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Professor Vengatesen, Thiyagarajan 華俊

Title:
Professor

Knowledge Exchange Activities
Activity TitleActivity TypeStart DateEnd DateMember(s)
 
2020/21 KE Impact Project Funding: KE-IP-2020/21-81: HKU’s Triploid Oysters to Reduce the Risk of Winter Mass Mortality: A Training and Confidence Building Program for Local Growers ($90,000)KE Project Grant2020-11-042021-06-30
 
2014/15 KE Impact Project Funding: KE-IP-2014/15-58: Sustainable production technology of spat for Hong Kong oyster growers (HK$85,000)KE Project Grant2014-08-292015-06-30
 
2013/14 Student KE Project Grant Mentor: KE-SP-2013/14-29: Science Workshop for Secondary School Students — Exploring a Drop of Seawater Miss Manni MO (HK$20,000)KE Project Grant2013-09-302014-06-30
Manni MO
 
Interdisciplinary KE Project Fund: KE-ID-2015/16-15: How growers can find out whether Hong Kong oyster is safe to eat? (HK$200,000)KE Project Grant2016-12-012018-11-30
 
KE Video: "How Science is Saving Hong Kong’s Oyster Industry" Books and Other Media (Newspaper, Radio/TV, etc.) for Non-academic Audiences2016-11-292017-02-13
Ginger Ko
Invited Lectures & Keynote Speeches
TitleConferenceDate   
Larval metamorphosis in changing coastal water chemistry.Workshop on the ecology of ocean acidification2013-10-01
Rising CO2 stress on metamorphosing larvae of commercially important marine invertebrates‘International Workshop on Ocean Acidification- Consequences for Marine Ecosystems’ (IWOA’13)2013-09-01
Why climate changes threaten calcifying shellfishes? An interdisciplinary perspectiveYoung Scientists Symposium: Exchanging knowledge on novel approaches to studying marine organisms and ecosystems2013-07-01
Oyster larvae in CO2-rich coastal waters of Hong Kong and South China Sea.AOGS 10th Annual Meeting (AoGS 2013)2013-06-01
Proteomic plasticity of oyster larvae in a changing coastal environment.The Wenner-Gren Foundations and The Royal Swedish Academy of Sciences, 10th Kristineberg Symposium ”Evolution and plasticity of marine organisms in a changing world”2013-05-01
Deep Bay Oysters in a Changing Hong Kong ClimateSymposium on Deep Bay Wetland Conservation2013-04-01
Why we need an interdisciplinary network to study larval metamorphosis in a changing climate?"Joint International Seminar on Past and present changes in marine ecosystems and biodiversity in the Asia-Pacific region2013-03-01
A multidisciplinary team approach is required to understand larval metamorphosis in warmer high-CO2 coastal oceans1st Interdisciplinary symposium on Ocean Acidification and Climate Change (ISOACC)2012-12-01
Oyster Larval Proteomics: applications for climate change and larval research10th International Larval biology Symposium2012-07-01
Marine environmental proteomics and its applications for climate change The AOHUPO 6th Congress on “Proteomics: Better for life2012-05-01
CO2-threats to metamorphosing larvae: a proteomics perspectiveInternational Conference on Environmental OMICS (ICEO)2011-10-01
Oyster larvae are in deep trouble at high-CO2 in South China: results of a long-term and large-scale experiment4th International Oyster Symposium to be held in Hobart,Tasmania, from September 15th to the 18th, 20112011-09-01
CO2-threats to metamorphosing larvae: a proteomics perspectiveSeventh EGU Alexander von Humboldt International Conference onOcean acidification: consequences for marine ecosystems and societyPenang, Malaysia, June 20–24, 20112011-06-01
Environmental Proteomics: a novel approach to study the mechanisms of CO2 effects on marine organisms6th ICT (International Conference on Toxicogenomics) - 20102010-11-01
Molecular perspectives on CO2 threats to larvae: Potential impacts on coastal aquaculture and management Sino-Norwegian cooperation to meet the global challenges Workshop on Polar, Environment and Climate Change Research, Shanghai, September 9 to 10th.2010-09-01
Larval proteomics: a novel approach to study the effects of ocean acidification at molecular levelSouth China Sea Institute of Oceanology, Chinese Academy of Sciences (CAS), Guangzhou, on September 13th to 14th, 20092009-10-01
Larval Proteomics: a novel approach to study the effects of ocean acidification at molecular levelCHOICE-C International Workshop was held on March 6-8 in XMU2009-03-01
Larval Proteomics: a novel approach to study the effects of ocean acidification at molecular levelXiamen University2008-11-01
Response of bacterial community to environmental change, pollution gradient and biogeochemistrythe 2008 Joint Symposium on Tidal Flat Issues: Nagasaki University and Korea Ocean Research & Development Institute” held on November 27th and 28th in Nagasaki University, Japan2008-11-01
Editorship
PeriodPositionJournal / Conference
2013Academic Editor
PLoS One
2009Contributing Editor
Aquaculture Environment Interactions
2008Review Editor
Aquatic Biology