffers. According to the NHS: Motion sickness is caused by repeated movements when travelling, like going over bumps in a car or moving up and down in a boat.

The inner ear sends different signals to your brain from those your eyes are seeing. These confusing messages cause you to feel unwell.

A new cruise ship launching this month boasts a feature which could prevent passengers suffering from seasickness.

Cruise line Aurora Expeditions will see the Greg Mortimer cruise ship set sail this October.

Instead of featuring the conventional bulbous bow seen on regular cruise ships, this vessel has something quite different.

The 80-cabin Greg Mortimer is the first expedition ship to incorporate the patented Ulstein X-Bow.

The X-Bow - which rather resembles the nose of a Concorde - is a true game changer for the industry, according to Aurora Expeditions.

Instead of the traditional bow shape and design that punches through the water, the Ulstein X-Bow hull is curved in a novel shape which increases the foreship volume, explains the cruise companys website.

As a result, the bow penetrates the waves in a way where the water gently flows over the bow reducing impact and slamming loads.

This results in the following benefits on board the ship: reduced bow impact and slamming loads, reduced wave-induced vibrations, lower acceleration levels, lower pitch response due to volume and lower speedloss.

Aurora Expeditions explains: The main advantage of the Ulstein X-Bow is that it can pierce waves with more stability than a traditional ship bow.

Instead of simply rising on the waves and then dropping with tremendous force, the X-Bow is able to absorb the force more consistency across its surface enabling the ship to remain more stable during poor weather conditions, increasing comfort for passengers and crew alike.

However, if the new ship is not for you there are other ways you help fightseasickness when on a cruise.

The NHS advises: Minimise motion sit in the middle of a boat, look straight ahead at a fixed point, such as the horizon and breathe fresh air if possible.

The health body also advises closing your eyes and breathing slowly while focusing on your breathing as well as eating ginger, be it as a tablet, biscuit or tea.

An unlikely location onboard a cruise ship which could be helpful to head to if nausea sets in is the casino.

According to cruise ship doctor Ben MacFarlanes book Cruise Ship SOS: They dont want to compromise the roulette ball. Nor do they want any seasick passengers heading back to their cabins and interrupting a losing streak.

If you know you're susceptible to seasickness on a cruise it's well worth making sure you choose the right ship cabin for you.

Ex cruise ship crew member Joshua Kinser recommends avoiding the cabins in the middle and opting for lower decks instead.

Lower decks will not have as much rocking and motion when in high seas, he told Express.co.uk. So if youre concerned about seasickness these are good choices.

Originally posted here:

Cruises: New cruise ship could help beat seasickness with this clever feature - Express

The Navy’s Plan For Ruling The Seas Are Straight Out Of the History Books – The National Interest Online

Key point: The world is seeing an abundance of threats from naval mines.

The US Navy is making an aggressive push toward "offensive" mine warfare designed to attack and destroy enemy ships and submarines with undersea explosives - all while preparing a complex suite of interwoven mine countermeasure technologies.

We will produce a mine warfare plan to include offensive mine lines of effort. We are asking the CNO (Chief of Naval Operations) to sign in the next 90 days, Maj. Gen. David Coffman, Navy Director of Expeditionary Warfare, told an audience recently at the Surface Naval Association Symposium.

Mine technology, including both shallow and deep water mines, is not only advancing quickly but also rapidly proliferating around the world, therefore reaching a wider swatch of potential US enemies. Advances in offensive seamine technology is something the US plans to leverage itself while working to sharpen its focus on countering the growing mix of enemy mine threats.

Greater volumes of advanced deep water mines represent an area of concern for Coffman and other maritime warfare leaders, who recognize that the weapons are not restricted to littoral areas - but also substantial threats when it comes open or blue water warfare.

While it appears that the Mine Warfare Plan is currently being refined and reviewed by Navy leadership, Coffman indicated that the services offensive and defensive mine warfare strategy will seek to leverage US undersea technology superiority.

We are making a strong push toward offensive mining using an undersea capability. We are drawing upon the CNOs wisdom in exploiting what we have strength in. We know we have dominance undersea, Coffman said.

This approach is likely to draw upon some of the fundamentals of US undersea technology, such as advanced sonar, quieting technologies and submarine missile launch tubes increasingly able to launch mine-detecting drones.

Offensive mine technology will consist of a mixture of more detectable and hidden weapons, each consisting of different combat tactics.

Covert is good and overt is good too. We need a lot of arrows in the quiver because there are different warfighting scenarios, Coffman said.

Following Coffmans reasoning, it would seem that more visible or find-able mines have a strategic and operational value - if less covert. Naturally they could be missed by an enemy or overlooked in some way, yet they certainly can function as weapons intended to deny an enemy access to a strategically vital location or asset. Covert mines, by comparison, would likely function with the more narrowly configured intent to avoid detection and simply explode an enemy.

There are a variety of ways in which this emerging Navys mine-warfare strategy is already becoming more manifest, to include video-guided undersea drone explosives, unmanned weapons and sensors and advanced airborne countermine technologies engineered to destroy mines beneath the surface.

This strategy, and its corresponding warfare technologies, will in part be executed by elements of the Navys now-in-development Mine Countermeasures (MCM) Mission Package for the Littoral Combat Ship. This includes specially configured MH-60 helicopters, deck-mounted drones such as the Fire Scout, surface sweeping drone boats such as Textrons Unmanned Influence Sweep System and deep diving drones engineered to detect mines buried beneath the ocean floor - such as Knifefish.

The overall MCM system, integrating these and other technologies, is slated to be operational by 2022; however, several elements of the system are ready for war today, service developers said.

For MCM, we can field the aviation mission packages on the even (Independence variants of the LCS fleet) ships today, Capt. Ted Zobel, Mission Modules Program Manger, told Warrior Maven following his presentation at SNA.

The air assets, such as the Navys Airborne Mine-Neutralization System and Airborne Laser Mine Detection Systems, hinge upon successful coordination and command control synergy with surface and undersea assets. Naval Sea Systems Command recently announced it has has verified communications links between an Independence variant of the LCS and both the surface sweeping UISS and Knifefish mine-detecting drone.

The Navy now operates a series of test ranges for mine warfare, to include locations in Panama City, Fla., and San Diego, Zobel said.

For each one of the program of records we put together, the mission package goes through its own test. We lay mine fields and go to work against them, he told reporters at the Surface Naval Association Symposium.

The development of MCM technologies is, by design, intended to lay the foundation for new mine warfare systems in future years. The effort, Zobel said, is called "Mission Package Next."

We talk with the research sponsors regularly about Mission Package Next and what it might entail. We scan industry to see what is available, but right now we are focused on the three mission packages we have, Zobel explained.

Airborne Laser Mine Detection System

Instead of purely relying upon more narrowly configured, mechanized or towed mine detection systems, the Navy has been developing airborne laser systems to expand the surface area from which mine detection takes place.

The system, called Airborne Laser Mine Detection System (ALMDS) enables shallow-water warships such as the LCS have a much safer sphere of operations as commanders will have much greater advanced warning of mine-cluttered areas.

Northrop and Navy developers are looking at ways the ALMDS can be further enhanced through ongoing modernization efforts, such as current work to integrate AI.

We are looking at automating the entire kill chain for MCM. Now the ALMDS flies on an MH-60. Perhaps we can get that into a smaller form factor and put it on the Fire Scout, Kevin Knowles, Director of Business Development for LCS, Northrop Grumman, told Warrior Maven in an interview at SNA.

The ALMDS pod is mechanically attached to the MH-60S with a standard Bomb Rack Unit 14 mount and electrically via a primary and auxiliary umbilical cable to the operator console, according to a statement from the systems maker, Northrop Grumman.

It does not use any bombs. It flies at a certain altitude and a certain speed. The laser emits beams at a certain rate. Cameras underneath the helicopter receive reflections back from the water. The reflections are processed to create images displayed on a common consol on the helicopter, Jason Cook, the Navys Assistant Program Manager, ALMDS, told Warrior Maven in an interview last year about the system.

Cook explained that the camera or receiver on the helicopter is called a Streak Tube Imaging LIDAR (STIL). The laser is released in a fan pattern, and photons received back are transferred into electrons, creating a camera-like image rendering.

Northrop information on ALMDS further specifies that the system can operate in both day and night operations without stopping or towing equipment in the water.

Allowing untethered operations, it can attain high area search rates. This design uses the forward motion of the aircraft to generate image data negating the requirement for complex scanning mechanisms and ensuring high system reliability, Northrop information states.

Having this technology operational, it seems, offers a few new strategic nuances. First and foremost, detecting mines more quickly and at further ranges of course makes the LCS much more survivable. It will be able to pursue attack, anti-submarine and reconnaissance missions with a much lower risk of mine-attack. Furthermore, identifying the location of mines at greater distances brings the added advantage of enabling lower-risk small boat missions to approach target areas for shore missions, surface attack or recon.

Also, given that attack submarines are routinely able to launch attacks, conduct recon and access enemy areas in closer proximity to island and coastal areas, compared with many deeper draft larger surface combatants, ALMDS could measurably improve submarine operations.

Finally, given that the LCS is engineered for both autonomous and aggregated operations, ALMDS could provide occasion for the ship to alert other surface and undersea vessels about the location of enemy mines. In fact, Northrop writes that ALMDS provides accurate target geo-location to support follow on neutralization of the detected mines.

Some of the technical details of the system are further delineated in a research paper written by Arete Associates a science and technology consulting firm with a history of supporting entities such as the Office of Naval Research and the Air Force.

A high resolution 3-D image of the scene is produced from multiple sequential frames formed by repetitively pulsing the laser in synchrony with the CCD (Charge Coupled Device) frame rate as an airborne platform "push broom" scans or as a single-axis scanner on a ground-based platform scans the laser fan beam over the scene, the Arete Associates essay titled Streak Tube Imaging LIDAR For 3-D Imaging of Terrestrial Targets, writes. The backscattered light from the objects and the terrain intersecting the fan beam is imaged by a lens.

STIL technology, while only recently becoming operational with ALMDS, has been in development as a maritime surveillance system for many years. A 2003 study from the Naval Surface Warfare Center cites how pulsed light sent out from a three-dimensional electro-optic sensor STIL system can identify objects of interest on the ocean bottom.

Airborne Mine Neutralization System

Originally posted here:

The Navy's Plan For Ruling The Seas Are Straight Out Of the History Books - The National Interest Online

The high-tech wetsuit that we don’t want – SurferToday

The Rising Seas wetsuit is a neoprene skin equipped with a built-in bio-defense system that will protect surfers from adverse effects of water pollution.

The revolutionary wetsuit will also inform wave riders of the presence of viruses, oil spills, harmful bacteria, algae blooms, and high levels of run-off pollution in the ocean.

The innovative neoprene protection was designed by Alex Kemp and Scott Brown of Lone Wolfs Objets d' Surf.

The Rising Seas concept features an LED display mask with high-grade LCoS optical-level coating that will analyze and inform the surfer about bacteria levels, water temperature levels, and solar radiation.

The futuristic wetsuit also comes with a touch screen display that will allow users to access swell charts, get weather updates and alerts on changes in local environmental conditions.

"The thought that we may need this wetsuit in the future is frightening. We're asking everyone who cares about a healthy planet to help us to never have to produce it," notes Paul Naude, CEO of Vissla.

The Rising Seas wetsuit is a wake-up call. Surfers and citizens in general who love the ocean must act now and demand political leaders to address the climate change crisis immediately.

Healthy beaches and clean water are critical to the countries' communities, economies, and recreation industries.

Every year, coastal recreation and tourism generate 2.4 million jobs and contribute more than $124 billion to the US economy.

Nevertheless, the consequences of offshore oil drilling, accumulation of plastic in the water, ocean acidification, and rising sea levels are putting all the above benefits at risk.

According to Surfrider, pollution at US beaches costs $2.2 billion annually.

"The Rising Seas wetsuit is our reality unless we take immediate action to address climate change impacts and pollution. It's just a stark glimpse into what every surfer and coastal lover face if nothing is done," concludes Eddie Anaya, marketing director at Surfrider.

The environmental organization is asking the surfers and the public to sign an action alert that will be sent directly to congressional representatives and hand-delivered to Congress.

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The high-tech wetsuit that we don't want - SurferToday

‘High-Seas’ Season 2 On Netflix? But When? Release Date Updates And Other Latest News – The Digital Wise

High Seas is a Spanish mystery series which is released on Netflix on May 24th, 2019. The first season stars Ivana Baquero, Alejandra Onieva, Jon Kortajarena, Eloy Azorn, Chiqui Fernndez, Tamar Novas, Daniel Lundh, Natalia Rodrguez, Laura Prats, Ignacio Montes, Begoa Vargas, and Manuela Vells.

The series has eight episodes and sees the cast set sail on a luxury ship, but not all is as it appears as several murders happen on their voyage. The show is based in the 1940s and is exclusive to Netflix around the world.

The show was continued for a second season on June 2019 and will be returning to Netflix on November 2019.

There is not any official word from the cast or production team, but a number of outlets in Spain have already reported a second season being in development. Marca, which is a large news organization, verifies that the series is coming for season 2. It said, High Seas is already filming its second season, as confirmed on Wednesday by a spokesman for the company.

One of the actresses has also spoken about where the second season can go. She said, If in the first one they were opening more plots and more mysteries, in the second one it is another turn more, it is not more of the same.

On June 5th, Netflix officially declared that High Seas is renewing for a new season by a Tweet on Netflixs Latin America account.

Previously, it was predicted that High-Seas Season 2 would appear on Netflix in 2020. However, in mid-September 2019, it was announced season 2 would arrive on Netflix on November 22nd, 2019.

In a Facebook post also announcing the date of season 2 it reads (translated from Spanish): Hold on to what you can, a storm is coming with waves of great changes. The second season of #AltaMar docks on November 22.

Read more from the original source:

'High-Seas' Season 2 On Netflix? But When? Release Date Updates And Other Latest News - The Digital Wise

High seas fishery patrol completed – Scoop.co.nz

Wednesday, 18 September 2019, 10:24 amPress Release: New Zealand Defence Force

A multi-national, interagency, high seas fisheries patrol insupport of the sustainable management of Pacific tunafisheries has recently concluded with high levels ofcompliance found.

Although bad weather affected thepatrol, nine fishing vessels were inspected with threealleged offences detected during the patrol.

A positivetrend apparent was the increased level of compliance withinthe licensed fleet compared with previous years. Rules areput in place on the high seas by the Western Central PacificFisheries Commission (WCPFC) which are designed to not onlyprotect the tuna stocks from overfishing but to alsominimise fishing impact on the surrounding marine ecosystem.

The New Zealand Defence Force (NZDF) provides operationalsupport to the Ministry for Primary Industries (MPI) forfisheries patrols.

Royal New Zealand Navy offshore patrolvessel HMNZS Otago patrolled international waters adjacentto the Exclusive Economic Zones (EEZs) of New Zealand,Samoa, Tokelau, American Samoa, Cook Islands, Tonga and Fijiwhile Royal New Zealand Air Force P-3K2 Orion aircraftsupported the patrol with forward air support. The patrolwas also carried out in conjunction with Australia, Franceand the United States.

Maritime Component Commander,Commodore Tony Millar, Acting Commander Joint Forces NewZealand, said the NZDF regularly worked with MPI bydeploying ships and aircraft to assist New ZealandsPacific neighbours with fisheries monitoring andsurveillance activities.

These patrols are important asthey support our Pacific neighbours in the sustainablemanagement of the Pacific tuna fisheries, CommodoreMillar said.

The Commanding Officer of HMNZS Otago,Lieutenant Commander Ben Martin, said the ship supported MPIwith boarding teams, and maritime aviation via the SH2ISeasprite helicopter that was embarked on the ship.

Otago was involved in extensive patrols over a largearea of the South West Pacific, hailing and boarding fishingand transhipment vessels. The boardings found a number ofcompliant and non-compliant vessels, he said.

Thepatrols are carried out to ensure compliance with theWestern Central Pacific Fisheries Commission Treaty whichwas established in 2000 for the conservation and sustainablemanagement of highly migratory species including tuna,billfish and marlin.

During the inspections, catch recordsare checked, holds are inspected and the boarding partymakes sure the vessels fishing equipment meetsregulations.

MPI spokesperson Steve Ham, FisheriesCompliance Manager, said that overall the levels ofcompliance were high but the non-compliance identifiedshowed the importance of boarding inspections at sea.

Allmatters of non-compliance had been referred back to theresponsible flag state for investigation, he said. Inprevious years non-compliance like this had resulted insanctions such as fines, skippers removed from the fisheryand companies having fishing permits revoked.

One memberof the boarding party was HMNZS Otago Able ElectronicTechnician (AET) Timothy Ong, who speaks Mandarin and wasable to communicate with Chinese fishing captains, gainingvaluable information about their fishing activities.

Itwas also during the patrol in the Pacific that the crew of aP-3K2 Orion located a Chinese fishing vessel damaged by fireand arranged for the ships sister ship to rendezvous withthe stricken vessel. The next day the P-3K2 located a memberof the ships crew who had gone overboard, dropping a liferaft to the man who had been in the water for about 50 hoursby that stage. All 18 crew members were rescued.

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High seas fishery patrol completed - Scoop.co.nz

Who owns the sea? – New Internationalist

17 September 2019

The coming months are critical if we are going to stop the damaging free-for-all that is the current status quo and save the worlds oceans for our common future. Vanessa Baird examines the prospects.

Theres a cartoon that oceanographer Lisa Levin uses in her lectures. It shows a group of women having coffee. One is saying: I dont know why I dont care about the bottom of the ocean, but I dont. Its from The New Yorker, dated 1983, and its safe to say it probably reflected the feeling of the vast majority of people at the time.

Whatever has happened in the intervening decades, that, at least, may have changed. Its so much easier today to feel for the seas.

We now know that the vast, once seemingly empty, body of blue is teeming with precious and precarious life. And we know much more about the human role in endangering so many of its creatures. A turtle, with a plastic straw stuck poignantly in its nostril. A baby whale, clutching to its ailing mother. A dolphin expiring from exhaustion, tangled in a fishing net.

We know the sheer colour and wondrous beauty of sea life. Bioluminescent fish that dazzle in the dark deep, where no light penetrates except the magical flashes that sea creatures themselves create. Awesome underwater mountains and kelp forests that seem like the stuff of rich fantasy.

Such images have been brought into the homes of millions by the Blue Planet television series, narrated by David Attenborough, providing us with an iconography of marine conservation that commands an almost sacred potency. Earlier this year, the naturalist and filmmaker achieved rock-star status, appearing, at the age of 93, at this years Glastonbury festival in the west of England.

But, more important, he has helped turn a vast anonymous expanse into something people care about, feel connected to, might even want to save.

Who owns the sea, that body of water that covers two-thirds of the planet? Can you really draw lines on water, circumscribe it with laws?

The idea of an international law of the sea has a long history. In 1609 Dutch jurist Hugo Grotius published a treatise called The Freedom of the Seas or the Right which belongs to the Dutch to take part in the East Indian Trade. The subtitle is a bit of a giveaway.

Most international law in relation to the high seas is virtually unenforceable

He began by saying: Every nation is free to travel to every other nation and to trade with it.

In 1982, after a decade of negotiation, a new UN Convention on the Law of the Sea (UNCLOS III) came into being.

This enshrined Grotius freedom of the seas but with more detailed national rights and privileges. It extended the territorial sea where a coastal state is free to set laws, regulate, and use any resource from 3 to 12 nautical miles.* Vessels of all nations have the right of innocent passage through all such territorial waters. Fishing, polluting, weapons practice and spying are not considered innocent, and submarines and other underwater vehicles are required to navigate on the surface and to show their flags.

The 1982 Convention also introduced a new 200-nautical-mile Exclusive Economic Zone (EEZ), within which the coastal nation has sole exploitation rights over all natural resources. In some cases, this can be extended even further.

Most of the seas 64 per cent of the oceans surface remain high seas or areas beyond national jurisdiction, a free-for-all region.

The Convention has been signed by 167 countries and the European Union. The US has never ratified it, which is ironic given how often it uses its rhetoric when aggressively patrolling key waters to secure freedom of navigation. Nor, incidentally, has Iran.

When it was first being discussed, the Law of the Sea was welcomed by many. Dorrik Stow, now oceanography professor at Scotlands Heriot Watt University, recalls: I was very enthusiastic about it as a student. There was such a huge ocean out there that should be beneficial to humankind.

But what followed was a resource grab of epic proportions by richer coastal nations. I dont think the Law of the Sea has done anything for poorer communities or landlocked nations or the world in general, Stow now concludes.

Meanwhile, its enshrining of the freedom of the high seas has in some ways enshrined lawlessness. Steven Haines, professor of international law at Londons Greenwich University, says: Most international law in relation to the high seas is virtually unenforceable.

He sees the international system for registering ships as a significant part of the problem. It doesnt work. If you talk to people who have vested interests they will say its working fine, but thats simply not the case.

Its said that we have the ocean to thank for every second breath we take. We are not exactly showing our gratitude.

Under UNCLOS, only flag states (the main ones being Panama, Liberia, Marshall Islands, Hong Kong and Greece) have jurisdiction over their registered ships in international waters. But they dont, or cant, effectively police their ships or what happens on them. There is no police force for the high seas and no criminal justice system that applies there.

A recent case is emblematic: a British teenager, allegedly raped on board a Panama-flagged cruise ship in international waters in the Mediterranean, was unable to obtain justice because the Spanish court in Valencia, where the ship docked, did not have the jurisdiction to try the case. Her alleged attacker was freed.

Today many experts agree that the Law of the Sea is not fit for purpose. It has proved unable to deal with many challenges that were less apparent in the 1980s, such as modern slavery on ships, people-trafficking, piracy, overfishing, plastics pollution and climate change.

The high seas are, by and large, a zone where weak laws and poor governance allow the powerful to plunder and human rights abuses to go unchecked. Something close to anarchy prevails.

A handful of mainly rich nations exploit marine life for profit under the freedom to the high seas granted by UNCLOS. The Convention does include some duties to conserve living marine resources and protect and preserve the environment, including rare or fragile ecosystems and habitats, but these are largely ignored.

Though vast and forgiving, the seas are now in crisis, stressed to the limit by a range of human activities. For example, nearly90 per cent of the worlds marine fish stocks are now fully exploited,over-exploited or depleted, according to the UN.

The extension of fishing into the high seas, and the deep seas, has put pressure on large migratory fish and marine animals: sharks, some types of tuna, whales, dolphins and turtles, are especially at risk.

Industrial fishing is the most harmful. Bottom trawling, which involves dragging a large net and heavy gear across the sea floor, is generally considered the most aggressive method, destroying fragile deep-sea habitats. Just six fishing powers China, Taiwan, Japan, Indonesia, Spain and North Korea account for 77 per cent of the global high-seas fishing fleet.

If industrial high-seas fishing is bad for marine creatures, its not much cop for humans either. A recent report on modern slavery at sea showed that it was endemic in the Pacific, the source of most of the worlds tuna. Only 4 out of 35 leading brands surveyed had systems in place to detect slavery in their supply chains, which are complex and opaque.

Plastics pollution in the seas is now headline news. The oceans are awash with the stuff. Most originates on land as waste which then enters the river system, before flowing into the sea 12 million tonnes a year. Much consists of single-use plastic containers and packaging.

Ocean currents carry this plastic waste over vast distances and to great depths. Spare a thought for US explorer Victor Vescovo who recently descended 11 kilometres to the deepest place in the ocean, the Pacifics Mariana Trench and found a plastic bag and sweet wrappers. Spare more thoughts for all the marine creatures that are eating plastic, often mistaking it for nutritious plankton. The trouble with plastic is that although it might eventually break down into smaller particles, it lasts forever.

Human activity on land is responsible for another growing marine problem eutrophication. This is the creation of oxygen-depleted dead zones in the sea.

The ISA has a serious conflict of interest. It is supposed to protect the seabed at the same time as enabling its exploitation.

Each summer, a 20,000 square-kilometre dead zone forms in the Gulf of Mexico near the Mississippi Delta. Cause of death: pig shit and artificial fertilizer from Iowa.

Yes. You read right. Two thousand kilometres up the Mississippi River is the US pig-breeding and soy and corn belt. Massive amounts of waste, including nitrates and phosphates, are produced by industrial farming methods; prodigious quantities of pig manure and artificial fertilizer are used on the crops. The chemicals contaminate the groundwater and then flow into the Mississippi-Missouri river system, which ends in the Gulf of Mexico. There, the nitrates and phosphates over-fertilize the sea, causing the formation of oxygen-starved areas devoid of life.

Scientists now know much more about the intricate relationship between the oceans and the atmosphere and what it means for climate change (see page 21). The ocean is like a gigantic sponge, explains Stow, holding 50 times more carbon and carbon dioxide than the atmosphere. It absorbs more than a quarter of the carbon dioxide produced by human activity. But all that excess carbon is leading to acidification of the seas as the CO2 dissolves, releasing hydrogen ions, lowering the waters pH value and increasing its acidity. Called climate changes evil twin, acidification kills off coral reefs, which provide habitats for 25 per cent of marine species.

A healthy sea absorbs CO2 and cools down the world, while its abundant plant-life produces much of the oxygen we need on land. Its said that we have the ocean to thank for every second breath we take. We are not exactly showing our gratitude.

There are diverse ways in which we are treating the ocean badly as a limitless dustbin for all manner of waste, chemical, nuclear, industrial, shipping, human; as a living storehouse that can be endlessly plundered without a thought for replenishment.

We know, for example, of the lasting damage done by fossil fuel exploitation. BPs Deepwater Horizon disaster in 2010 is fresh in the memory. A ban on further oil exploration in the fragile and environmentally challenged Arctic and Antarctic should be a no-brainer.

We should keep away from them, says Stow, simply.

But what about the new initiatives that are increasingly seen as drivers of a future, high-tech blue economy?

In July protesters gathered in Kingston, Jamaica, where the International Seabed Authority (ISA) was holding a major meeting. This body is responsible for managing the seabed and ocean floor beyond national jurisdictions and its trying to finalize regulations for seabed mining by the end of 2020. The protesters were calling for a 20-year moratorium on deep-sea mining.

Large swathes already have been licensed to companies by the ISA for mineral exploration, many in areas of high biodiversity value. But scientists warn that mining will cause irrevocable damage to vulnerable deep ocean ecosystems which also play a key role in controlling our climate. A simulated mining operation conducted 26 years ago in the sea off Peru shows biological damage enduring to this day.

The ISA has a serious conflict of interest. It is supposed to protect the seabed at the same time as enabling its exploitation. Environmentalists and some marine scientists say it is too close to the mining industry and is failing to encourage informed public debate about the risks. The company DeepGreen is a vocal proponent for deep-sea mining at the ISA and is working with shipping giant Maersk and mining transnational Glencore.

Marine bioprospecting is another controversial area. There has been a corporate rush to acquire marine patents. At present there are no clear rules governing the use of marine genetic resources and there are major issues around the access to these resources and how any resultant benefits should be distributed.

All that might be about to change. Representatives from 190 countries are taking part in the Intergovernmental Conference on the Protection of Biodiversity Beyond National Jurisdiction (BBNJ), which at the time of writing is about to enter the third of its four rounds. It is due to complete in mid-2020 and will pave the way to a new Global Ocean Treaty.

This is a once-in-a-generation opportunity to get ocean governance that puts conservation and sustainable use first, says Liz Karan, senior manager for the high seas programme at Pew Charitable Trusts.

The aim is to develop an international, legally binding instrument to enable the protection of marine life and habitats outside national jurisdiction.

Issues on the table include: the need for comprehensive environmental impact assessments for activities on the high seas; capacity building for management and conservation; the international sharing of benefits from marine genetic resources; and the use of area-based management tools, including marine protected areas (MPAs). The outcome will need to be radical, ambitious and properly enforced, if it is to work.

Just asking existing institutions to do their job better will not go far enough, says oceanographer Callum Roberts at the UKs University of York. Those existing institutions include regional fisheries management organizations, the International Seabed Authority and the International Maritime Organization.

There is a deep level of dysfunction at the heart of many of these organizations, says Roberts. Putting them in charge of environmental protection would be a disaster. They urgently need reforms in the way they operate, as part of the Treaty. Some other body, with legal teeth and powers to sanction non-compliance with rules, must be created to co-ordinate and deliver protected areas.

Roberts is lead author of a bold and comprehensive report published by Greenpeace, which lays out a blueprint to protecting 30 per cent of the worlds oceans by 2030.

We are currently achieving less than half of the 10 per cent by 2020 figure agreed under the Convention on Biological Diversity.

But the reports authors say that 30 per cent is the minimum required to save the seas and that this can be achieved by creating a planet-wide network of ocean sanctuaries, making large areas of international waters off limits for fishing and extractive industries. The sanctuary network is designed to use data such as the distribution of sharks, whales, seamounts, trenches, hydrothermal vents, fishing fleets, mining claims and so forth. It takes into account wider environmental change and uncertainty and uses sea surface temperature to identify places likely to change more slowly or adapt more readily to rising temperature stress.

In the past, marine protected areas (MPAs) have been criticized for being too weak, for failing to stop over-exploitation, or for threatening the livelihoods of local traditional fishers.

I think many of the uncertainties about how MPAs work have now been resolved by science, says Roberts. We know they are powerful tools that will deliver a wide range of benefits if done well. Many people who think they will lose turn out not to when MPAs are established, often becoming supporters of protection. People are afraid of what they dont know. We should be more afraid of a future without protected areas, since protection is critical to help us mitigate the impacts of global climate change and adapt to its effects.

The oceans are our shared common heritage, but the current Law of the Sea does not deliver equity by a long chalk. In 2010 Australian philosopher Denise Russell wrote, with some prescience: A formidable force involved in the fate of the oceans favours a largely unregulated sea. This is the group of corporations that make use of the oceans in diverse ways The Law of the Sea is now part of the problem with oceans and radical reorganization of ocean ownership is needed. Instead of a free-for-all, the high seas should be owned by the international community and regulated to ensure equity between nations and generations.

This is the moment for the big push, to demand that our leaders agree a strong Global Ocean Treaty in 2020 with the creation of a body with enforcement powers to protect the seas, their life forms and life on Earth.

As David Attenborough said at the end of his Blue Planet 2 series: Never before have we had such awareness of what we are doing to the planet. Never before have we had such power to do something about it.

*One nautical mile is equivalent to 1.15 land miles and 1.85 kilometres.

PERSONAL ACTION

Give eating fish a miss or eat less. Be picky about sustainability (mcsuk.org has a useful good fish guide) and whether your food is the product of slavery at sea. Eating more meat wont help fish stocks at least a fifth of fish feeds industrial farm animals like pigs and chicken. Farmed fish also uses fishmeal and chemicals, but some fish farming ranks high in terms of sustainability.

Avoid goods wrapped in plastic wherever possible. Urge stores to stock non-plastic options and governments to legislate against plastic waste.

Cut back on your own CO2 emissions, through low carbon transport and dietary choices and consumption habits. While personal efforts are definitely worthwhile, the scale of the problem requires action at a national and international political level, too. These groups can help you take it to another level

INTERNATIONAL

Greenpeace International: Research, campaigns, action.

Sea Shepherd Conservation Society: Practical action on illegal fishing and marine wildlife protection.

Human Rights at Sea: The only international human rights organization of its kind.

Deep Sea Conservation Coalition: Umbrella for 70 organizations worldwide working to protect cold-water corals and vulnerable deep-sea ecosystems.

High Seas Alliance: Has a useful online tracker on state of ocean treaty talks.

Stop Illegal Fishing: Global South-based grassroots action, campaign and research.

AOTEAROA/NEW ZEALAND

Our Seas Our Future: Aims to protect the countrys coastal and marine ecosystems.

AUSTRALIA

Australian Marine Conservation Society: National charity dedicated solely to protecting ocean wildlife.

BRITAIN

Marine Conservation Society: Scientists and others passionate about creating a sustainable future for our seas.

Friends of the Earth: Calling for plastics law to stop ocean pollution.

CANADA

Oceana

Established to restore Canadian oceans to be as rich, healthy, and abundant as they once were.

US

Ocean Conservancy: Working for the protection of special marine habitats and to reducing the human impact on ocean ecosystems.

This article is fromthe September-October 2019 issueof New Internationalist.You can access the entire archive of over 500 issues with a digital subscription.Subscribe today

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Who owns the sea? - New Internationalist

Best of Orange County 2019: Best grocery store – OCRegister

1. Trader Joes

Multiple locations;traderjoes.com

Trader Joes, which again takes the top spot in this years voting, tends to make people think they didnt know what had been missing from their lives until they went up and down the aisles.

The variety of quality, affordable products makes it easier to try something new, the sample station serves as inspiration for recipes and even that nights dinner, and the staff is noticeably knowledgeable and friendly.

The store focuses on its private-label products as a way to keep costs and thus prices low, with shoppers reaping the benefits.

The Trader Joes origin story involves the high seas, Disneylands Jungle Cruise and granola. Founder Joe Coulombe, inspired by his reading and the theme park ride, opened the first store in 1967 in Pasadena with a nautical theme and the conceptthat it was run by traders on the high seas.It really took off five years later when Trader Joes private-label granola went viral, to use a modern-day term.

Today, Trader Joes pays homage to the cult status of its favorites with its annual Customer Choice Awards, now in its 10th year. The frozen Mandarin Orange Chicken again took favorite overall honors, the frozen Creamy Spinach and Artichoke Dip was voted favorite appetizer, the Danish Kringle was the favorite bakery item and Peanut Butter-Filled Pretzels the favorite snack, among others.

There are 20 stores currently in Orange County, with one set to open soon on Imperial Highway in La Habra. From its Southern California roots, Trader Joes now has about 490 stores in 41 states and the District of Columbia and counting. Committed customers who move to an area of the country without one reasonably close by are known to lobby the company to end their Trader Joes desert status.

2. Sprouts Farmers Market

Multiple locations; sprouts.com

The Sprouts Farmers Market chain is built on the belief that healthy food should be affordable, and it has gone out of its way to provide thousands of attribute-based items, such as organic, gluten-free, vegan and plant-based, that are also budget-friendly.

Sprouts has nearly 20 stores in Orange County, including its latest in Lake Forest.

An estimated 50 percent of Sprouts business is in produce, according to an industry expert, and you will find that section front and center at each store. Stores also include a butcher shop and fish market, bulk foods and more. For quick meals, Sprouts Market Corner Deli offers made-to-order sandwiches, a salad bar, prepared entrees and side dishes, sushi made in-store and fresh juice.

Sprouts was founded by Boney family members who were longtime grocers in San Diego. The first store opened in 2002 in Chandler, Ariz.; today, there are more than 300 stores in 22 states.

3. Whole Foods Market

Multiple locations; wholefoodsmarket.com

Organic food now may be mainstream, but Whole Foods Market was a game-changer when it opened its first store in 1980. Its popularity is based on customers trust in its quality-based standards.

We are the only USDA-certified organic grocery retailer out there and our standards prohibit over 100 preservatives, flavors, colors and other ingredients commonly found in food to meet our goal of satisfying and delighting our customers, says Frank Scalzo, associate store team leader at Whole Foods Market in Tustin.

We have a very wide demographic, Scalzo says. Whether more family-oriented or a mix of young and old, all of Whole Foods Market stores offer new lower prices to serve the wide array of customers.

Speaking of prices, the effects of the now 2-year-old Amazon-Whole Foods deal are especially apparent to Amazon Prime members, who can take advantage of special deals and delivery offers at Whole Foods.

Since that first Whole Foods store opened nearly 40 years ago in Austin, Texas, the chain has built up to about 500 stores in 42 U.S. states as well as Canada and the United Kingdom.

Its Orange County stores in Tustin, Irvine, Newport Beach, Huntington Beach, Laguna Beach, Laguna Niguel and Brea.

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Best of Orange County 2019: Best grocery store - OCRegister

Man stranded on Northern Michigan pier by high waves, rescued by Coast Guard – MLive.com

ELBERTA, MI - High waves stranded a man on a pier in northern Michigan before he was rescued by the U.S. Coast Guard.

What became a life-threatening situation started as an night-time fishing trip on the Elberta pier, according to Coast Guard officials.

The man, who was in his 40s and not local to the Frank-Elberta area, planned to stay overnight on the pier on Thursday, Sept. 12. He woke Friday morning to find he couldnt get back to shore because 3- to 4-foot waves were crashing over the walkway, said Petty Officer Trent Ayer of Coast Guard Station Manistee.

He was rescued around 11 a.m. on Friday, Sept. 13, and handed over a gear box before getting on the Coast Guard vessel, Ayer said.

The man clung to the lighthouse as Coast Guard personnel nosed a boat up to the pier to rescue him.

With the water level so high this year, when theres 3 to 4 footers, its hard to walk to walk on the piers, Ayer said.

Ayer estimates the man was on the pier for more than 12 hours.

A local man, Glenn Rice, captured the rescue on video and posted it to YouTube.

While this situation worked out well, it could have gone the other way, Ayer said. With record or near-record high water levels around the Great Lakes this year, piers are more dangerous, he added.

During this year of record and near-record lake levels in the Great Lakes, drownings in Lake Michigan stand at 36, according to Great Lakes Surf Rescue Project. There have been 76 in all five Great Lakes as of Sept. 18.

Ayer advises checking the weather before heading out on the water - whether its a pier or a boat, Lake Michigan or an inland lake - and always bringing a life jacket.

If there are high seas or wind of 15 knots or more, its probably not a good idea, especially with the high water levels this year, Ayer said. Its not worth your life to go out there.

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Man stranded on Northern Michigan pier by high waves, rescued by Coast Guard - MLive.com

I’ve become the worst kind of Sea of Thieves pirate: the outpost ambusher – PC Gamer

All's fair in Sea of Thieves. Sinking other ships and taking their treasure. Betraying your alliance so you can take all of the loot instead of just half. Four-man galleons ganging up on solo sloops. We're pirates, after all, and pirates aren't to be trusted.

But I have become the worst kind of Sea of Thieves pirate. I'm an outpost ambusher. And while I feel some degree of shame over this, it's not nearly enough shame to change my ways.

The outpost ambusher doesn't fight pirates on the high seas or go sword-to-musket with them on an uninhabited island. He waits at an outpost for another ship to arrive, a ship he knows is carrying treasure. He sinks his own ship ahead of time so the arriving pirates won't know he's there. He plants explosive barrels and detonates them from a safe distance, killing the other pirates just as they're about to cash in their loot. And then he rushes in to grab the treasure and quickly sell it himself.

That treasure was fought for and earned (or at least legitimately stolen) and was probably carried dozens of nautical miles to get there. The outpost ambusher carries it the last few feet and takes 100% of the profit.

That's what I've become in Sea of Thieves. An ambusher. A rat. I don't do it often, and I don't join a session with the express intent of ambushing other pirates at outposts. But when the opportunity for an outpost ambush presents itself, I don't hesitate for a second, and I've done it enough times that I can't pretend it's an anomaly. I will do it again.

The first time I ambushed pirates at an outpost in Sea of Thieves, months ago, it wasn't really my plan. I'd been playing solo, sailing around in my little sloop, pulling treasure out of randomly spawning shipwrecks. Then I'd head to seaposts and outposts to sell what I'd found, and along the way I'd usually fight a kraken or a megalodon and gather a bit more loot from them. It's an enjoyable solo loop, perfect for an hour or two of low-stakes play.

I was done playing for the night, so I headed toward the nearest outpost to sell the remaining loot I had. It was Plunder Outpost, which is right next to Lost Gold Fort, a skeleton stronghold. As I got close to Plunder Outpost, I noticed a player galleon anchored near the fort, which meant a crew was there battling waves of skeletons for a massive pile of loot. As I arrived at Plunder, the big skull cloud over the fort vanished, which meant the galleon crew had won.

It occurred to me that they'd probably head straight to Plunder Outpost, where I was, to sell everything. It would probably only take them a few minutes to load their ship and sail over. I realized I could be there waiting for them and their treasure-filled ship. Plus, I had some explosive barrels with mewhen I play solo I always pick up a few in case I get chased by other players.

I figured they would probably bring the most valuable chest to the merchant's tent first, so I placed an explosive barrel inside the tent. I scuttled my ship on the far side of the island so my mast wouldn't give me away. Then I hopped onto a roof of one of the vendors where I had a clear shot at the barrel I'd placed. I used the sleeping emote to lie down, and watched as they sailed over and docked.

It all worked perfectly except for the part where I completely failed. I'd guessed right: the first pirate off the galleon headed to merchant's tent carrying the expensive stronghold chest. I fired a sniper round and detonated the barrel, which killed him instantly, but I'd let him get too close to the tent. He'd managed to sell the crate a moment before he died. When I scurried over, there was nothing there but his dissipating ghost.

The rest of the treasure was in a rowboat that had been lowered to the water, but it was so crammed with loot I couldn't grab the stuff I really wanted. I only got a few pieces of low-value treasure out before the rest of the crew killed me.

Less than a week later, I wound up in almost the exact same situation again. I was heading toward Plunder Outpost, ready to call it a night, and I saw yet another galleon over at Lost Gold Fort. I had two explosive barrels this time, so I thought I'd try my ambush again.

This time, there was a bit of a twist. Shortly after the skull cloud vanished, I saw a sloop headed toward the fort. I could make out some distant cannonfire and through my spyglass I saw the masts of the galleon fall over. Several minutes later, I saw the sloop making its way toward the outpost where I'd scuttled my ship and was waiting. The sloop crew had sunk the galleon and taken all that treasure! And now I was going to try to take it from them, even though they'd put in the hard work of killing the pirates who'd put in the hard work to take down the fort. I'd be putting in no work at all because I'm a filthy rat.

This time my sniper shot was well-timed: I took out the pirate before he could sell the stronghold chest. I grabbed it, sold it, then took my second explosive barrel onto the sloop and nuked it. The pirate (who was apparently alone) respawned to find his ship already sinking, and we fought toe-to-toe on the beach. I managed to kill him and with his sloop destroyed he couldn't respawn. The pile of treasure he'd defeated the galleon crew for was floating in the water, all mine. It's the rattiest thing I've ever done, stealing from a legitimate thief.

I didn't try it again for a long, long while after that. Like I said, I'm a rat but an impatient one. I'm not going to spend my entire night lying on the roof at an outpost hoping someone sails over: I only ambush when the opportunity is already developing. Case in point, the other night.

I'd spent about 15 minutes crossing the sea in my sloop headed toward a reaper's chest, which appear in special, haunted shipwrecks you can see from anywhere on the map. Just as I was arriving I saw another sloop had beat me to it. A real pirate would chase them down and put some cannonballs in their hull, and maybe even sink them before they got the chest onboard.

But I'm no real pirate, so instead I headed to Sanctuary Outpost, the closest port. You sell the reaper's chests in the pub, so I scuttled my ship, dragged my barrel into the pub, placed it by the front door, and waited. Sure enough, a few minutes later I saw the sloop pulling up to the dock. When the pirate ran into the pub, I blew up the barrel and collected the chest myself.

I just wanted the chestI had spent all that time sailing toward it and so I felt vaguely (and wrongly) entitledbut after killing the second pirate I boarded their ship and stole a mermaid gem, too.

What can I say? I hate players like me. I'm a rat. I'm the worst kind of pirate. I'm an outpost ambusher. I'm not playing Sea of Thieves, I'm playing Sea of Thieves of Thieves.

So, if you've got a ship full of treasure and you're headed for an outpost, don't feel safe just because you don't see a sloop waiting there. Check the tents and pubs for barrels before you go rushing in with loot. And if you find me hiding nearby with a sniper rifle, kill me quickly and mercilessly. It's what I deserve and it's the only way I'll stop.

Continued here:

I've become the worst kind of Sea of Thieves pirate: the outpost ambusher - PC Gamer

Conquer the seas in Battlewake Available now on Steam – googame.net

The seas are yours: Battlewake now available on Steam, Oculus Rift, PS VR & Viveport. Survios, best known for acclaimed combat games Raw Data and Creed: Rise to glory, has set sail with its original title, Battlewake, on PlayStation, SteamVR, Oculus Home, and Viveport.

Watch the trailer here:

Avast, matey! Thar be high-seas mayhem ahead in Battlewake, a rip-roaring pirate combat game exclusively for virtual reality from the creators of Raw Data and CREED: Rise to Glory. Become four mythical Pirate Lords, captain a massive, upgradable battle-ready ship and wield ancient magic as you embark on a larger-than-life nautical war for the ages full of magic, mystery, and mayhem. Are ye ready to seize the wheel of destiny?

This seafaring action combat game Battlewake made exclusively for virtual reality (VR), turns players into super-powered Pirate Lords fighting for the ultimate dominion. Also, captain a massive battle-ready ship, navigate lush, elemental seascapes and embark on a larger-than-life nautical war for the ages.

Are you excited about Battlewake available on Steam? Then, let us know your thoughts in the comments below or through our social media onFacebook,Twitter, andInstagram. Also, dont forget to subscribe to ourYouTubechannel for exclusive gameplay and live streams!

Are you a Sword Art Online fan? Then, watch the New Sword Art Online Alicization Lycoris game content, check out its newest trailerhere.

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Conquer the seas in Battlewake Available now on Steam - googame.net

Where Does All the Plastic Go? – The New Yorker

Every year, an estimated eight million metric tons of land-based plastic enters the worlds oceans. But when marine researchers have measured how much of this plastic is floating on the waters surface, swirling in offshore gyresmost notably, the so-called Great Pacific Garbage Patch, between Hawaii and Californiathey have only found quantities on the order of hundreds of thousands of tons, or roughly one per cent of all the plastic that has ever gone into the ocean. Part of the explanation for this is that all plastic eventually breaks down into microplastic, and, although this takes some polymers decades, others break down almost immediately, or enter the ocean as microplastic already (like the synthetic fibres that pill off your fleece jacket or yoga pants in the washing machine). Scientists have recently found tiny pieces of plastic falling with the rain in the high mountains, including Frances Pyrenees and the Colorado Rockies. British researchers collected amphipods (shrimplike crustaceans) from six of the worlds deepest ocean trenches and found that eighty per cent of them had microplastic in their digestive tracts. These kinds of plastic fibres and fragments are smaller than poppy seeds and the perfect size to enter the bottom of the food web, as Jennifer Brandon, an oceanographer at the Scripps Institution of Oceanography, told me. They have been shown to be eaten by mussels, by coral, by sea cucumbers, by barnacles, by lots of filter-feeding plankton.

But what happens to all the marine macroplasticbig stuff, like buckets, toys, bottles, toothbrushes, flip-flopsbefore it breaks down? Since most macroplastic has not been found floating at the surface, its location has, for many years, remained a mystery to scientists. The question that everyone in the community has is, Where is all the plastic? Erik van Sebille, an oceanographer who is leading a major five-year mapping project called TOPIOS, or Tracking of Plastic in Our Seas, told me. He calls the missing ninety-nine per cent dark plastic. Its the dark matter of the sea.

Van Sebille has compared the problem to the discussion around carbon-dioxide emissions thirty years ago. Back then, scientists could see that people were adding greenhouse gases to the atmosphere, but it was unclear where all the carbon dioxide was coming from. We could only really start thinking about solutions once we got the carbon question closed, he said. How much was from aviation, or automobiles, or industry? For dark plastic, the leading hypothesis has been that the majority of it sinks to the seafloor. Much of it might degrade quickly into microplastic and then sink; other pieces might sink and then quickly degrade, becoming part of that sedimentary record. And, of course, lots of junk gets eaten: it is likely that marine debris kills hundreds of thousands of sea birds, turtles, and marine mammals each year, though no one knows the exact number. In March, a Cuviers beaked whale, a species that can dive deeper and hold its breath longer than any other marine mammal, washed up dead in the Philippines with eighty-eight pounds of plastic in its body. In April, a sperm whale washed up dead in Italy with forty-eight pounds of plastic, as well as the remains of a fetus, in its body.

Scientists working for the nonprofit Dutch organization the Ocean Cleanup, which is attempting to create a giant autonomous rake to collect and remove trash floating on the high seas, published a study in the journal Scientific Reports last week that presents a new hypothesis. Based on data the group has collected in the field, it posits that only a small fraction of the plastic that has entered the ocean eventually arrives to one of the five great ocean gyres, where it might persist for decades. According to the study, most of the plastic thought to be currently in the marine environmentsomewhere between seventy and a hundred and eighty-nine million metric tonsis stranded, lingering on shorelines and beaches, or buried near the coastline, deep under sand and rocks.

On various Ocean Cleanup expeditions across the Pacific, researchers had collected a good deal of decades-old trash from the surface. The age of the items was apparent because of their displayed production dates. The oldest item discovered was a plastic bottle crate from 1977. But, apart from debris resulting from the tsunami in Japan in 2011, researchers did not find much recently made plasticitems from the past decade, during which plastic production, and the resulting emissions, have been at their fastest and greatest rates. This was perplexing; if it was true that most plastic sinks and degrades, as the leading hypothesis put forth, then, statistically speaking, most of the plastic that the researchers found floating at the surface should be newer. If everything was degrading very quickly, we would not find so many old objects, Laurent Lebreton, the studys lead author and the Ocean Cleanups lead oceanographer, told me by phone. We should be finding more objects from 2010 and after. This, however, was not the case.

Lebreton created what he describes as a very simple computer box model, which relies on five parameters, including the coastal stranding rate and plastics degradation rate, to better understand how different types of plastic move in the sea and why so much of the plastic they have found is so old. Lebreton and his co-authors, Matthias Egger and Boyan Slat, the founder of the Ocean Cleanup, wrote that, based on the model, it seems that land is likely storing a major fraction of the missing plastic debris. A small fraction of the plastic is possibly slowly circulating between coastal environments with repeated episodes of beaching, foulingthe accumulation of living and nonliving things on the materials surfacedefouling and resurfacing. The older artifacts that the researchers had seen in the middle of the ocean were the few that had escaped the cycle, at least for a while. If they had not collected them, those artifacts might have also, one day, washed up again, on yet another beach.

Van Sebille, who was not involved in Lebretons study and has not worked for the Ocean Cleanup, applauded the study and the simplicity of Lebretons model, which made it easy and quick to use. These kind of exploratory models are desperately needed in the field, he said. His project, TOPIOS, is still a few years away from any definite conclusions. But, van Sebille said, the findings in Lebretons paperthat most of the missing plastic has landed near the shoreis kind of what we are seeing in our models, too. If Lebretons conclusion is true, then that is very problematic, he continued. Most marine life is near coastlinesfisheries, agriculture, coral reefs. In the open ocean, sure there are organisms, but the biodiversity and economic value of that is far lower. Plastic in the ocean is particularly harmful when near land, arguably even worse than if it was sinking into the depths somewhere offshore. You could read this paper as an advocation for beach cleanups, van Sebille said.

That is perhaps an ironic conclusion, considering that the Ocean Cleanup is an organization devoted to developing new multimillion-dollar technologies to clean trash floating at the surface of the high seas. Boyan Slat told me that the findings go to show that prevention is also important. If you want to clean the coastal environment, you need to close the tap. The broader statement is that we need to do it all, which includes cleaning up plastic pollution in the environment, from garbage patches to the mountains.

Although cleaning up all plastic once it enters the environment is likely impossible, the amount that can currently be cleaned up, as this study shows, is not insignificant. Last year, more than a million people, across 22,300 miles of shorelines and waterways around the world, participated in the Ocean Conservancys annual International Coastal Cleanup. They collected nearly a hundred million pieces of trash (23.3 million pounds), including a vacuum cleaner, a boom box, and dentures. The top item collected was, yet again, the measly cigarette butt (filters contain plastic), followed by food packaging, a $370 billion market in 2020. Policies that address the crisis at the sourceby eliminating single-use plastics, expanding the circular economy (i.e., reusing more materials), and improving sanitation, waste, and recycling infrastructure, especially in developing nationshold the most promise for reducing the amount of plastic in our seas. In the meantime, the old-fashioned beach cleanup never looked like such a worthwhile way to spend a morning. (This years International Coastal Cleanup will be held on Saturday, September 21st.)

Eventually, all of the plastic contamination ends up in the same placedocumented deep in the mud. Jennifer Brandon, the Scripps oceanographer, led a recent study in which she and her co-authors analyzed a core of sediment that was excavated a mile offshore from Santa Barbara, California. The core dates from 1834 until 2009. They found that, since the nineteen-forties, the quantity of microplastic in each sediment layer began to increase exponentially, doubling every fifteen years. There is almost no oxygen at the bottom of the Santa Barbara basin where the core was drilled, nineteen hundred feet deep, so there are no animals to stir up sediment. When phytoplankton and other things fall from the surface to the seafloor, they are left undisturbed, forming perfect, annual layers, akin to tree rings or a glaciers layers. And, just as trapped air bubbles in an ice core drilled from a glacier show the industrial revolutions sudden and steady increase in atmospheric carbon dioxide, the plastic fragments and fibres that dot this sedimentary core correlate to postwar increases in population and commercial plastic production. Because plastic lasts forever in sediment, and the trends in plastic consumption so clearly match the trends of the Great Acceleration of the Anthropocene, Brandon told me, plastic is kind of the perfect geological marker of this new geological age.

The rest is here:

Where Does All the Plastic Go? - The New Yorker

Two Months in the Southern Ocean, for Science – State of the Planet

This post was first published by theCenter for Climate and Life,a research initiative based at Columbia UniversitysLamont-Doherty Earth Observatory.

The JOIDES Resolution at the pier in Punta Arenas, Chile. (Photo: Thomas Ronge & IODP)

During the first half of 2019, two differentInternational Ocean Discovery Program(IODP) expeditions took international teams of scientists to the stormy Southern Ocean under the leadership ofLamont-Doherty Earth Observatoryscientists.

Maureen RaymoandGisela Wincklereach spent two months doing stints as co-chief scientist aboard the research vesselJoides Resolution. Their expeditions involved gathering information that will enable the geoscience community to learn more about Earths climate history.

Raymo, a paleoceanographer and director of theLamont Core Repository, was onIODP Expedition 382from March to May in areas of the Southern Ocean near Antarctica.As co-chief scientists, Raymo and Michael Weber, a paleoclimatologist at the University of Bonn, co-led a team of 30 scientists from around the world who are investigating how Antarcticas ice sheets responded to past global warming.

From May to July, Winckler, a climate scientist andCenter for Climate and Life Fellow, served as co-chief scientist forIODP Expedition 383in the Pacific sector of the Southern Ocean. She and co-chief scientist Frank Lamy, a geologist at the Alfred Wegener Institute for Polar and Marine Research, led a different group of 30 international scientists on an expedition to drill sediment cores along the Chilean Margin and in the Central South Pacific to study how the dynamics of the Southern Ocean affect the global climate system.

Sediment cores are records of Earths history: They contain the fossils of tiny organisms, mineral dust blown from the continents, and rocky material scraped by glaciers off the land and carried out to sea by icebergs. Specialized research vessels like theJoides Resolutionenable the collection of these sediments in the form of long cores. By analyzing the composition and geochemical fingerprints of the material in each core, scientists can figure out past variations in temperature, wind patterns, current speeds, and where any icebergs have come from and when.

Both expeditions will use the information contained within their newly recovered cores to examine how the atmosphere, oceans, and ice sheets responded to past global warming. These research projects are still in the early stages and will unfold over many years. What the scientists uncover will help the geoscience community make more accurate predictions about Earths future and enable us to better understand and adapt to climate change.

Iceberg Alley

Raymos expedition drilled sediment cores at five sites in an area in the Scotia Sea known as Iceberg Alley. Its east of the Antarctic Peninsula and many icebergs that break off the continent pass through the area.

The drilling was surprisingly successful, said Raymo, There was a very real possibility that there would be a lot of time lost getting out of the way of icebergs and bad weather and high seas. And while we did lose some time to those influences, most of the time we were drilling.

New sediment cores bring smiles to the core laboratory on the Joides Resolution. Maureen Raymo, co-chief scientist, is second from left. (Photo: Marlo Garnsworthy & IODP)

Eighteen sediment cores totaling almost three kilometers in length were recovered. The oldest cores date to the middle Miocene epoch, between 12 and 16 million years ago. Raymo said she was surprised that the drilling produced cores with continuous sedimentation for millions of years. Typically records near Antarctica have a lot of gaps in them, but ours are just beautiful continuous records of climate change, she said, giving credit to her co-chief, Mike Weber for identifying the drilling sites.

Raymo said the debris in the cores varies with age. Thats telling you that the dynamics of the Antarctic ice is changing dramatically through time, she said. Raymo and her expedition colleagues dont yet know what the changes indicate; they will discover that by investigating the sediment. But the changes show that the Antarctic ice sheet has not been as stable over millions of years as previously thought.

Now that the sediment core material is at Lamont, Raymo and her colleagues have begun quantitative analyses of the iceberg material in the cores. Raymo is focused on trying to understand the Antarctic ice sheets history for the time period between one and two million years ago, and establishing what conditions might cause the ice sheet to melt now.

A newly split sediment core collected during Raymos expedition. (Photo: Lee Stevens & IODP)

We have no idea how vulnerable the Antarctic ice sheet is to a modest amount of global warming, said Raymo. So were trying to figure out how the ice responded to warming in the past.

Knowing how fast the ice melted in the past is critical to understanding how Antarctica might respond to increased warming. And that will help scientists predict future sea level rise.

This wasnt Raymos first time serving as a co-chief scientist but she still feels its a privilege. As chief scientist, you really get to be a part of every sector of the science, she said. You get to solve problems with everybody, and you get to interface with the captain and the drillers.

Raymo says the hardest part of the expedition was working the midnight to noon graveyard shift for two months. But she also loved being at sea for that long. You can walk off the ship feeling like you have made lifelong friends with people that you didnt know when you walked on the ship.

The diverse team of expedition scientists, half women and half men, came from all over the world. Raymo says she found the environment less sexist and stressful with a crew that is comprised equally of women and men compared to life on a research vessel 30 years ago, when most participants where men.

The Pacific Sector of the Southern Ocean

Wincklers expedition drilled sediment cores in the central South Pacific, halfway between Chile and New Zealand, in the middle of nowhere, she said, where no expedition had drilled before.(Read Wincklers blog posts about the expedition here.)

Their science plan was to drill at four sites in the Central South Pacific, and three more sites at the Chilean Margin. The scientists hoped to obtain cores spanning the past five million years, including the Pliocene period, three to four million years ago. During the Pliocene, carbon dioxide levels were similar to what they are today, the planet was warmer, and global sea level was a good bit higher.

At two sites, the ship was able to drill even deeper in time, to the Upper Miocene period, about eight million years ago.

Gisela Winckler carrying a sediment core during IODP Expedition 383. (Photo: Tim Fulton & IODP)

Seeing that happen, core after core after core, drilling deeper and deeper into the sediments, hundreds of meters was fantastic, said Winckler. These beautiful, continuous sequences are ideal for interpreting the climate information in the sediments because it allows you to know where you are in terms of time.

The scientists recovered almost three kilometers of sediment core and some contained surprises. Drop stones, or large pebbles transported by icebergs, provide evidence that icebergs of the past had traveled to the ships location 1,000 miles from Antarctica, where no icebergs exist today. The finding could advance the teams research on how the Southern Ocean works as an interface between whats happening on Antarctica and the rest of the planet.

And at two sites, the team drilled into the basalt of the ocean crust much earlier than expected, illustrating how little is known about the ocean floor. Meanwhile, microfossil experts onboard found well-preserved microfossils of two brand new species of foraminifera, single-celled planktonic organisms.

Once the sediment cores were brought onto the ship and split open, the team saw color changes revealing distinct climates. Different types of microorganismsthe main ingredient of the sediments in the Southern Oceanthrive under different conditions, so you can see these time changes from warmer time periods into colder time periods or vice versa, just by looking at the color, said Winckler. Its sort of the poetry of these sediments and how they tell you their story.

Winckler is pleased with how well the expedition went, despite an unexpected change in schedule. In the middle of the expedition, a monster storm forced the ship to leave the region and travel about 1,500 miles north, where they ended up spending two weeks. Due to the storm, the expedition wasnt able to recover sediment from their southernmost site in the Antarctic part of the Southern Ocean, a crucial piece of their research project.

We never had a window of time with weather conditions long enough to work there successfully, said Winckler. That was the most difficult part of the expeditiongiving that up.

The bow of the Joides Resolution plunges into stormy seas during a storm the ship encountered during Expedition 383. (Photo: Christina Riesselman)

The cores from both expeditions will be archived at IODPs Gulf Coast Repository in College Station, Texas, with samples distributed all over the world to the expedition participants. At Lamont, Winckler, together withJenny MiddletonandJulia Gottschalk, two Lamont postdocs who also participated in the expedition, will analyze the sediment records to determine how Earth got into stages warmer than what we are experiencing today. They will examine the dust in the cores and how it connects to the carbon cycle, carbon storage, and atmospheric carbon dioxide.

The international team of scientists will also analyze the different sizes of grains in the sediments which can reveal how fast the Arctic Circumpolar Current, the oceans fastest current, traveled in the past; the speed of the current influences the whole climate system.

Winckler says the Southern Ocean is one of the key regions that determine the planets climate, so scientists need to better understand how the entire system works and how fast it changes.

We need to feed our climate models better information and better constraints to improve how well we can predict the future, said Winckler.

We need that information about the natural variability of the past to understand what we are doing by impacting the natural climate system with our outrageous fossil fuel emissions.

Follow this link:

Two Months in the Southern Ocean, for Science - State of the Planet

Jim Caruso’s Cast Party With Billy Stritch Returns To Feinstein’s At Vitello’s – Broadway World

Jim Caruso's Cast Party returns to the West Coast for two nights only, Wednesday and Friday, October 9 and 11 at 7:30pm. The "extreme open mic" will take place at Feinstein's at Vitello's, located at 4349 Tujunga Avenue in Studio City.

This marks the seventeenth Southern California appearance for the Manhattan mainstay, hosted by Caruso and musical director Billy Stritch. Initially, after a full-page color feature in the Sunday LA Times, along with three hours on the top-rated KTLA Morning Show, the impromptu variety show/open mic had to turn away hundreds of audience hopefuls clamoring to watch a who's who of surprise entertainers, including Liza Minnelli, Melissa Manchester, Carol Channing, Jeffrey Osborne, Sarah Paulson, Cybill Shepherd, Dave Koz, Donny Osmond, Joanne Worley, Taylor Dayne, Debby Boone, Shoshana Bean, internet sensation Miranda Sings, funny man Bruce Vilanch, and many others.

Jim Caruso's Cast Party is a wildly popular weekly open mic night that has been bringing a sprinkling of Broadway glitz and urbane wit to the legendary Birdland in New York City every Monday night for the past fifteen years. It's a cool cabaret night-out enlivened by a hilariously impromptu variety show. Showbiz superstars hit the stage alongside up-and-comers, serving up jaw-dropping music and general razzle-dazzle. Cast Party is the ultimate spot to mix and mingle with talented show folk and their fans. The buoyant, sharp and charming Caruso guides the entire affair like a bubbly cruise director, musical genius Billy Stritch (Liza Minnelli & Tony Bennett) holds court at the ivories, and the audience is invited to participate in the festivities! Recently, Caruso and Stritch have taken the Party on the road, celebrating talent in London, San Francisco, Chicago, Las Vegas, Los Angeles, Dallas, Pittsburgh, Cleveland, Austin, and on the high seas. Cast Party was also part of the Jazz at Lincoln Center Songbook Series, celebrating the Golden Age of Hollywood with an all-star cast.

*Interested performers should email caruso212@aol.com for more information.

Jim Caruso's Cast Party with Billy Stritch at the piano

Wednesday and Friday, October 9 and 11, 7:30pm

Feinstein's at Vitello's, 4349 Tujunga Avenue, Studio City, CA

http://www.feinsteinsatvitellos.com

818-769-0905

The rest is here:

Jim Caruso's Cast Party With Billy Stritch Returns To Feinstein's At Vitello's - Broadway World