HEAVY PRECIPITATION FROM HURRICANE LANE ON HAWAI'I ISLAND
Mr. Gavin Shigesato
Masters Candidate
Department of Atmospheric Sciences, S.O.E.S.T.
University of Hawaii at Manoa
Date: Tuesday, June 18, 2019
Time: 3:00pm
Location: IPRC Conference Room, POST 414
Abstract:
Hurricane Lane (2018) significantly impacted the Hawaiian Islands, bringing heavy rainfall and widespread flooding especially to Hawai'i Island. Rain gauges measured >50” of rainfall on the windward slopes of Hawai'i Island over four days. In this study, an 8-hr period during an early part of the storm was analyzed. This period was chosen because winds were primarily easterly. Thus this time period serves as an analogue for the typical trade wind flow and precipitation pattern Hawai'i Island receives much of the year. An analysis of several observational datasets of the storm environment and the resulting precipitation provides strong evidence for orographic enhancement during the early part of Hurricane Lane’s impacts on the Hawaiian Islands. Lane was an ideal case study for understanding the factors that lead to heavy rainfall in Hawai'i, and acts as a proxy for understanding high rainfall events.
Event Sponsor
SOEST Atmospheric Sciences, Mānoa Campus
More Information
(808) 956-8775, SEE FLYER (PDF)
Tuesday, June 18 |
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| 1:00pm |
East-West Toastmasters Leadership/Public Speaking Club Meeting
Mānoa Campus, Campus Center 309
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| 3:00pm |
Atmospheric Sciences Master's Defense
Mānoa Campus, IPRC Conference Room, POST 414
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