Rain events could cause major failure of Waikīkī storm drainage by 2050
UH researchers found that sea level rise and heavy rain could overwhelm Waikīkī’s drainage system and send contaminated water into the streets by 2050.
UH researchers found that sea level rise and heavy rain could overwhelm Waikīkī’s drainage system and send contaminated water into the streets by 2050.
The blog published draws on surveys of nearly 300 participants.
UH Mānoa is leading a key project in a regional effort to strengthen public health emergency preparedness, focusing on health risk communication.
The project earned a Design Award of Honor from the Society of American Registered Architects in New York City.
UHʻs Pacific Disaster Center opens up about its role in disaster response and recovery.
2024 Piʻo Summit: Hulihia: Fire and Rain hosted by UH Pōʻai Ke Aloha ʻĀina focused on leveraging ancestral knowledge to support long-term recovery efforts.
CASPER is a rapid needs assessment to provide rapid household level information, pertaining to a community’s health and resource needs.
The UH Pacific Disaster Center assisted with a hurricane scenario during RIMPAC.
Climate monitoring stations are planned for American Samoa and Guam.
The project aims to mitigate wildfire risks and restore ecosystems through increased seed supply of native (and non-invasive non-native) plant materials.