M.S. - Oceanography
Permanent URI for this collection
Browse
Recent Submissions
Item Modeled Impacts of Wave Extremes and Sea Level Rise at Puʻuhonua o Hōnaunau National Historical Park, HI: a Probabilistic Analysis(2024) Sanchez, Ashley Hiilani; Thompson, Philip; OceanographyItem Programmable flow injection for shipboard nutrient analysis: Method validation from the International Nutrient Intercomparison Voyage.(2024) Davis, Madeline Nicole; Hatta, Mariko; Measures, Christopher I.; OceanographyItem Evaluating species-specific naupliar recruitment during the winter-to-spring transition in the Northern Gulf of Alaska using molecular tools(2024) Block, Lauren Nicole; Lenz, Petra H.; OceanographyItem Applications of the Underwater Vision Profiler for Particle Annotation in the Oligotrophic North Pacific Subtropical Gyre(2024) James, Reece Charles; White, Angelicque; OceanographyItem ADAPTATION OF AUTONOMOUS SENSORS TO EVALUATE A MESOCOSM SETUP FOR EXAMINING HAWAIIAN CORALS UNDER VARIOUS CHEMICAL PERTERBATIONS(2024) Morris, Ally; Sabine, Christopher L.; OceanographyItem Unraveling coral nutrition strategies in response to nuisance macroalgae: insights from amino acid isotopic analysis in the Northwestern Hawaiian Islands(2024) Kaluhiokalani, Mario; Popp, Brian; OceanographyItem Scale Separation of the Mechanism of Wind Response to Sea SurfaceTemperature in the Northern Equatorial Pacific(2024) Naeemullah, Stacey; Schneider, Niklas; OceanographyItem NUMERICAL SENSITIVITY EVALUATION OF THE PHASE-RESOLVING WAVE MODEL SWASH AND ITS APPLICABILITY IN AN OPERATIONAL FORECAST ENVIRONMENT FOR REEF-LINED COASTS(2024) Gibbs, Jatasey Alexander; Thompson, Philip PT; OceanographyItem O KE KAHUA MA MUA, MA HOPE O KE KŪKULU: IMPACTS OF A DECADE OF BIOCULTURAL RESTORATION ON AQUATIC BIOGEOCHEMISTRY AND DIATOM COMMUNITY ABUNDANCE IN HEʻEIA FISHPOND(2023) Beebe, Charles Albert Kaiaka; Alegado, Rosanna A.; OceanographyItem Satellite-based Assessments Of Ocean Acidification For The Hawaiian Islands Region(University of Hawaii at Manoa, 2023) Jackson, Caroline; Sabine, Christopher L.; OceanographyOcean acidification (OA) is a growing global environmental concern with impacts affecting regions all over the world, including remote areas such as Hawai‘i. OA is gaining worldwide attention due to environmental impacts including the detrimental effects of OA on coral reefs. Increased anthropogenic release of CO2 into the atmosphere will result in increased absorption by the world oceans. There is a general lack of information regarding small-scale spatiotemporal variations in surface ocean carbon parameters, however satellites and other remote sensing platforms are becoming increasingly utilized for Earth system observations and can be used to help evaluate OA patterns around Hawai‘i. With the use of empirical algorithms, remote measurements of sea surface temperature (SST) and sea surface salinity (SSS) can be used to assess OA patterns in coastal and open-ocean waters around the state. For the purposes of this study, in situ data collected from mooring buoys and ship studies are used to develop empirical algorithms that relate satellite observations to OA conditions for the Hawaiian Islands region (HIR).