RESEARCH

From cultivation control to resource and ecological applications

An extensible framework spanning microalgae and macroalgae. These pages describe research interests without claiming unverified outcomes.

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MICRO

Microalgae Research

Research interests spanning microalgal germplasm, cultivation control, metabolism, bioactive compounds, and aquaculture applications.

  • Germplasm resources and strain screening
  • Nutrition and cultivation regulation
  • Responses to light, nitrogen, carbon, and environmental factors
  • Heterotrophic, mixotrophic, and high-density cultivation
  • Carotenoids, lipids, proteins, and bioactive compounds
  • Live feed and aquaculture applications
  • Automated cultivation and online monitoring
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MACRO

Macroalgae Research

Research interests spanning macroalgal germplasm, physiology, cultivation, resource use, and coastal ecological applications.

  • Macroalgal germplasm resources
  • Physiological and ecological responses
  • Breeding and cultivation technologies
  • Functional components and valorization
  • Food, feed, and biomaterial applications
  • Ecological restoration and coastal ecology
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FOCUS TOPICS

Research topics designed to grow

01

High-Density Microalgal Cultivation

Exploring how cultivation modes and environmental conditions shape microalgal growth and process stability.

02

Bioactive Compounds and Valorization

Studying the formation, analysis, and potential use of algal pigments, lipids, proteins, and other bioactive compounds.

03

Live Microalgae for Aquaculture

Examining suitable strains, culture quality, and reliable supply for live-feed applications in aquaculture.

04

Macroalgal Resources and Ecological Applications

Investigating macroalgal resources, potential uses, and relationships with coastal ecosystems.

05

Coastal Algal Blooms and Red-Tide Monitoring

A cross-direction research feature connecting coastal observation, sample records, phytoplankton groups, and environmental context.

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