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A bad month for hazards
Adaptation - the new life line for Bangladesh?
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Brought down to earth
Comparing Avalanches in the Alps and Afghanistan
Consequences of Katrina
Disaster in the Philippines: Typhoon Haiyan
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Drought? What drought?
El Nino and Development in Peru
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Hampstead Heath Ponds Project
Human triggered avalanches in the Carpathian Mountains, Romania
Iceland's Eyjafjallajokull volcano
Indian Ocean tsunamis: environmental and socio-economic impacts in Langkawi, Malaysia
Japan earthquake and tsunami
Managing the impact of flooding
Nepal Earthquakes, Avalanches and Landslides
Pluvial (rain-related) flooding in urban areas: the invisible hazard
Rain, risk and resilience
Responses to natural hazard risks in China
Storm surge
Superstorm Sandy: A geographical perspective
Thai floods: mystery activity
The 2010 Eyjafjallajokull eruption and the reconstruction of geography
The Deep Freeze: United States and the shifting ‘Polar vortex’
The human-induced hazard of Hungary
Tsunami risk and disaster planning - perspectives from the Caribbean
UK Flooding 2015
UK water and climate risks
Working with Nature: Building resilience to flood events in Pickering, Yorkshire
World at Risk: Summer 2009

Superstorm Sandy: A geographical perspective

November 2012

When Superstorm Sandy hit coast of the USA it caused disruption that would dominate the headlines for days

Superstorm Sandy: A geographical perspective

In late October, when a hurricane ventured out of the tropics, into the mid-latitudes, it combined with low-pressure weather processes. The result was Superstorm Sandy – an unusual storm with devastatingly high levels of energy, although with wind speeds that fell below those that would deem it a hurricane (74 mph or more).

Having caused destruction in the Caribbean – killing over 50 people in Haiti – Sandy took a sharp turn for the mainland of the United States. Strong winds, heavy rains and a tidal surge caused widespread flooding, power outages and other storm-related damage. An estimated $30bn-$50bn was caused in the US alone.

‘The combination of tropical and extra-tropical systems into one large system and the storm’s sudden western turn were unusual occurrences,’ Professor Scott Robeson of Indiana University tells Geography in the News. In this article we set out to understand the unusual geographies of Sandy one week after it struck the United States.

In the  Members' Area:

  • Ask the Expert: Professor Scott Robeson, expert in climatology
  • Timeline: How Superstorm Sandy developed
  • State-by-state: Short-term impacts of Superstorm Sandy
  • Talking points: Exploring the geographical issues
  • Top 10: The best of the web

Sign in to read the full article. If you are not already a member you can join us as a School Member or Young Geographer and access our vast library of educational articles.

   

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