Did an exceptional iceberg sink the Titanic?

Aug 18, 2014
The average sea-ice limit for April 1979-2013 (dotted), a typical Newfoundland maximum sea-ice limit for the early twentieth century (dashed and denoted as 1912) and the maximum iceberg limit for 1900-2000 are shown, in addition to the 48°N line. The location of the Titanic collision is shown by an "X". The blue shading shows depth, with the lightest blue denoting the continental shelf (< 1000 m depth). Credit: Significance journal

While the sinking of the Titanic in 1912 is typically blamed on human, design and construction errors, a new Significance paper points to 2 other unfavorable factors outside human control: there were a greater number of icebergs than normal that year, and weather conditions had driven them further south, and earlier in the year, than was usual.

The paper also notes that iceberg discharge from glaciers is increasing, with more heavy iceberg years since the 1980s than before, and increasing global warming will likely cause this trend to continue.

"As use of the Arctic increases in the future with declining sea-ice, and as are increasingly losing mass as well, the iceberg risk is likely to increase in the future, rather than decline," said co-author Professor Grant Bigg.

Explore further: New research puts conventional theories about Titanic disaster on ice

More information: Bigg, G. and Billings, S. (2014), The iceberg risk in the Titanic year of 1912: Was it exceptional?. Significance, 11: 6. DOI: 10.1111/j.1740-9713.2014.00746.x

add to favorites email to friend print save as pdf

Related Stories

Recommended for you

NASA HS3 instrument views two dimensions of clouds

12 hours ago

NASA's Cloud Physics Lidar (CPL) instrument, flying aboard an unmanned Global Hawk aircraft in this summer's Hurricane and Severe Storm Sentinel, or HS3, mission, is studying the changing profile of the atmosphere ...

Research drones launched into Hurricane Edouard

14 hours ago

U.S. government scientists are launching winged drones into Hurricane Edouard, hoping to collect data that could help forecasters understand what makes some storms strengthen into monsters while others fade away.

User comments : 0