Meio University · Faculty of Human Health

Research keywordscoastal chlorophyll alpha・coral bleaching prediction・environmental DNA・subtropical marine communities・submarine cave sponges・coral reef holobionts・hyperspectral remote sensing・reef fish functional diversity・Ryukyu Islands marine ecology

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• Improved coral bleaching prediction using downscaled degree heating weeks derived from integrated thermal remote sensing products across multiple spatiotemporal scales2026 · PeerJ
• Double‐Peaked Hyperspectral Features at 710 and 800 nm for Monitoring Coastal Chlorophyll‐α Concentrations From Space2026 · Journal of Geophysical Research: Biogeosciences
• Shifts in Coral Reef Holobiont Communities in the High-CO2Marine Environment of Iōtorishima Island2025 · PLOS Climate
• Submarine cave sponges of the genus Rhabderemia (Demospongiae, Biemnida, Rhabderemiidae) from the Ryukyu Islands, southwestern Japan: rediscovery of R. forcipula and description of a new species2025 · Zootaxa

• サンゴ礁及び周辺生態系由来の環境酵素によるフェーズシフト抑制効果の検証2024 · 科学研究費助成事業
• サンゴ礁の隠蔽空間と隠蔽生物群集の解明2023 · 科学研究費助成事業
• コラリコリッドはサンゴの高温耐性を高めるか？2023 · 科学研究費助成事業

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