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The Gulf of Alaska is an arm of the Pacific Ocean defined by the curve of the southern coast of Alaska, stretching from the Alaska Peninsula and Kodiak Island in the west to the Alexander Archipelago in the east, where Glacier Bay and the Inside Passage are found.
The entire shoreline of the Gulf is a rugged combination of forest, mountain, and a number of tidewater glaciers. Alaska's largest glaciers, the Malaspina Glacier and Bering Glacier, spill out onto the coastal line along the Gulf of Alaska. The coast is heavily indented, with Cook Inlet and Prince William Sound the two largest connected bodies of water. It includes Yakutat Bay and Cross Sound. Lituya Bay is the site of the largest recorded tsunami in history. It is customarily a popular sheltered anchorage for fishing boats.
A picture from the Gulf of Alaska that has been making the rounds on the Internet for the last few years — shows a strange natural phenomenon that occurs when heavy, sediment-laden water from glacial valleys and rivers pours into the open ocean. There in the gulf, the two types of water run into each other, a light, almost electric blue merging with a darker slate-blue.
Informally dubbed “the place where two oceans meet,” the explanation for the photo is a simple one, though there are many misconceptions about it, including that catchy title. In particular on popular link-sharing website Reddit, where users have on multiple occasions erroneously attributed the photo’s location as “Where the Baltic and North Sea meet” and the two types of water as being completely incapable of ever mixing, instead perpetually butting against each other like a boundary on a map.
You also may have seen a variation on the photo featuring the same phenomenon, taken by photographer Kent Smith while on a July 2010 cruise in the Gulf of Alaska. That photo too has been circulating the web for some time, though the misconceptions about it seem to be less thanks to Smith’s explanation of the photo on his Flickr page. That one has also been making the rounds on Reddit and social media for years, and had racked up more than 860,000 views by early 2013 on that one page alone, Smith said. That original photo, however, originates from a 2007 research cruise of oceanographers studying the role that iron plays in the Gulf of Alaska, and how that iron reaches certain areas in the northern Pacific.
Ken Bruland, professor of ocean sciences at University of California-Santa Cruz, was on that cruise. In fact, he was the one who snapped the pic. He said the purpose of the cruise was to examine how huge eddies — slow moving currents — ranging into the hundreds of kilometers in diameter, swirl out from the Alaska coast into the Gulf of Alaska. Those eddies often carry with them huge quantities of glacial sediment thanks to rivers like Alaska’s 286-mile-long Copper River, prized for its salmon and originating from the Copper Glacier far inland. It empties out east of Prince William Sound, carrying with it all that heavy clay and sediment. And with that sediment comes iron.
GULF OF ALASKA HAS TWO OCEANS THAT MEET BUT DO NOT MIX
The Gulf of Alaska has two oceans that meet but do not mix. Ridiculous, incredible and simply mind-blowing!
These two bodies of water were merging in the middle of The Gulf of Alaska and there was a foam developing only at their junction. It is a result of the melting glaciers being composed of fresh water and the ocean has a higher percentage of salt causing the two ocean bodies of water to have different densities and therefore makes it more difficult to mix.
Gulf of Alaska
This picture of two oceans meeting, but not mixing was caught by a photographer on Alaskan Cruise and shared it on Flickr which went viral, spreading on many other social networking platforms. You can find few other similar pictures caught by the same photographer in reference section.
Story:
Merging Oceans: Where two oceans meet but do not mix! Incredible and Simply Mind-Blowing!
These two bodies of water were merging in the middle of The Gulf of Alaska and there was a foam developing only at their junction. It is a result of the melting glaciers being composed of fresh water and the ocean has a higher percentage of salt causing the two ocean bodies of water to have different densities and therefore makes it more difficult to mix.
Hoax or Fact:
Analysis:
The picture shown in the story is a genuine one, and the message that comes with it is also a fact. The picture shows two different ocean water bodies meeting in the middle of Alaskan Gulf, where a foam is formed at the merging junction. This happens when glaciers of fresh water start melting and flow to join the ocean water which is more salty. Because of the difference in the salinity and densities of these two meeting ocean water bodies, a surface tension is developed between them that acts like a thin wall and does not allow them to mix. But given enough time, they will eventually mix together. This picture of two oceans meeting, but not mixing was caught by a photographer on Alaskan Cruise and shared it on Flickr which went viral, spreading on many other social networking platforms. You can find few other similar pictures caught by the same photographer in reference section.
There is a place in the gulf of Alaska where two oceans meet but don’t mix. If you look at the photo below you will notice that indeed two different oceans (as seen by their different colors) are meeting each other but not mixing (hence the foam in the middle of the picture.) A lot of you might find this to be quite shocking and your first conclusion is to call the picture a fake saying that it is Photoshopped. The fact of the matter is that the picture is 100% REAL.
The Truth About The Picture
Well, we did some research and learned that a flickr user named kentsmith9 claims to be the person who took the photo. Smith9 claims that
 |
| Map showing the Gulf of Alaska. |
The Gulf of Alaska is an arm of the Pacific Ocean defined by the curve of the southern coast of Alaska, stretching from the Alaska Peninsula and Kodiak Island in the west to the Alexander Archipelago in the east, where Glacier Bay and the Inside Passage are found.
The entire shoreline of the Gulf is a rugged combination of forest, mountain, and a number of tidewater glaciers. Alaska's largest glaciers, the Malaspina Glacier and Bering Glacier, spill out onto the coastal line along the Gulf of Alaska. The coast is heavily indented, with Cook Inlet and Prince William Sound the two largest connected bodies of water. It includes Yakutat Bay and Cross Sound. Lituya Bay is the site of the largest recorded tsunami in history. It is customarily a popular sheltered anchorage for fishing boats.
A picture from the Gulf of Alaska that has been making the rounds on the Internet for the last few years — shows a strange natural phenomenon that occurs when heavy, sediment-laden water from glacial valleys and rivers pours into the open ocean. There in the gulf, the two types of water run into each other, a light, almost electric blue merging with a darker slate-blue.
Informally dubbed “the place where two oceans meet,” the explanation for the photo is a simple one, though there are many misconceptions about it, including that catchy title. In particular on popular link-sharing website Reddit, where users have on multiple occasions erroneously attributed the photo’s location as “Where the Baltic and North Sea meet” and the two types of water as being completely incapable of ever mixing, instead perpetually butting against each other like a boundary on a map.
You also may have seen a variation on the photo featuring the same phenomenon, taken by photographer Kent Smith while on a July 2010 cruise in the Gulf of Alaska. That photo too has been circulating the web for some time, though the misconceptions about it seem to be less thanks to Smith’s explanation of the photo on his Flickr page. That one has also been making the rounds on Reddit and social media for years, and had racked up more than 860,000 views by early 2013 on that one page alone, Smith said. That original photo, however, originates from a 2007 research cruise of oceanographers studying the role that iron plays in the Gulf of Alaska, and how that iron reaches certain areas in the northern Pacific.
Ken Bruland, professor of ocean sciences at University of California-Santa Cruz, was on that cruise. In fact, he was the one who snapped the pic. He said the purpose of the cruise was to examine how huge eddies — slow moving currents — ranging into the hundreds of kilometers in diameter, swirl out from the Alaska coast into the Gulf of Alaska. Those eddies often carry with them huge quantities of glacial sediment thanks to rivers like Alaska’s 286-mile-long Copper River, prized for its salmon and originating from the Copper Glacier far inland. It empties out east of Prince William Sound, carrying with it all that heavy clay and sediment. And with that sediment comes iron.
GULF OF ALASKA HAS TWO OCEANS THAT MEET BUT DO NOT MIX
The Gulf of Alaska has two oceans that meet but do not mix. Ridiculous, incredible and simply mind-blowing!
Gulf of Alaska
This picture of two oceans meeting, but not mixing was caught by a photographer on Alaskan Cruise and shared it on Flickr which went viral, spreading on many other social networking platforms. You can find few other similar pictures caught by the same photographer in reference section.
“Glacier rivers in the summertime are like buzzsaws eroding away the mountains there,” Bruland said. “In the process, they lift up all this material — they call it glacial flour — that can be carried out.” Once these glacial rivers pour out into the larger body of water, they’re picked up by ocean currents, moving east to west, and begin to circulate there. This is one of the primary methods that iron — found in the clay and sediment of the glacial runoff — is transported to iron-deprived regions in the middle of the Gulf of Alaska. As for that specific photo, Bruland said that it shows the plume of water pouring out from one of these sediment-rich rivers and meeting with the general ocean water. It’s also a falsehood that these two types of water don’t mix at all, he said. “They do eventually mix, but you do come across these really strong gradients at these specific moments in time,” he said. Such borders are never static, he added, as they move around and disappear altogether, depending on the level of sediment and the whims of the water.
There is much study being conducted on how this iron influences marine productivity, in particular its effects on the growth of plankton, which Bruland referred to as “the base of the food chain.”But rivers aren’t the only way that glacier sediment finds its way into the Gulf of Alaska — occasionally strong winds can whip up enough silt to create a cloud of dust that’s visible even from space as its being carried out to sea. So next time somebody shares a “really cool photo” of “the place where two oceans meet,” feel free to let them know the science behind the phenomenon. After all, in this Internet age, nothing spreads faster than misinformation.
There is much study being conducted on how this iron influences marine productivity, in particular its effects on the growth of plankton, which Bruland referred to as “the base of the food chain.”But rivers aren’t the only way that glacier sediment finds its way into the Gulf of Alaska — occasionally strong winds can whip up enough silt to create a cloud of dust that’s visible even from space as its being carried out to sea. So next time somebody shares a “really cool photo” of “the place where two oceans meet,” feel free to let them know the science behind the phenomenon. After all, in this Internet age, nothing spreads faster than misinformation.
Story:
Merging Oceans: Where two oceans meet but do not mix! Incredible and Simply Mind-Blowing!
These two bodies of water were merging in the middle of The Gulf of Alaska and there was a foam developing only at their junction. It is a result of the melting glaciers being composed of fresh water and the ocean has a higher percentage of salt causing the two ocean bodies of water to have different densities and therefore makes it more difficult to mix.
Hoax or Fact:
Analysis:
The picture shown in the story is a genuine one, and the message that comes with it is also a fact. The picture shows two different ocean water bodies meeting in the middle of Alaskan Gulf, where a foam is formed at the merging junction. This happens when glaciers of fresh water start melting and flow to join the ocean water which is more salty. Because of the difference in the salinity and densities of these two meeting ocean water bodies, a surface tension is developed between them that acts like a thin wall and does not allow them to mix. But given enough time, they will eventually mix together. This picture of two oceans meeting, but not mixing was caught by a photographer on Alaskan Cruise and shared it on Flickr which went viral, spreading on many other social networking platforms. You can find few other similar pictures caught by the same photographer in reference section.
Two Oceans Meet But Do Not Mix
There is a place in the gulf of Alaska where two oceans meet but don’t mix. If you look at the photo below you will notice that indeed two different oceans (as seen by their different colors) are meeting each other but not mixing (hence the foam in the middle of the picture.) A lot of you might find this to be quite shocking and your first conclusion is to call the picture a fake saying that it is Photoshopped. The fact of the matter is that the picture is 100% REAL.
The Truth About The Picture
Well, we did some research and learned that a flickr user named kentsmith9 claims to be the person who took the photo. Smith9 claims that
he is confident that what you are seeing in the picture above is the result of glaciers being composed of fresh water, meanwhile the real ocean has a higher percentage of salt which causes the two bodies of water to have different densities and therefore makes it more difficult to mix which creates the foam.So, although the picture seems as if two oceans are colliding and not mixing. The fact of the matter is that the phenomenon you are seeing above has a scientific explanation and this area of the ocean will not stay like this forever. That is not to say that the phenomenon will not happen again it just isn’t permanent.
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