Tag Archives: ocean

Why is a ton of trash washing up on beaches in Hong Kong? It’s a mystery!

life’s a beach

Why is a ton of trash washing up on beaches in Hong Kong? It’s a mystery!

By on Jul 5, 2016 7:10 pmShare

Listen up, beach-goers who delight in swimming amongst plastic bags, deflated balloons, and lonely flip flops! We found the perfect place for you: the shores of Hong Kong, where unsightly piles of debris have recently washed up and taken up residence.

Plastic pollution is not a new problem for Hong Kong’s waterfront. But during the past two weeks, Quartz reports, the garbage influx has reached unprecedented levels.

Facebook/Ocean Recovery AllianceFacebook/Ocean Recovery Alliance

No one knows precisely where the trash is coming from, but we’re guessing it has something to do with humans — you know, those creatures that like to buy food in individually wrapped plastic packages and, incidentally, have thrown 10 to 30 billion pounds of plastic debris into the ocean. Right now, it looks like Hong Kong’s shores are bearing the brunt of it.

Just a few years ago, Hong Kong set up a fake, blue-sky backdrop in front of its smoggy city skyline for tourist-photo purposes. If only we had a beautiful backdrop to remember the island’s clean beaches by …

Ah, there we go. That’s better.

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Why is a ton of trash washing up on beaches in Hong Kong? It’s a mystery!

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California’s latest oil spill almost drained right into the Pacific

Crews clean up after a massive oil spill on the Californian coast in May 2015. REUTERS/Jonathan Alcorn

spill, baby, spill

California’s latest oil spill almost drained right into the Pacific

By on Jun 23, 2016Share

A pipeline leak discovered Thursday morning spilled as many as 700 barrels, or nearly 30,000 gallons, of crude oil in California’s Prince Barranca valley.

Emergency crews scrambled to halt the oil’s progress before it reached the Pacific Ocean and, fortunately, it looks like they were successful. According to Ventura County firefighter Marisol Rodriguez, the workers are now in “cleanup mode.”

“The pump has been shut down.” Rodriguez told the Los Angeles Times. “There’s no way it can get to the ocean.”

Knight Lab

Next time there’s a larger spill, we might not be so lucky.

Last year, more than 100,000 gallons of crude oil spilled onto Santa Barbara’s Refugio State Beach, closing the beach for two months and fouling the area with thick black crude. Tarballs from that spill appeared as far as 100 miles south.

The oil company responsible, Plains All American Pipeline, was indicted on 46 criminal counts and charged with $3 million in fines. The company expected the total price tag for cleanup to be far greater than the fine, at $257 million.

Crimson, which owns the ruptured pipeline from the recent spill, controls over 1,000 miles of pipeline in the state.

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California’s latest oil spill almost drained right into the Pacific

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20,000 leagues under the sea, we’ve made a mess

Deep sea dumpster diver

20,000 leagues under the sea, we’ve made a mess

By on Jun 22, 2016Share

Congratulations, us! We’re officially everywhere.

Not content with corralling our influence to the land-based parts of the globe, we’ve managed to weasel our way into the very depths of the ocean, according to scientists from the University of Aberdeen who found pollutants in the bodies of amphipods more than six miles under the sea.

Among the chemicals detected were polychlorinated biphenyls (PCBs), a class of chemicals used to make plastics. PCBs are known to act as carcinogens, neurotoxins, and hormone disrupters, so they were banned in the United States and many other countries in the 1970s. But PCBs are hard to break down, and — clearly — haven’t been banned everywhere. Scientists suspect the high concentrations in the Mariana Trench are due to its proximity to plastic manufacturers in Asia.

Researchers also found polybrominated diphenyl ethers, which are found in flame retardants and are currently being phased out in parts of the world.

Scientists are concerned that these toxins could impact the trench’s ability to act as a carbon sink. Deep trenches are full of microbes that help convert carbon and regulate climate, but pollution could disrupt that ecological service.

“We often think deep-sea trenches are remote and pristine, untouched by humans,” said Alan Jamieson.

Looks like nothing on this planet is.

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Piano performance next to a crumbling glacier will give you chills

Ice ice baby grand

Piano performance next to a crumbling glacier will give you chills

By on Jun 21, 2016Share

The Arctic Ocean may not be a typical venue for a piano performance, but it’s a prime setting for making a point about climate change. Ludovico Einaudi, an Italian composer-pianist, performed an original piece while stranded on an “artificial iceberg” (or rather, a floating platform made of white, wooden triangles) as Norway’s Wahlenbergbreen glacier collapsed in the background.

Greenpeace shipped the baby grand piano from Germany to the Arctic for the stunt, which was meant draw attention to a proposal to create a sanctuary in 10 percent of the Arctic Ocean, protecting it from oil drilling, fishing trawlers, and other exploitation.

There are no promises it will work, but enjoy the exciting performance on a stranded iceberg — no polar bears needed.

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Piano performance next to a crumbling glacier will give you chills

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First mammal goes extinct because of climate change

my oh melomys

First mammal goes extinct because of climate change

By on Jun 14, 2016Share

Pour one out for the melomys: the first mammal in recorded history to go extinct thanks to climate change.

Wait, the memonly-lemony what? Get ready for a spit take, because the Bramble Cay melomys is — excuse me, was — a rat.

An upstanding resident of a tiny, isolated island in the Great Barrier Reef, the rodent spent its days minding its own business: scrambling through herbaceous vegetation, foraging for succulents, and treating itself to the occasional turtle egg. That is, until the ocean indiscriminately swallowed up its low-lying coral cay, which — it turns out — is a very effective form of pest control.

A recent report from the University of Queensland confirmed that climate change was the root cause of the melomys’ eradication: Sea levels rose at twice the rate of the global average in the waters surrounding Bramble Cay, drenching a full 97 percent of the melomys’ habitat between 2004 and 2014.

Though it may be the first mammal officially to disappear due to climate change, the melomys is far from the last. Our changing climate is on track to wipe out up to one-sixth of the species on this planet, according to a 2015 study.

But of all the species dead or alive, I think it’s fair to say the poor melomys is the most like a drowned rat. Goodbye, dear melomys: We only learned of your existence today, but we’re sorry we missed our chance to meet you!

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We are fleeing the world’s coasts

We are fleeing the world’s coasts

By on Jun 10, 2016Share

As if beaches weren’t already scary (think: Shark attacks! Seagulls swooping in to snatch a sandwich from your hands! And [gulp] beach body season!), you may have heard that climate change is ushering in even greater terrors. We’re talking intense hurricanes, tidal flooding, and sea-level rise of three or four feet by 2100.

And people may already be responding to the planet’s not-so-subtle signals that coastal areas may not a safe place to live in the future. According to a new study from Environmental Research Letters, population growth patterns have indicated a slight distribution away from coastlines. The share of population that lives 124 miles from the coast has decreased slightly in recent years, from 52 percent in 1990 to 51 percent in 2010.

Wait! One percentage point may be a subtle change, but it’s likely contrary to what you’ve heard before, since there’s a common understanding that people are actually moving toward the coasts. And on a global scale, many more people live in coastal areas today than in the past — about five times as many as in 1900, Fast Company reports.

Humans have historically been drawn to coasts, and that’s for good reason. Life near the sea has a lot to offer: food, jobs, and the occasional orca sighting. But eventually, the coastally inclined might find themselves in a bit of a salty pickle if they don’t move further inland. The ocean is all too eager to move into beachfront properties and turn living rooms into giant aquariums.

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We are fleeing the world’s coasts

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17 Random But Fascinating Facts About Our Oceans

About 70 percent of the Earth is actually ocean, and 94 percent of life on Earth is aquatic. In fact, life on earth began in the ocean 3.1 billion to 3.4 billion years ago. Land dwellers didn’t show up until much later(approximately 400 million years ago). Even though we’re newbies, wehave a tendency to think the planet is all about us humans and what happens on land above the sea.

To mark World Oceans Day, here are 17 intriguing facts about the oceans that might make you think twice about the watery world we live on and how we should treat it.

1. Fifty percent of the United States (in terms of our complete legal jurisdiction, which includes ocean territory) lies below the ocean, reports MNN.com.

2. We probably know more about the moon than we do our oceans; we have better maps of Mars than we have of the ocean floor. In fact, weve only exploredless than5percent of the Earths oceans, even though we depend on them for everything from food to transportation to recreation.

3. Forget the Smithsonian, the Louvre or the Parthenon. There are more artifacts and remnants of history in the ocean than in all of the worlds museums combined, thanks to shipwrecks, tsunamis, tidal waves, floods, wars and the general tendency of people to treat the ocean as a big dumping ground.

4. An underwater mountain chain running through the middle of the Atlantic Ocean from the Arctic Circle all the way down into the Indian Ocean and across the Pacific is the longest mountain range in the world. It coversmore than 35,000 miles, making it four times longer than the Andes, Rockies and Himalayas combined. Ithas peaks higher than those in the Alps.

5. The Pacific Ocean isthe world’s largest water body. It occupies a third of the Earth’s surface and contains about 25,000 islands, which is more than the total number in the rest of the world’s oceans combined. Most of those islandsare found south of the equator.

6. The oceans make up 97 percent of the Earth’s water.Of what remains, less than 1 percent is the fresh water we use for drinking. 2-3 percent of the remaining water on earth is contained in glaciers and ice caps, though due to global warming, this amount is decreasingas the ice caps melt.

7. The sea level is rising seriously due to climate change. 10,000 years ago the ocean level was about 110 m lower than it is now. If all the world’s ice melted, the oceans would rise 66 m. Sea levels will continue rising even if the climate stabilizes because the ocean is too vast to react quickly to change.

8. Ninety percent of all volcanic activity occurs in the oceans, reports MarineBio.org. Undersea earthquakes, volcanoes and landslides can cause tsunamis, powerful seismic sea waves that can destroy entire cities and kill hundreds of thousands of people, as we saw when an earthquake occurred in the Indian Ocean off the coast of Sumatra in 2004, letting loose a tsunami that eventually killed 230,000 people.

9. Sound travels nearly five times faster through water than it does through air.

10.Air pollution is to blamefor 33 percent of the toxic contaminants that end up in oceans and coastal waters. About 44 percent of the toxic contaminants come from runoff via rivers and streams, especially runoff contaminated with agricultural chemicals.

11. Each year, three times as much rubbish is dumped into the world’s oceans as the weight of fish caught. Much of that is plastic which will never decompose but instead may get eaten by fish and end up being eaten by people, as well.

12. Nearly one-third of the world’s oil comes from offshore fields in our oceans, especially those in the Arabian Gulf, the North Sea and the Gulf of Mexico.

13. Oil is a major source of ocean pollution. But while some of that comes from oil spills, most of it comes from leaking automobiles and “non-point sources” like oil that is poured down street drains and otherwise improperly disposed. According to MarineBio.org, more oil reaches the oceans each year as a result of leaking automobiles and other non-point sources than the oil spilled in Prince William Sound by the Exxon Valdez or even in the Gulf of Mexico during the Deepwater Horizon oil spill.

14. The Great Barrier Reef, which coversan area largerthan Britain, is the largest living structure on Earth and can be seen from space. Its reefs are made up of 400 species of coral, supporting over 2,000 different fish, 4,000 species of mollusc and countless other invertebrates. The “reef” is actually an expanse of nearly 3,000 individual reefs and 1,000 islands. Because the physiology of coralis so similar to human bone, coral has been used to replace bone grafts, helping human bone to heal more quickly.

15. People eat more fish than any other protein source. Unfortunately,most of the world’s major fisheries are being fished at levels above their maximum sustainable yield; some regions are severely overfished.

16. More than90 percent of the trade between countriesis carried by ships traveling back and forth across the oceans. About half the communications between nations from one side of the world to another relies on cables that have been laid across the ocean floor.

17. Blue whales are the largest creatures on the planet, ever. They’re bigger than the largest dinosaurs ever were.

Related:
13 Ways to Celebrate the Oceans
7 Tips for Reducing Pollution and Saving Our Marine Species
Overfishing is Actually Worse Than We Thought

Disclaimer: The views expressed above are solely those of the author and may not reflect those of Care2, Inc., its employees or advertisers.

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17 Random But Fascinating Facts About Our Oceans

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Sea creatures are being drowned out by noise pollution, but for once we’re listening

Sea creatures are being drowned out by noise pollution, but for once we’re listening

By on Jun 7, 2016Share

It’s always been noisy under the sea. Coral reefs crackle with life, dolphins whistle, and sperm whales click so loudly they’ll bust your eardrums. But that boisterous marine chorus is being drowned out by noise pollution from — you guessed it — us.

A growing body of research suggests that noise from commercial ships, seismic surveys, and industrial work like oil drilling interferes with the behavior of marine animals, who rely on sound to communicate and navigate. While scientists admit that the effects of noise pollution are still not fully understood, this fact is certain: The ocean is 10 times noisier today than it was 50 years ago. And as if the beleaguered beasts haven’t dealt with enough — plastics, pollution, overfishing — warming seas, apparently, are better conductors of sound.

Thankfully, a team of researchers is listening. Last week, the National Oceanic and Atmospheric Administration (NOAA) released a draft for a strategy that will research and mitigate the effect of noise on marine life. Comments from the public are accepted until July 1 — so brainstorm away.

The Ocean Noise Strategy Roadmap  is a “high-level guide, rather than a prescriptive listing of program-level actions,” according to its website. To that end, some of its immediate goals include reviewing effects of noise pollution on habitats and populations; recommending noise management practices; and encouraging quieter technologies like, well, quieter ships. It also emphasizes cooperation between the various NOAA offices and external groups such as conservation groups and industry associations.

The roadmap is one of the first steps in an ambitious 10-year plan to make the undersea world sound less like Lollapalooza. (The first step, called CetSound, mapped man-made underwater noise in the ocean, as well as populations of whales, dolphins, and porpoises, and debuted in 2012.)

The next critical step will be action. “The key, of course, is implementation,” writes Michael Jasny, director of the Natural Resources Defense Council’s Marine Mammal Protection Project, on his blog. “What is needed, plainly and soon, is a concrete implementation plan and a budget to achieve it.”

There’s nothing sadder than an unheard whale — just ask Vince Chase.

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Here’s what a bleaching disaster looks like

Here’s what a bleaching disaster looks like

By on Jun 7, 2016Share

The good news: The peak of coral bleaching in the Great Barrier Reef is over! The bad: The outcome of that bleaching is pretty awful — like, “one of the worst environmental disasters in Australian history.”

That’s according to the Ocean Agency, which recently released photos taken in May near Australia’s Lizard Island. The slimy, smelly corals had the audacity to decompose and drip off the reef, right in front of the camera! Have some self-respect, guys.

Soft coral decomposing and falling off the reef.XL Catlin Seaview Survey

“I can’t even tell you how bad I smelled after the dive — the smell of millions of rotting animals,” Richard Vevers, chief executive of the Ocean Agency, told the Guardian.

Already-warm waters augmented by a strong dose of El Niño have led to the bleaching of 93 percent of corals in the Great Barrier Reef’s central and northern sections. Up to a quarter of all of its corals have already died.

A before and after image of coral bleaching and later dying in March and May 2016. XL Catlin Seaview Survey

When corals bleach, that doesn’t mean that they’re dead yet — just really hungry. Coral polyps — the small, blobby creatures that make up coral structures — don’t make their own food. Their main energy source is zooxanthellae, colorful algae that live in coral tissues and produce energy through photosynthesis. When waters warm up, those algae produce chemicals that agitate coral cells. Bleaching occurs when a coral polyp pushes its algae pals out, turning ghostly white in the process.

If water temperatures drop to normal levels fast enough, corals can invite the zooxanthellae back, recover, and potentially live healthily ever after. If warm conditions persist, well … the corals starve to death, and turn from bone-white to muddy brown as algae grow over their surfaces.

Algae covers dead coral after the bleaching event.XL Catlin Seaview Survey

The bleaching event, which began last year, continues to threaten reefs around the globe, and the latest wave is sweeping the Indian Ocean. Let’s hope those corals fare better, and get their color back.

A dying Giant Clam on the Great Barrier Reef.XL Catlin Seaview SurveyShare

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Tiny sea creatures are saving us from hell on earth. So why are we endangering them?

Tiny sea creatures are saving us from hell on earth. So why are we endangering them?

By on Jun 6, 2016Share

Deep in the ocean where the sun don’t shine, fissures in the earth’s crust spew super-heated geothermal water and gases of up to 400 degrees Celsius.

Sounds like hell? Not quite — hydrothermal vents discovered just 40 years ago by scientists, teem with a surprising abundance of life. And these hotbeds of biodiversity are crucial for underwater ecosystems and the global climate, according to a recent report in Frontiers In Marine Science.

The vents dot the sea floor at depths of 5,000 to 13,000 feet, gushing sulfides, methane, iron, and hydrogen into the ocean. Like moths to a (very hot) flame, microorganisms around the vents convert these elements into food. They are, in turn, eaten by other organisms, transporting that geothermal energy up a food chain that includes mussels, clams, giant crabs, and those truly bizarre scarlet tube worm colonies.

Importantly, researchers found that vent-dwelling creatures gobble up as much as 90 percent of the released methane — which, if it were to be released into the atmosphere, would act as a greenhouse gas 86 times more potent than carbon dioxide over a 20-year period.

“There is more methane on the ocean floor than there are other forms of fossil fuels left in the oceans,” said Andrew Thurber, coauthor on the report, “and if it were all released it would be a doomsday climatic event. Through methane consumption, these life forms are literally saving the planet.”

But before you can say “OMG tube worm!”, there’s more. These extreme ecosystems are threatened by offshore oil and gas extraction — particularly the peripheral impacts like, anchors, noise pollution, leakage. Big plans are brewing to mine the vents for copper, gold, or silver, with the first deep-sea mining machines set for a test drive in the near future.

Since the vents are dispersed around the ocean floor around the world, any coordinated plan to protect them would require international cooperation. Since losing them might spell disaster — not to get too fire and brimstone-y on you guys — it’s as good a reason as any to work together.

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Tiny sea creatures are saving us from hell on earth. So why are we endangering them?

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