fluid dynamics - How can two seas not mix? - Physics Stack Exchange
Where do oceans meet but never mix? . Pic shows 2 different ocean water bodies meeting in middle of Alaskan Gulf, where a foam is formed at the merging . 7 nasb Give your worries to the Lord, and He will take care of you. He will never let good people down. is my favorite recipe for Lavender Bath Salts: 2 cups Epsom salts 1 cup sea salt 1/2 cup nonfat in a food processor 20 drops lavender essential oil • In a large bowl, mix together by hand all dry ingredients. I grew up in Khartoum where the White Nile and the Blue Nile meet, and the division between . First, mix 2 parts sugar with one part water.
Have a look about what he says about these pictures: I thought this was the most unusual thing I saw on the Alaskan cruise in the water.
These two bodies of water were merging in the middle of the Alaskan gulf and there was a foam developing only at their junction. I thought this was an example of a Halocline described on Wikipedia. A few people have commented that a Halocline is more of a horizontal phenomenon and this is more vertically oriented.
I am pretty confident that what you are seeing is a result of the melting glaciers being composed of fresh water and the ocean has a higher percentage of salt causing the two bodies of water to have different densities and therefore makes it more difficult to mix.
Mythbusting 'the place where two oceans meet' in the Gulf of Alaska
I'm told they will eventually mix given enough time. People have asked me if I just happened to look out over the edge of the ship deck and see this.
Actually I had been on the deck for quite some time when I noticed what appeared to be a shadow cast by clouds over the ocean about 5 miles in front of the ship. As we approached the shadow I realized it was something different.
Mythbusting 'the place where two oceans meet' in the Gulf of Alaska - Anchorage Daily News
I took many shots up to the point I shot this one, but never posted them until a year after this image went viral. I really posted them to convince people I did not Photoshop this image. Kent Smith posted about Merging Oceans ] From the statement of Kent Smith we come to know that these are real images and are not photoshoped.
So now one would have some questions in mind that how it is possible? As a Muslim we believe that Allah is capable of doing all things and he can do everything and nothing is impossible for him so now there is nothing to think about that how it is possible or etc or science.
There in the gulf, the two types of water run into each other, a light, almost electric blue merging with a darker slate-blue.
Should we be worried about surging Antarctic ice melt and sea level rise?
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 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 thanviews by early on that one page alone, Smith said. That original photo, however, originates from a 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.
Gulf of Alaska, Where Two Oceans Meet But Never Mix - Lateet
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 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.