RESEARCH

RESEARCH PROJECTS

PI-CASC supports research that generates actionable climate science within several key focus areas defined by regional stakeholder needs.

Four students wearing lei pose by PI-CASC banner

2023 SURF Projects

Four students completed projects in climate adaptation science for the 2023 SURF program, investigating how forests vegetation shifts in response to climate change, the connection between climate and humpback whale health, whether added nutrients can improve coral thermal resilience, and sea-level rise impacts to community infrastructure.
A variety of plants from grasses to tall trees cluster together in an open space

Enhancing social-ecological resilience through restoration of coastal agroforestry systems

PI: Leah Bremer, Assistant Specialist and Conservation Scientist, UH Mānoa
Co-PI: Tressa Hoppe, Botany Department, UH Mānoa
Funded: FY2022
A picturesque ʻōhiʻa forest with tall trees spread about nicely with ferns and green grass beneath.

Improving tools to monitor bird abundance and detect mosquito invasion in Hakalau Forest

PI: Patrick Hart, Professor of Biology, UH Hilo
Co-PIs: Josephine Tupu, TCBES, UH Hilo; Donna Ball Deputy Refuge Manager, Hakalau Forest NWR
Funded: FY2022
A clear waterway snakes between tall trees with interwoven, gnarled root systems

Developing a Pacific mangrove monitoring network (PACMAN) in response to sea-level rise

PI: Richard Mackenzie, Research Ecologist, USDA FS Pacific Southwest Research Station
Co-PI: Maybeleen Apwong, TCBES, UH Hilo
Funded: FY2022
A sun-dappled, dense understory of ferns mixes with mature ʻōhiʻa trees

Developing a climate-resilient restoration approach combining functional, climate, and geographic data

PI: Rebecca Ostertag, Professor of Biology, UH Hilo
Co-PIs: Konapiliahi Dancil, TCBES, UH Hilo; Jonathan Price Professor of Geography, UH Hilo
Funded: FY2022
Five SURF students pose in front of a steep vegetated slope

2022 SURF Projects

Five students completed projects in climate adaptation science for the 2022 SURF program, investigating fire-prone invasive grasses, spillover effects of Marine Protected Areas, shifts in estuarine fish biodiversity, optimal regeneration conditions for koa, and effects of marine warming on different phytoplankton strains.
A small orange and brown bird with a metal band around its leg is held gently by a hand

Predicting and mitigating avian disease at Hakalau Forest National Wildlife Refuge

PI: Dennis LaPointe, Research Ecologist, USGS Pacific Island Ecosystems Research Center
Funded: FY2021
Low cascading waterfall with overhanging trees

How do Hawaiʻi stakeholders use and contribute to land-to-sea ecosystem service analyses

PI: Clay Trauernicht, Ecosystem and Fire Extension Specialist, NREM, UH Mānoa
Funded: FY2021
People arranged in a circle with background of mountains of the Pali

Enhancing social-ecological resilience and ecosystem services through restoration of coastal agroforestry systems

PI: Leah Bremer, Assistant Specialist and Conservation Scientist, UH Mānoa
Co-PI: Gina McGuire, Department of Geography, UH Mānoa
Funded: FY2020
View across a green hill with dark patches of burn scars and blue, tropical ocean in the background.

Perceptions of wildfire and wildfire management on Guam

PI: Christine Fejeran, Chief Forester, Guam Forestry Division
Co-PI: Farron Taijeron, Sustainable Agriculture, Food and Natural Resources, University of Guam
Funded: FY2020
Firefighters tend a grassy fire break line in front of burning brush, with a blackened, smoky landscape behind

Future of fire in the Pacific Islands: Towards a national synthesis for wildland fire under a changing climate

PI: Christian Giardina, Research Ecologist, Inst. of Pacific Islands Forestry, US Forest Service
Co-PI: Alyssa Anderson, Fire Post-doctoral Fellow, UH Mānoa
Funded: FY2020
Student examines plants along a greenery-bordered path

2020 SURF Projects

Three students completed projects in climate adaptation science for the 2020 SURF program, investigating salinity tolerance in coastal plants, fire-plant interactions, and new techniques to improve reforestation efforts.
Hilly barren landscape with low burnt browned grass

Biochar as a mitigation tool for soil rehabilitation in Guam’s badlands and savannah grasslands

PI: Mohammad Golabi, Professor of Soil Science, University of Guam
Co-PI: Patrick Keeler, Sustainable Agriculture, Food and Natural Resources, University of Guam
Funded: FY2020
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