Professor Te-Yu Liao Appointed Director General of TORI to Build a National Ocean Research Platform
Revealing how typhoons help the ocean "breathe": NSYSU unveils carbon cycle dynamics in the East China Sea upwelling zone
NSYSU proposes an innovative carbon capture strategy using red seaweed cultivated in seawater mixed with livestock wastewater
NSYSU research found that Kuroshio-transported radiocesium from US and USSR nuclear tests was a thousand times higher than current Fukushima releases
Microplastics cause "osteoporosis" in corals! NSYSU's latest research published in a top journal
First global evidence: NSYSU study finds ocean alkalinity enhancement absorbs carbon dioxide and mitigates acidification
NSYSU's Chen-Tung Arthur Chen, Kin-Lu Wong, Gordon C. C. Yang, Shiao-Wei Kuo, Cheng-Hsien Li, and Chia-Ying Li rank first in Taiwan among the World's Top 2% Scientists
Revealing the "bubble tea effect" in the Kuroshio Current: NSYSU study uncovers nutrient transport mechanism
Emerging conservation hope as NSYSU discovers the rare "Lanyu goby" in the Philippines
A new species of rare goby has been discovered in isolated creeks! NSYSU calls for habitat conservation
The fish eyes are disappearing! NSYSU discovered eyeless fish and was reported by Science
Do aquaculture ponds absorb or emit carbon? NSYSU developed Taiwan’s first original carbon emission measuring instrument
Chen-Tung Arthur Chen at NSYSU ranks first in Asia and Australia and seventh worldwide in the global marine scientists ranking
NSYSU research results were published in an international science journal and identified the effective carbon fixation rate by seaweed Sarcodia suae
The NSYSU study results published on the international leading journal: microplastics found in Asian dried fish products
NSYSU team discovered that global warming results in the northward retreat of spear shrimp
NSYSU Professor Chen-Tung Arthur Chen Ranked No. 1 in Asia and No. 8 Worldwide in Global Oceanography Scholar Rankings
NSYSU research team is the first to prove the presence of fossil-fuel PM1 in marine biota
Saving Power and Labor: National Sun Yat-sen University developed an artificial intelligence shrimp-farming system that increased shrimp growth by 30%
