iceberg b - 15 is the largest iceberg in the arctic ocean.
iceberg b - 15 is the largest iceberg in the arctic ocean.
what is the largest iceberg in the arctic ocean?
iceberg b - 15
a more detailed study in 2010, however, shows that the iceberg breakup was principally caused by repeated grounding with near-coastal bathymetry near cape adare, victoria land.









































section::::see also.









































bullet::::- list of recorded icebergs by area









































bullet::::- mcmurdo sound









































bullet::::- "encounters at the end of the world", a werner herzog documentary which contains some footage of b-15









































section::::external links.









































bullet::::- esa: situation around balleby islands; icebergs b-15a, b-15n, c-19a









































bullet::::- esa: envisat shows behemoth b-15a iceberg breaking up









































bullet::::- nasa: antarctic iceberg gets stuck









































bullet::::- b-15a iceberg blocks mcmurdo sound (nasa earth observatory),









































bullet::::- tracking the world's largest iceberg b 15
iceberg b-15
the arctic ocean has experienced drastic change over the years due to global warming. it has been known that the arctic ocean acidity levels have been increasing and at twice the rate compared to the pacific and atlantic oceans. the loss of sea ice has been connected to a decrease in ph levels in the ocean water. sea ice has experienced an extreme reduction over the past 30 years, forming a minimum area of 2.9×106 km at the end of the boreal summer of 2007, 47%, less than in 1980. sea ice limits the air-sea gas exchange with carbon dioxide. with less water completely exposed to the atmosphere, the levels of carbon dioxide gas in the water remain low. the arctic ocean should have low carbon dioxide levels due to intense cooling, run off of fresh water and photosynthesis from marine organisms. however, the decrease of sea ice over the years due to global warming has limited freshwater runoff and has exposed a higher percentage of the ocean surface to the atmosphere. the increase of carbon dioxide in the water decreases the ph of the ocean causing ocean acidification. the decrease in sea ice has also allowed more pacific water to flow into in the arctic ocean during the winter, this is called pacific winter water. the pacific water flows into the arctic ocean carrying additional amounts of carbon dioxide by being exposed to the atmosphere and absorbing carbon dioxide from decaying organic matter and from sediments.
ocean acidification in the arctic ocean