What is the oceanography of the grand banks of newfoundland?
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The oceanography of the Grand Banks of Newfoundland involves the study of various factors such as sea surface currents, water mass properties, temperature, salinity, and dynamic topography. The North Atlantic Current and the Labrador Current are important currents in this region. The North Atlantic Current can impinge on the Tail-of-the-Bank and force a portion of the Labrador Current up onto the Bank . Oceanographic surveys have shown that the location and intensity of the Icelandic low play a significant role in the conditions affecting iceberg drift in this area . The dynamic topography of the Labrador Current and its environs can deviate from normal, but there is general agreement between the dynamic topographies relative to different depth surfaces . Oceanographic cruises have revealed variations in the Labrador Current transport over short time scales, as well as seasonal changes in transport and water temperature . Storms in the Grand Banks region can result in significant wave heights, surface currents, and bottom currents, with spatial variations influenced by bathymetry and mixed layer depth .
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| The paper provides information on the oceanography of the Grand Banks region of Newfoundland in 1975, including observations of an anticyclonic eddy and variations in the Labrador Current transport and water temperature throughout the year. | |
Open access•Book 11 Aug 2018 3 Citations | The paper provides information on the oceanography of the Grand Banks region of Newfoundland in 1973, including sea surface currents, water mass properties, and the presence of the North Atlantic Current and Labrador Current. |
Open access•Book 19 Aug 2018 11 Citations | The paper discusses oceanographic surveys off the Grand Banks of Newfoundland from April to June 1972, including temperature and salinity profiles, dynamic-topographic charts, and factors affecting iceberg drift. |
Open access•Book 28 Mar 2018 2 Citations | The paper provides information on ocean currents in the Grand Banks of Newfoundland and the Labrador Sea, specifically studying the dynamic topography of the Labrador Current and its impact on iceberg drift. |
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