State of the Planet

News from the Columbia Climate School

Cecilia M. McHugh

  • Return of the R/V Pelican to Ocho Rios, Jamaica

    Return of the R/V Pelican to Ocho Rios, Jamaica

    The expedition discovered stresses along an underwater plate boundary and a record of historic and pre-historic earthquakes, which will shed light on the geohazard risks for Jamaica and Haiti.

  • High Winds, Rough Seas, and Winch Problems

    High Winds, Rough Seas, and Winch Problems

    Researchers studying earthquake hazards in the Caribbean faced several challenges at sea, from rough weather to equipment failures.

  • Mapping Offshore Faults in Kingston Bay

    Mapping Offshore Faults in Kingston Bay

    Motion along these faults is associated with the 1907 Kingston earthquake, which shook the capital of the island with a magnitude of 6.2

Blue banner with kids and Earth photos. Text: "Lamont-Doherty Earth Observatory Open House, Saturday, October 17, 2026, 10am-4pm.

On Saturday, October 17, 2026 from 10am to 4pm, Lamont-Doherty Earth Observatory Open House—our biggest, best science fun and discovery event of the year—will take place on our beautiful campus in Palisades, NY. Mark your calendar and join us for this free, family-friendly celebration of science! RSVP Today!

  • Return of the R/V Pelican to Ocho Rios, Jamaica

    Return of the R/V Pelican to Ocho Rios, Jamaica

    The expedition discovered stresses along an underwater plate boundary and a record of historic and pre-historic earthquakes, which will shed light on the geohazard risks for Jamaica and Haiti.

  • High Winds, Rough Seas, and Winch Problems

    High Winds, Rough Seas, and Winch Problems

    Researchers studying earthquake hazards in the Caribbean faced several challenges at sea, from rough weather to equipment failures.

  • Mapping Offshore Faults in Kingston Bay

    Mapping Offshore Faults in Kingston Bay

    Motion along these faults is associated with the 1907 Kingston earthquake, which shook the capital of the island with a magnitude of 6.2