Advances in natural-language processing and large language models (LLMs), such as those utilized by ChatGPT, are transforming how geoscientists interact with complex datasets, enabling efficient and intuitive scientific analyses. As part of the Tracking and Communicating on Sea Level Pacific RISA project, PI Widlansky and the University of Hawaiʻi Sea Level Center (UHSLC) are developing tools that use LLMs to allow researchers to ask questions in everyday language and receive clear explanations and data analyses in response, minimizing the need for time-consuming tech support for project managers. One such tool, called the Station Explorer Assistant (SEA), draws on the UHSLC’s extensive databases and uses AI to analyze sea level data, compare water levels to normal conditions, and predict potential flooding. It even writes and runs its own analysis software, which it shows the user to check that its results are accurate. By making sea level science easier to understand and access, SEA can support communities adapting to rising seas and other coastal challenges. Read More
Building an Intelligent Data Exploring Assistant for Pacific RISA
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Posted on April 29, 2025 by pacrisa
Advances in natural-language processing and large language models (LLMs), such as those utilized by ChatGPT, are transforming how geoscientists interact with complex datasets, enabling efficient and intuitive scientific analyses. As part of the Tracking and Communicating on Sea Level Pacific RISA project, PI Widlansky and the University of Hawaiʻi Sea Level Center (UHSLC) are developing tools that use LLMs to allow researchers to ask questions in everyday language and receive clear explanations and data analyses in response, minimizing the need for time-consuming tech support for project managers. One such tool, called the Station Explorer Assistant (SEA), draws on the UHSLC’s extensive databases and uses AI to analyze sea level data, compare water levels to normal conditions, and predict potential flooding. It even writes and runs its own analysis software, which it shows the user to check that its results are accurate. By making sea level science easier to understand and access, SEA can support communities adapting to rising seas and other coastal challenges. Read More
New Publication on Islands and Invasive Species
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Posted on April 2, 2025 by Laura Brewington
A recent white paper, co-authored by Pacific RISA’s Laura Brewington and the U.S. Invasive Species Advisory Committee (ISAC) highlights the critical importance of islands to the United States, and the harmful impacts that invasive species have on them. In “Island Resilience is American Resilience: Actions Towards Reducing the Impacts of Invasive Species on US and US Affiliated Islands,” the authors outline how U.S. and U.S.-affiliated islands, such as Puerto Rico, Guam, Hawaiʻi, and the Freely Associate States, contribute vital components to national and global food production, economies, biodiversity, cultural heritage, and security. Read More
Advancing Climate Services for Food Production in Palau
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Posted on March 30, 2025 by Laura Brewington
This February, the Pacific RISA team traveled to Palau for a week to support the co-development of climate services and products that are locally relevant, impact-driven, support sector-based decision making, and to build local capacity to access and use climate data and information. Part of the team’s international work on climate services delivery, the week advanced our research on climate impacts to human health and agriculture, key priority areas for Palau as identified in multiple national reports and planning documents.
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Climate Change and Endangered Species Conservation in the Wai‘anae Mountains
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Posted on September 19, 2024 by pacrisa
The Pacific RISA Team recently took a field day to volunteer with the Army Natural Resources Program on Oʻahu (ANRPO) in the Wai‘anae Mountains, where we got to see firsthand what it takes to manage and restore some of Hawai‘i’s most remote and precarious native ecosystems. Read More
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Pacific Island communities that are resilient to climate impacts and using climate information to manage risks.
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